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⚠ Pending professional review

This course plan, its lessons and its assessments has not yet been verified by a certified examiner or master technician in the trade or by a certification or approval body. It is a study draft and may contain errors. Do not use it as instructions for work on a job site or on live equipment. Always follow your instructor, your supervising professional, and current official references and regulations.

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Maritime Crew (deck/engine)

9 courses · 600 clock hours · 2–4 mo full-time. Grading is competency-based: each course requires the written exam, a competent skills demonstration with zero safety faults, a signed log, and a passed safety audit; percentage weights only rank performance above the competency floor.

$6,115 COMPLIMENTARYprogram tuition
9courses
44lessons
600hours
31assessments
Development progressPlanCourses, lessons and assessments written for this tradeLessons44 of 44 lesson pages writtenPractice352 practice questionsResources119 reference entries (study list)Review0 lesson pages reviewed by a licensed professional
Study now: 44 lesson pages are open (lesson titles below are links).
TRN-MARI24-01 Universal core

Universal Core: Safety, Math, Communication & Career for Maritime Crew

148 hr · $1,185 COMPLIMENTARY

This foundational course equips deck and engine crew candidates with the safety knowledge, technical mathematics, literacy skills, digital tools, and professional habits required across every subsequent maritime course and aboard commercial vessels. Students complete OSHA 10-Hour Maritime training, basic first aid and CPR, and build the career documents needed to enter the maritime workforce.

Outcomes
Course text

This foundational course equips deck and engine crew candidates with the safety knowledge, technical mathematics, literacy skills, digital tools, and professional habits required across every subsequent maritime course and aboard commercial vessels. Students complete OSHA 10-Hour Maritime training, basic first aid and CPR, and build the career documents needed to enter the maritime workforce.

How the course runs. 7 blocks: Maritime Workplace Hazards and OSHA 10 Maritime; First Aid, CPR, and Basic Medical Response for Mariners; Trade Mathematics and Measurement for Deck and Engine Crew; Technical Reading: SDS, Manuals, Nautical Publications, and USCG Regulations; Digital Tools for Maritime Crew; Maritime Workplace Professionalism, Chain of Command, and Drug-Free Workplace; Career Readiness: Resume, MMC Application, and Professional Introduction.

What competent looks like. Pass the OSHA 10-Hour Maritime Industry outreach training and apply hazard-recognition and personal protective equipment (PPE) selection to common shipboard scenarios. Perform trade math calculations — including unit conversion, ratio and proportion, basic algebra, and measurement with hand tools — accurate enough for engine-room and deck operations. Read and extract key information from technical documents such as Material Safety Data Sheets (SDS), equipment manuals, nautical publications, and U.S. Coast Guard regulations. Use digital tools — email, vessel management software interfaces, electronic charting basics, and online USCG credential portals — competently for entry-level crew tasks. Demonstrate professional workplace behaviors — punctuality, chain-of-command communication, written logs, and drug-free workplace policy compliance — consistent with maritime employer expectations. Complete a career-readiness portfolio including a merchant mariner resume, a completed USCG MMC application checklist, and a structured professional introduction.

Lessons · 7 blocks
#LessonHrTypeObjectiveActivitiesMaterialsCheck
1Maritime Workplace Hazards and OSHA 10 Maritime28theoryStudents identify the top maritime workplace hazards, select appropriate PPE for each, and complete the OSHA 10-Hour Maritime Industry outreach program requirements.
  1. Complete all 10 hours of OSHA Maritime outreach modules (confined spaces, falls overboard, struck-by hazards, electrical safety, lockout/tagout for shipboard machinery) using OSHA-approved instructor-led content; students record attendance on OSHA sign-in sheets required for card issuance.
  2. Participate in a shipboard hazard walk-through simulation using the classroom set up as a mock engine room and weather deck: students identify at least 15 hazards on a printed checklist, match each to the correct PPE (hard hat, safety glasses, hearing protection, chemical-resistant gloves, steel-toed boots, PFD), and record findings in a Hazard Identification Log using standard maritime format.
  3. Complete a lockout/tagout (LOTO) scenario exercise using a mock valve and electrical panel: students write a LOTO procedure step-by-step following OSHA 29 CFR 1910.147 general industry principles applied to marine machinery isolation, then peer-review one another's procedures against an instructor-supplied checklist.
OSHA 10-Hour Maritime Industry outreach curriculum (OSHA-authorized instructor materials), OSHA sign-in sheets, mock PPE kit (hard hat, safety glasses, hearing protection, gloves, PFDs, steel-toed boots), mock valve and electrical panel for LOTO exercise, Hazard Identification Log template, dry-erase whiteboardStudent must score 70% or higher on the embedded OSHA 10 end-of-program assessment and submit a completed Hazard Identification Log with at least 12 of 15 hazards correctly matched to PPE; OSHA card eligibility confirmed by attendance record.
2First Aid, CPR, and Basic Medical Response for Mariners20labStudents perform hands-only and full CPR, use an AED, control bleeding, and manage shock on a manikin to the standard required by a nationally recognized first aid/CPR certification.
  1. Instructor demonstrates adult, child, and infant CPR sequences on manikins; students then rotate through CPR skill stations in pairs, each performing at least three full two-minute cycles with a feedback manikin or instructor-observed technique check, focusing on compression depth and rate, rescue breaths, and AED attachment steps.
  2. Bleeding control station: students practice applying direct pressure, pressure dressings, and tourniquet application (commercial tourniquet) on a simulation trainer arm, then document the simulated patient care in a basic shipboard medical log entry that includes time, intervention, and patient status — matching the log-keeping format required aboard vessels without a medical officer.
  3. Scenario drill: pairs respond to a staged 'crew member collapsed on deck' scenario that requires scene safety assessment, call for help using a VHF radio (Channel 16 distress call scripted), CPR initiation, AED use, and handoff report to a simulated Coast Guard medic; instructor evaluates using a pass/fail skills checklist.
Adult and infant CPR manikins with feedback indicators, AED trainer units, commercial tourniquets, pressure dressing kits, simulation bleeding arm trainer, VHF radio trainer, shipboard medical log forms, nationally recognized first aid/CPR provider curriculum (American Red Cross or American Heart Association authorized materials)Student must pass all required skills stations on the nationally recognized first aid/CPR provider checklist (100% of critical steps performed correctly, with a maximum of one instructor prompt per skill) and complete a legible simulated medical log entry; successful completion qualifies student to sit for certification card issuance.
3Trade Mathematics and Measurement for Deck and Engine Crew30practiceStudents solve maritime trade math problems — unit conversion, ratio and proportion, basic algebra, area and volume, and instrument reading — with at least 80% accuracy on timed exercises.
  1. Unit conversion boot camp: students complete a 40-problem worksheet converting between nautical miles and statute miles, knots and mph, Fahrenheit and Celsius, gallons and liters, and psi and bar, using only pencil, scratch paper, and a basic scientific calculator; instructor reviews common errors at a whiteboard and students correct their own work in a second color to identify error patterns.
  2. Engine-room and deck measurement lab: students use a steel tape measure, inside/outside calipers, a pressure gauge, a thermometer, and a graduated cylinder to measure physical samples (pipe sections, water volumes, temperature of a water bath) and record readings in a standardized data table; they then calculate pipe diameter-to-circumference ratio, volume of a cylindrical tank given diameter and height, and percentage error between their measured value and the known value.
  3. Applied word-problem set: students work in pairs to solve 10 realistic problems such as calculating fuel consumption rate given tank capacity and engine hours, determining line-pull load using a simple ratio, and finding the unknown side of a right triangle (Pythagorean theorem) to determine whether cargo fits through a hatch opening; pairs present one solution to the class on the whiteboard, explaining each step.
Scientific calculators, steel tape measures, inside and outside calipers, pressure gauge (analog, 0–200 psi range), laboratory thermometers, graduated cylinders, pipe section samples, unit conversion reference card (instructor-produced), trade math worksheet packet, whiteboard and markersStudent must score 80% or higher on a 30-problem timed trade math quiz (45 minutes, closed notes) covering all topics from the lesson; measurement lab data table must include correct units on every entry and percentage errors calculated to two decimal places.
4Technical Reading: SDS, Manuals, Nautical Publications, and USCG Regulations22theoryStudents locate and accurately extract critical safety, operational, and regulatory information from Safety Data Sheets, equipment technical manuals, the American Practical Navigator (Bowditch), and published USCG regulations.
  1. SDS scavenger hunt: students receive SDS sheets for three common shipboard chemicals (bilge cleaner, hydraulic fluid, fire suppression agent) and answer a structured 12-question form covering health hazard classification, first aid measures, PPE required, spill response procedure, and storage requirements; instructor then leads a debrief connecting SDS sections to STCW PSSR (Personal Safety and Social Responsibilities) awareness requirements.
  2. Equipment manual exercise: students receive an excerpt from a diesel generator technical manual and answer guided questions — locating the maintenance schedule table, identifying the torque specification for a specific fastener, and explaining in their own words what an alarm code in the fault table means — practicing the skill of navigating dense technical text without reading every word.
  3. Regulatory research task: using printed excerpts from 46 CFR (Code of Federal Regulations, Title 46 — Shipping) and the USCG National Maritime Center website handouts, students answer five questions about manning requirements, credential categories, and sea-service documentation; they then write a one-paragraph plain-language summary of the AB endorsement requirements as if explaining to a new classmate.
Printed SDS sheets (three chemical types), diesel generator manual excerpt (instructor-selected from public-domain source), 46 CFR printed excerpts relevant to merchant mariner credentials, USCG NMC informational handout, American Practical Navigator (Bowditch) excerpt (NIMA/NGA publication, publicly available), structured reading guides, highlightersStudent must answer at least 10 of 12 SDS questions correctly and at least 4 of 5 regulatory questions correctly; plain-language paragraph must include all three key AB requirements identified in the source material and be free of factual errors as judged by the instructor.
5Digital Tools for Maritime Crew18demoStudents demonstrate entry-level competency using email, electronic logbooks, an electronic charting display interface, and the USCG Homeport and NMC credential portals to complete realistic maritime crew tasks.
  1. Email and electronic log exercise: students compose a formal email to a simulated vessel operator requesting sea-service documentation, then enter three simulated watch entries into a digital deck log template (spreadsheet-based), including date, time in UTC, position, weather observation, and officer-of-the-watch signature field — practicing the record-keeping standard required for USCG sea-service letters.
  2. Electronic chart display familiarization: using a publicly available electronic charting software demo or instructor-provided chart viewer, students identify their vessel's simulated position, read the depth contour near the berth, locate a waypoint, and measure the distance between two points using the software's built-in tool; findings are recorded on a structured observation form.
  3. USCG portal navigation: using the USCG Homeport and National Maritime Center websites (live, on instructor-supervised computers or tablets), students locate the MMC application checklist, the approved STCW course list, and the drug testing program requirements; each student completes a printed scavenger-hunt form and then walks the class through one finding using the projected screen.
Computers or tablets with internet access, electronic charting software demo or NOAA chart viewer (free, browser-based), digital deck log spreadsheet template (instructor-created), USCG Homeport and NMC website access, digital scavenger-hunt form, projector for class sharingEmail must meet a professional format rubric (correct salutation, clear subject, no text-language abbreviations, correct maritime terminology) scoring 4 of 5 rubric points; all three deck log entries must include every required field with no blank cells; scavenger-hunt form must be 100% complete and accurate.
6Maritime Workplace Professionalism, Chain of Command, and Drug-Free Workplace18theoryStudents explain the maritime chain of command, demonstrate professional workplace communication in written and verbal forms, and describe the federal drug and alcohol testing requirements for merchant mariners.
  1. Shipboard org-chart exercise: students receive a blank org-chart template and fill in the typical deck and engine department hierarchy (Master, Chief Mate, Second Mate, Third Mate, AB, OS; Chief Engineer, First Assistant, Second Assistant, Third Assistant, QMED, Wiper) using provided definitions; they then write a three-sentence scenario explaining the correct chain of communication for reporting a machinery casualty, identifying who speaks to whom and in what order.
  2. Professional communication role-play: in pairs, students alternate playing a new crew member and a senior officer in three scenarios — requesting time off, reporting a near-miss incident, and receiving a corrective instruction; the observing partner scores the exchange on a five-point rubric covering respectful language, clarity, listening without interrupting, and correct use of maritime terminology; instructor provides whole-class debrief.
  3. Drug and alcohol policy briefing and reflection: instructor presents the federal drug and alcohol testing requirements for merchant mariners (pre-employment, random, post-incident, and reasonable-cause testing as required for regulated positions) using USCG and Department of Transportation published guidance; students write a half-page reflection on how compliance protects both the individual credential and crew safety at sea, citing at least two consequences of a positive test.
Shipboard org-chart template, chain-of-command definition card, professional communication rubric, DOT/USCG drug and alcohol testing program summary (publicly available printed guidance), writing paperOrg-chart must be 100% complete with all 11 positions correctly placed; role-play must score at least 4 of 5 on the communication rubric as rated by both peer and instructor; drug and alcohol reflection must cite at least two accurate consequences of a positive test result and be free of factual errors.
7Career Readiness: Resume, MMC Application, and Professional Introduction12practiceStudents produce a complete, error-free maritime resume, a filled-out USCG MMC application checklist, and deliver a 90-second professional self-introduction targeted at maritime employers.
  1. Maritime resume workshop: using an instructor-supplied template aligned to maritime employer expectations, students draft a one-page resume that includes a professional objective statement naming the target endorsement (AB or QMED), all prior sea service in the correct USCG sea-service letter format (vessel name, tonnage, route, dates, capacity, hours underway), certifications completed during the program, and two references from maritime or related backgrounds; instructor and a peer each mark up the draft using a 10-point editing checklist before the student produces a final version.
  2. MMC application checklist drill: using the current USCG National Maritime Center application checklist (instructor-printed from the NMC website), students complete every field for a hypothetical applicant profile provided by the instructor, identify which supporting documents are required (medical certificate, Transportation Worker Identification Credential (TWIC), sea-service letters, course completion certificates), and flag any field they would be unable to complete for themselves with a note explaining what they still need.
  3. Professional introduction practice: students write a 90-second script introducing themselves to a hiring officer — stating their name, target position, credentials earned, one relevant strength, and a closing statement of availability; after a private rehearsal, each student delivers the introduction to the class while the instructor records it on a tablet; students watch their own recording and complete a self-evaluation against a four-point rubric (eye contact, pace, vocabulary, confidence) before submitting the rubric with written notes on one improvement.
Maritime resume template, 10-point editing checklist, USCG NMC MMC application checklist (current, printed from NMC website), hypothetical applicant profile handout, tablet or smartphone for recording, professional introduction rubric, writing paper, computers or word processors for resume draftingResume must score 9 of 10 on the editing checklist (no spelling errors, correct format, all sections present); MMC checklist must be 100% complete with no blank fields and all required documents correctly identified; professional introduction must score at least 3 of 4 on the rubric and run between 80 and 110 seconds.
Assessments
AssessmentTypeWeightPass standardMethod & rubric
Maritime Safety and Regulations Knowledge ExamWritten exam25%70% correct (35 of 50 questions)A 50-question multiple-choice closed-book exam covering OSHA Maritime hazard recognition, PPE selection, lockout/tagout procedures, SDS interpretation, and USCG regulatory requirements for merchant mariner credentials; questions are drawn from lesson content in Lessons 1 and 4 and are written at the reading level expected in STCW and USCG credential examination contexts.
Accuracy · Safety · Communication · Professionalism
Trade Math and Technical Reading Knowledge ExamWritten exam25%80% correct (24 of 30 questions)A 30-question closed-notes exam combining 20 trade math problems (unit conversion, ratio, algebra, area/volume, instrument reading) and 10 technical reading comprehension questions drawn from a new SDS excerpt and a short equipment manual passage not seen during instruction; a basic scientific calculator is permitted for the math section only.
Accuracy · Safety · Communication · Professionalism
Career Readiness Portfolio ProjectProject25%Passing on all three components: resume scores 9/10 on editing checklist, MMC checklist is 100% complete, professional introduction scores 3/4 on rubricStudents submit a complete career readiness portfolio consisting of their final-draft maritime resume, the completed USCG MMC application checklist with required documents identified, and a self-evaluation form from their recorded professional introduction; all three components must individually meet the passing standard — a deficiency in any one component requires revision and resubmission within five instructional days.
Accuracy · Safety · Communication · Professionalism
Safety and Professionalism Oral DefenseOral / panel25%Satisfactory rating (3 of 4 or higher) on all four rubric dimensions: accuracy, clarity, professional bearing, and practical applicationEach student participates in a 10-minute individual oral examination in which the instructor presents two realistic shipboard scenarios — one safety scenario (e.g., discovering a crew member unconscious in a confined space) and one professional scenario (e.g., being instructed to skip a required log entry) — and the student must verbally walk through their response, citing correct procedures, chain-of-command steps, and regulatory or safety rationale; the oral format mirrors the practical demonstrations expected in STCW basic safety courses that follow this core course.
Accuracy · Safety · Communication · Professionalism
TRN-MARI24-02 Trade course

STCW Basic Safety for Maritime Crew

49 hr · $705 COMPLIMENTARY

This course covers the four mandatory STCW Basic Training competencies required by the International Maritime Organization and administered by the U.S. Coast Guard: personal survival techniques, fire prevention and firefighting, elementary first aid, and personal safety and social responsibilities. Students complete the regulated hours and skills demonstrations needed to satisfy STCW Basic Training certification requirements. Lessons integrate hands-on drills with the regulatory framework so graduates are immediately employable on vessels subject to STCW.

Outcomes
Course text

This course covers the four mandatory STCW Basic Training competencies required by the International Maritime Organization and administered by the U.S. Coast Guard: personal survival techniques, fire prevention and firefighting, elementary first aid, and personal safety and social responsibilities. Students complete the regulated hours and skills demonstrations needed to satisfy STCW Basic Training certification requirements. Lessons integrate hands-on drills with the regulatory framework so graduates are immediately employable on vessels subject to STCW.

How the course runs. 5 blocks: STCW Framework, Personal Safety, and Social Responsibilities; Personal Survival Techniques — Lifesaving Appliances and Water Survival; Fire Prevention and Basic Firefighting Principles; Elementary First Aid — CPR, Bleeding Control, and Shock Management; Integrated Emergency Drills and STCW Certification Readiness.

What competent looks like. Demonstrate correct donning and use of a lifejacket, immersion suit, and personal flotation device to STCW standard within the required time limit. Identify classes of fire, explain the chemistry of combustion, and select and operate the correct portable extinguisher for a given fire scenario. Perform hands-only and rescue-breathing CPR and apply basic wound care and shock management techniques following STCW elementary first-aid requirements. State the watch-standing obligations, drug and alcohol policies, fatigue management rules, and crew duty-of-care responsibilities under STCW Chapter VI. Correctly read and apply a ship's muster list, respond to emergency alarm signals, and execute an abandon-ship drill in proper sequence. Explain the STCW certification process, the role of the U.S. Coast Guard National Maritime Center, and the difference between Basic Training and full STCW endorsements.

Lessons · 5 blocks
#LessonHrTypeObjectiveActivitiesMaterialsCheck
1STCW Framework, Personal Safety, and Social Responsibilities9theoryStudents will explain the purpose and structure of the STCW Convention, identify mandatory Basic Training elements, and state personal safety and social responsibility obligations required by STCW Chapter VI.
  1. Guided reading of the STCW 2010 Manila Amendments summary: students annotate the four Basic Training competency tables and answer a structured worksheet identifying the performance standard for each competency
  2. Instructor-led case-study discussion of two real maritime casualties caused by fatigue or watchkeeping failures; students identify which STCW regulation was violated and propose corrective actions
  3. Small-group exercise: students locate the ship's muster list (provided as a sample document), decode each alarm signal, find their emergency station, and present findings to the class
STCW 2010 Manila Amendments text (IMO publication or Coast Guard summary), USCG NVIC 08-14 (STCW Basic Training guidance), sample muster list poster, whiteboard, student workbooksExit quiz of 20 multiple-choice questions covering STCW structure, alarm signals, fatigue rules, and drug/alcohol policy; students must score 70% or higher to proceed
2Personal Survival Techniques — Lifesaving Appliances and Water Survival12labStudents will don a lifejacket and immersion suit correctly within regulation time limits, demonstrate safe water entry, and perform survival swimming and group-huddle techniques in a controlled aquatic environment.
  1. Dry-run drill: each student dons a Type I offshore lifejacket and an immersion suit three times, with the instructor timing each attempt and providing corrective feedback until the student meets the STCW time standard
  2. Pool session: students jump feet-first from a platform simulating a deck height, right an inverted lifejacket in the water, hold the HELP (Heat Escape Lessening Position) posture for two minutes, and form a survival huddle with two classmates
  3. Equipment identification station: students rotate through six stations — lifeboat, rescue boat, life raft, EPIRB, SART, and line-throwing appliance — completing a function-and-operation card for each
SOLAS-approved offshore lifejackets (one per student), adult immersion suits (assorted sizes), pool or controlled open-water facility, line-throwing appliance (training model), EPIRB and SART display units, stopwatch, STCW personal survival techniques skills checklistPractical skills checklist: immersion-suit donning timed at or under the applicable STCW limit, correct HELP position held for two minutes, and successful right-side-up recovery of inverted lifejacket; all three items must be marked satisfactory (no unsatisfactory items permitted) to pass
3Fire Prevention and Basic Firefighting Principles12demoStudents will classify a fire by fuel type, select the correct portable extinguisher, and operate it safely using the PASS technique on a live or simulated training fire scenario.
  1. Instructor demonstration of fire triangle and tetrahedron with a tabletop prop; students then complete a fire-classification card matching vessel fuel types (diesel, LNG, electrical panel, cooking oil) to the correct extinguishing agent and explain why each agent works
  2. Extinguisher handling lab: students read the pressure gauge, check the safety pin and tamper seal, and operate CO2, dry-chemical, and foam extinguishers on a propane training fire simulator using the PASS technique; each student completes at least two full discharge cycles
  3. Shipboard fire scenario walk-through on a vessel diagram: students identify the location of fixed CO2 systems, fire dampers, and emergency stops; trace the fire main from the pump to the hydrant; and describe when to sound the alarm versus attempt suppression
Propane training fire simulator (or approved extinguisher training unit), CO2, ABC dry-chemical, and AFFF portable extinguishers, SOLAS fire control plan sample, fire-station diagram poster, PPE (gloves, face shield, safety glasses), NFPA 10 standard (reference copy)Instructor-scored practical checklist: student selects correct extinguisher for a stated scenario (pass/fail), performs full PASS sequence without prompting (pass/fail), and answers two verbal questions about fixed system hazards; all three elements must be satisfactory to pass
4Elementary First Aid — CPR, Bleeding Control, and Shock Management10practiceStudents will perform adult one-rescuer CPR with AED operation and apply direct-pressure wound care and shock-positioning techniques that meet the STCW elementary first-aid performance standard.
  1. CPR skills station: using an adult manikin, each student performs at least two full cycles of 30 compressions and two rescue breaths at the correct rate and depth, then attaches and operates a training AED; the instructor provides real-time feedback using a CPR feedback device
  2. Wound-care scenario: students work in pairs using a wound-care kit to apply direct pressure, bandage a simulated laceration, identify signs of arterial versus venous bleeding, and document the injury on a basic first-aid report form
  3. Shock and fracture management exercise: given a scenario card describing a crewmember who fell from a ladder, students assess responsiveness, position the patient for shock (supine, legs elevated where appropriate), apply a cervical collar (training model), and call for medical assistance using proper radio protocol
Adult CPR manikins (one per two students), CPR feedback devices, training AED units, wound-care kit (gloves, dressings, bandages, tape), training cervical collar, first-aid report forms, American Red Cross or American Heart Association CPR course materialsStructured skills evaluation: CPR rate and depth scored by feedback device must meet AHA guidelines; wound-care bandage must achieve simulated hemostasis (no exposed wound after bandaging); shock positioning must be correct for the scenario; student must score satisfactory on all three components to pass
5Integrated Emergency Drills and STCW Certification Readiness6fieldStudents will execute a complete abandon-ship drill sequence — including alarm response, muster, lifejacket donning, and life-raft boarding order — and correctly describe the STCW credential application process through the U.S. Coast Guard National Maritime Center.
  1. Full abandon-ship drill: instructor sounds the general alarm without prior warning; students proceed to their muster station listed on the sample muster list, don lifejackets within the time limit, report headcount, and simulate boarding a life raft in correct sequence while the instructor evaluates each step on a standardized drill checklist
  2. Credential pathway workshop: students complete a USCG NMC Basic Training checklist, identify which course elements satisfy each required training record entry, and prepare a mock application folder with a training record document, medical form guidance, and a sample certificate of completion
  3. Debrief and gap review: students review their scores from all four previous lessons, identify any competency below 70%, complete targeted review questions for that area, and set one written action item for the Certification Exam Preparation course
General alarm system or air horn, adult lifejackets, sample muster list, life-raft canopy mockup or inflatable raft (dock or pool setting), USCG NMC Basic Training checklist (current version from NMC website), sample course completion certificate, student performance portfolios from previous lessonsDrill checklist: student must reach muster station within the drill time limit, don lifejacket correctly, and demonstrate correct boarding sequence — all three steps marked satisfactory; credential workshop: student's mock application folder must include all required document categories with zero missing entries to pass
Assessments
AssessmentTypeWeightPass standardMethod & rubric
STCW Basic Safety Written Knowledge ExamWritten exam25%70% correct (35 of 50 questions)A 50-question multiple-choice exam covering the four STCW Basic Training competency areas: personal survival techniques, fire prevention and firefighting, elementary first aid, and personal safety and social responsibilities, including STCW regulatory structure and USCG certification procedures. Questions are drawn from STCW convention tables and USCG NVIC guidance to mirror the content students must master for credentialing.
Standard met · Safety · Time · Quality/finish · Documentation
STCW Basic Training Skills DemonstrationSkills demonstration45%Satisfactory rating on all six mandatory skill items; no unsatisfactory ratings permittedAn instructor-evaluated practical assessment in which each student individually performs: immersion-suit donning within the STCW time limit, correct HELP position, PASS-technique extinguisher operation on the correct fire class, one-rescuer CPR with AED to AHA standards, direct-pressure wound care, and correct response to the general alarm through muster. Each item is rated satisfactory or unsatisfactory using the program's standardized STCW skills checklist.
Standard met · Safety · Time · Quality/finish · Documentation
Drill and Lab Participation LogLog15%All five lessons documented with instructor signature; no more than one corrective-action note without a documented resolutionStudents maintain a running lab log throughout the course recording the date, lesson title, equipment used, skills practiced, and one self-reflection entry per lesson. The instructor reviews and signs each entry at the end of the corresponding lesson, noting any corrective actions required; the completed log serves as a training record supporting the USCG NMC Basic Training certificate application.
Standard met · Safety · Time · Quality/finish · Documentation
Emergency Drill Safety CheckSafety audit15%Zero critical safety violations; all PPE worn correctly throughout; drill completed in proper sequenceDuring the integrated abandon-ship drill in Lesson 5, a second evaluator — separate from the drill instructor — observes each student exclusively for safety behaviors: PPE compliance, safe movement on deck, no horseplay near water, and correct lifejacket donning without creating an entanglement hazard. Any critical safety violation (uncontrolled fall risk, missing PPE near water, improper lifejacket buckle) results in an automatic drill repeat before the student may receive a passing record.
Standard met · Safety · Time · Quality/finish · Documentation
TRN-MARI24-03 Trade course

Marine Firefighting: Prevention, Detection, and Suppression

49 hr · $705 COMPLIMENTARY

This course trains students to recognize, prevent, and fight fires aboard commercial vessels using International Maritime Organization (IMO) and U.S. Coast Guard standards. Students learn fire behavior, shipboard detection and alarm systems, portable and fixed suppression equipment, and coordinated team firefighting tactics aligned with STCW Basic Training fire prevention and firefighting competencies. Emphasis is placed on donning and operating a self-contained breathing apparatus (SCBA), using appropriate extinguishing agents for each fire class, and maintaining personal safety throughout.

Outcomes
Course text

This course trains students to recognize, prevent, and fight fires aboard commercial vessels using International Maritime Organization (IMO) and U.S. Coast Guard standards. Students learn fire behavior, shipboard detection and alarm systems, portable and fixed suppression equipment, and coordinated team firefighting tactics aligned with STCW Basic Training fire prevention and firefighting competencies. Emphasis is placed on donning and operating a self-contained breathing apparatus (SCBA), using appropriate extinguishing agents for each fire class, and maintaining personal safety throughout.

How the course runs. 5 blocks: Fire Behavior and Shipboard Hazards; Detection, Alarm, and Fixed Suppression Systems; Portable Extinguishers and Personal Protective Equipment; Hose Handling, Team Tactics, and Shipboard Attack; Integrated Shipboard Firefighting Scenario and Documentation.

What competent looks like. Identify the three elements of the fire triangle and classify a shipboard fire by fuel type (Class A, B, C, D, and K) to select the correct extinguishing agent. Demonstrate donning and operating a self-contained breathing apparatus (SCBA) within the time limit required by STCW Basic Training standards. Locate, inspect, and operate shipboard fire detection, alarm, portable extinguisher, and fixed suppression systems in compliance with SOLAS requirements. Execute a two-person charged hose advance and apply the correct nozzle pattern to suppress a Class A or Class B fire during a live or controlled simulated burn exercise. Apply fire prevention practices including hot work permit procedures, fuel and electrical hazard controls, and proper stowage of flammable materials aboard a vessel. Complete and interpret a post-incident fire report form using standard maritime terminology, documenting actions taken and lessons learned.

Lessons · 5 blocks
#LessonHrTypeObjectiveActivitiesMaterialsCheck
1Fire Behavior and Shipboard Hazards9theoryStudents will classify a shipboard fire scenario by fuel class and predict fire spread pathways based on the fire triangle and the unique construction of a vessel.
  1. Lecture and illustrated slide presentation covering the fire triangle (heat, fuel, oxygen), fire tetrahedron (chain reaction), combustion stages, and how vessel steel construction, enclosed spaces, and stored cargo affect fire behavior; students take Cornell-style notes.
  2. Small-group case study analysis of three documented shipboard fire incident reports (engine room fuel oil fire, galley grease fire, electrical panel fire); each group identifies the ignition source, fuel class, spread pathway, and what detection or prevention measure failed, then presents findings to the class.
  3. Individual written exercise: given ten shipboard fire scenario descriptions, students classify each fire by class (A, B, C, D, K), select the correct agent, and write one sentence explaining why that agent is appropriate; instructor reviews answers as a class.
IMO Model Course 1.20 (Basic Training) student workbook, STCW Code Section A-VI/1 fire prevention and firefighting table, NFPA 10 fire extinguisher reference chart, printed incident report excerpts, whiteboard, projectorScored 10-question written quiz on fire classes, combustion stages, and shipboard spread factors; pass mark is 70%. Instructor circulates during case study to verify each group correctly identifies all four elements before they present.
2Detection, Alarm, and Fixed Suppression Systems8demoStudents will identify each type of shipboard fire detector and fixed suppression system, explain the SOLAS requirement for each space, and trace an alarm signal from detector to bridge panel without error.
  1. Instructor-led walkthrough demonstration on a training vessel or full-scale mockup: instructor points out and explains smoke detectors, heat detectors, flame detectors, manual pull stations, the fire detection control panel, CO2 total-flood system components, sprinkler system components, and foam system components; students complete a labeled diagram worksheet as the demo proceeds.
  2. Pairs activity: each pair is given a laminated vessel deck plan and must mark the required locations of detectors and suppression system controls for the engine room, accommodation spaces, and cargo hold using SOLAS Chapter II-2 requirements summarized in the student reference sheet; instructor provides corrective feedback.
  3. Simulation drill: instructor activates a training alarm panel; students must identify the zone, announce the emergency over the intercom using correct maritime radio protocol, and describe the proper response sequence (sound alarm, investigate, report to muster station); timed and repeated until each student completes the sequence correctly.
Training vessel or shore-based firefighting training prop, fire detection control panel (training unit), laminated vessel deck plan worksheets, SOLAS Chapter II-2 summary reference sheet, IMO Model Course 1.20 workbook, dry-erase markersInstructor observation checklist during the alarm simulation: student correctly identifies zone, uses proper radio call-out, and states response sequence in order — all three steps required for pass. Diagram worksheet must correctly label at least 80% of detector and system locations.
3Portable Extinguishers and Personal Protective Equipment10labStudents will inspect a portable extinguisher using the PASS acronym and P-A-S-S technique, select the correct extinguisher type for an assigned fire class, and don full firefighter PPE including SCBA within the time standard.
  1. Lab rotation 1 — extinguisher inspection and selection: students rotate through six stations, each holding a different extinguisher type (water, CO2, dry chemical ABC, dry chemical BC, foam, wet chemical); at each station the student reads the label, checks the hydrostatic test date tag, verifies the pin and seal, checks the pressure gauge, and records findings on a maintenance tag form; instructor checks each completed tag.
  2. Lab rotation 2 — PASS technique live fire: at an outdoor or enclosed burn prop approved for training use, each student applies the P-A-S-S technique (Pull, Aim, Squeeze, Sweep) on a small controlled Class A fire and a small controlled Class B pan fire using the correct extinguisher; instructor scores each discharge on aim, sweep pattern, and distance maintained.
  3. Lab rotation 3 — SCBA donning: each student dons a full firefighter ensemble (station wear or equivalent, structural firefighting gloves, helmet, SCBA with face piece) following the manufacturer's donning sequence; student activates the SCBA, confirms positive pressure seal by covering the exhalation valve, and breathes from the unit for two minutes; instructor records donning time and seal check pass/fail.
Assortment of portable extinguishers (at least one of each type listed), SCBA units (one per two students), structural firefighting gloves, helmets, PASS device, NFPA 10 inspection reference, manufacturer SCBA donning card, lab log forms, outdoor or enclosed training burn propSCBA donning: correctly donned with positive seal confirmed in ≤3 minutes — pass/fail per STCW Basic Training competency table. Extinguisher inspection: at least 5 of 6 station forms correctly completed. PASS discharge: instructor checklist — correct agent selected, aim at base of flame, sweeping motion, proper standoff distance; all four elements required to pass.
4Hose Handling, Team Tactics, and Shipboard Attack14practiceStudents will connect, charge, advance, and operate a 1.5-inch firefighting hose line as part of a two-person team and apply the correct nozzle pattern to control a simulated or live shipboard fire scenario.
  1. Skills progression drill on the training ground: instructor demonstrates coupling hose sections, connecting to a standpipe or hydrant, charging the line, and advancing with a partner in low-visibility posture; student pairs repeat the full sequence three times, alternating nozzle operator and backup roles, while instructor coaches stance, communication calls ('water coming,' 'charged,' 'advancing'), and nozzle pattern (straight stream vs. wide fog).
  2. Confined-space advance exercise: student pairs don SCBA, advance a charged 1.5-inch line through a simulated vessel passageway or engine room mockup while maintaining left-hand search contact with the bulkhead; team locates a simulated seat of fire (smoke machine or instructor-designated point), applies nozzle pattern, and backs out maintaining hose tension; instructor evaluates communication, air management, and low posture.
  3. Tabletop hot-work permit and pre-fire plan exercise: each student completes a sample shipboard hot work permit for a cutting operation in a fuel pump room, identifies required fire watch duties, lists PPE and standby equipment, and marks evacuation and muster routes on a vessel diagram; debrief as a class on how permit compliance prevents fires before they start.
1.5-inch fire hose with adjustable fog nozzle, hose couplings, standpipe or portable training hydrant, SCBA units, smoke machine or training prop, hot work permit blank forms, vessel diagram worksheets, IMO Model Course 1.20 hose and nozzle section, PPE (gloves, helmet, station wear)Instructor GO/NO-GO checklist for the confined-space advance: correct SCBA donning before entry, left-hand search technique maintained, communication calls made at each decision point, correct nozzle pattern applied, and orderly exit with hose — all five elements required to pass. Hot work permit: all required fields completed correctly to pass.
5Integrated Shipboard Firefighting Scenario and Documentation8fieldStudents will perform a full shipboard firefighting scenario as an assigned crew role, following a muster, fire attack, and accountability sequence, then complete a post-incident report that meets maritime documentation standards.
  1. Full scenario evolution: instructor assigns each student a crew role (officer in charge, attack team nozzle operator, backup, fire watch, accountability officer); an engine room or accommodation fire scenario is announced; students don PPE/SCBA, muster, receive an incident briefing, execute a coordinated two-team attack, extinguish the fire, account for all personnel, and secure the scene; instructor observes and records on a scenario evaluation rubric.
  2. Debrief and after-action review: instructor leads a structured after-action review (what was planned, what happened, what worked, what to improve); students contribute observations and record corrective actions in their lab logs; common errors are replayed and corrected on the spot.
  3. Post-incident documentation: each student independently completes a maritime fire incident report form covering time of alarm, nature and location of fire, personnel involved, actions taken, equipment used, injuries, and lessons learned; students must use correct maritime terminology and legible, complete entries.
Full PPE and SCBA sets for all students, fire hose and extinguishers, training prop (engine room or accommodation mockup), scenario brief cards, scenario evaluation rubric, post-incident report blank forms, IMO Model Course 1.20 documentation section, student lab log bindersScenario rubric: student executes assigned role with no safety violations (SCBA donned before entry, buddy system maintained, accountability reported); at least 4 of 5 role-specific tasks completed correctly to pass. Post-incident report: all required fields completed with correct maritime terminology — instructor marks incomplete or inaccurate fields; report must require no more than one revision to pass.
Assessments
AssessmentTypeWeightPass standardMethod & rubric
Fire Science and Systems Written ExamWritten exam25%70% or higher (28 of 40 questions correct)A 40-question multiple-choice and short-answer exam covering fire triangle, fire classes and agents, SOLAS detection and suppression system requirements, shipboard alarm procedures, and fire prevention practices including hot work permits. Questions are mapped to the STCW Basic Training competency table for fire prevention and firefighting (STCW Code Table A-VI/1-2).
Standard met · Safety · Time · Quality/finish · Documentation
SCBA Donning and Hose Team Skills DemonstrationSkills demonstration45%All critical safety steps rated GO; no more than one non-critical step rated NO-GOEach student is evaluated individually on a GO/NO-GO checklist: correctly dons SCBA with positive seal in ≤3 minutes, then performs a two-person hose advance in simulated low-visibility conditions, applies correct nozzle pattern, and exits safely maintaining buddy contact. This demonstration directly maps to the STCW Basic Training practical demonstration requirement for firefighting skills.
Standard met · Safety · Time · Quality/finish · Documentation
Lab Log and Scenario Documentation PortfolioLog15%All five lab log entries complete and legible; post-incident report requires no more than one revisionStudents submit their lab log binder containing completed inspection forms, extinguisher selection worksheets, SCBA donning time records, hose drill observations, and the post-incident report from the integrated scenario. Entries must use correct maritime terminology, include date and student signature, and reflect honest self-assessment notes from each lesson.
Standard met · Safety · Time · Quality/finish · Documentation
Firefighting Safety Compliance CheckSafety audit15%Zero critical safety violations observed across all lab and field sessions; any single critical violation requires remediation and re-check before course credit is awardedThe instructor maintains a running safety observation log throughout the course, recording any instance of a student entering a simulated hazard area without SCBA, failing to maintain buddy system, bypassing PPE, or ignoring a stop-work order. This check is not a single event but an ongoing record; students with no critical violations and fewer than three non-critical violations receive a safety compliance pass, which is required to receive course credit regardless of written exam score.
Standard met · Safety · Time · Quality/finish · Documentation
TRN-MARI24-04 Trade course

Marine Survival: Personal Survival Techniques and Survival Craft Operations

48 hr · $690 COMPLIMENTARY

This course develops the knowledge and hands-on skills required to survive a maritime emergency, including vessel abandonment, survival craft launching and operation, use of personal life-saving appliances, and distress signaling. Content is aligned directly with the STCW Basic Training Table A-VI/1-1 (Personal Survival Techniques) competency requirements administered by the U.S. Coast Guard. Students who demonstrate all competencies meet a prerequisite for the STCW Basic Training certificate and support their eligibility for USCG AB and QMED credentials.

Outcomes
Course text

This course develops the knowledge and hands-on skills required to survive a maritime emergency, including vessel abandonment, survival craft launching and operation, use of personal life-saving appliances, and distress signaling. Content is aligned directly with the STCW Basic Training Table A-VI/1-1 (Personal Survival Techniques) competency requirements administered by the U.S. Coast Guard. Students who demonstrate all competencies meet a prerequisite for the STCW Basic Training certificate and support their eligibility for USCG AB and QMED credentials.

How the course runs. 5 blocks: Types of Life-Saving Appliances and Regulatory Foundations; Donning Life-Saving Appliances and Water Survival Skills; Survival Craft Types, Equipment, and Launch Procedures; Distress Signaling, EPIRB and SART Operation, and Survivor Management; Cold-Water Survival, Hypothermia Recognition, and Integrated Abandon-Ship Drill.

What competent looks like. Demonstrate correct donning and use of an immersion suit and lifejacket in under two minutes and explain their limitations in cold and warm water scenarios. Execute safe entry into the water from height, initial actions in the water, and boarding of a survival craft following a simulated vessel abandonment drill. Identify and operate survival craft equipment including flares, EPIRBs, SARTs, and signaling mirrors in accordance with SOLAS requirements. Explain hypothermia prevention postures, HELP and huddle techniques, and triage priorities for survivors rescued from cold water. Demonstrate operation of a survival craft as coxswain, including sea anchor deployment, rations management, and maintaining crew morale and order. Correctly interpret SOLAS muster station signs, emergency signals, and survival instruction placards as required by STCW Table A-VI/1-1.

Lessons · 5 blocks
#LessonHrTypeObjectiveActivitiesMaterialsCheck
1Types of Life-Saving Appliances and Regulatory Foundations8theoryStudents will identify all major SOLAS life-saving appliances carried on merchant vessels, state the regulatory basis for each, and explain when and how each is deployed.
  1. Illustrated lecture covering lifejackets (Types I–V and SOLAS-approved inflatable), immersion suits, survival suits, lifebuoys, EPIRBs (Category I and II), SARTs, and pyrotechnic signals; students complete a labeled diagram worksheet and self-check.
  2. Small-group card-sort activity: groups match appliance name, required carriage quantity per SOLAS regulation, and maintenance inspection interval from a reference table excerpted from the U.S. Coast Guard Navigation and Vessel Inspection Circular (NVIC) resources.
  3. Guided reading of SOLAS Chapter III and the ship's Life-Saving Appliance (LSA) manual excerpt; students answer ten comprehension questions identifying required equipment for a specified vessel type and gross tonnage.
SOLAS Chapter III excerpts, USCG LSA Code reference handout, labeled diagram worksheets, physical lifejacket and immersion suit for visual reference, whiteboard, projector.Ten-question written quiz on appliance identification, carriage requirements, and regulatory authority; pass mark 70%. Instructor reviews labeled diagrams for completeness before dismissal.
2Donning Life-Saving Appliances and Water Survival Skills14labStudents will correctly don an approved lifejacket and immersion suit within the STCW-required time limit, enter water safely from height, and demonstrate HELP and huddle positions in a controlled aquatic environment.
  1. Dry-land donning drills: each student dons a Type I lifejacket and a Coast Guard-approved immersion suit three times with instructor feedback, aiming to achieve full donning with zipper sealed and face seal tested in under two minutes for the immersion suit; instructor uses a standardized STCW donning checklist to record each attempt.
  2. Pool or controlled waterfront session: students jump feet-first from a minimum one-meter platform in a lifejacket, right themselves if face-down within five seconds, assume HELP (Heat Escape Lessening Posture) for two minutes, then form a huddle group of three or more and maintain for two minutes; instructor and a lifeguard observe and record.
  3. Swim and tread-water circuit in lifejacket: students tread water for at least one minute unaided, then demonstrate how to signal to rescuers using arm motion and whistle while remaining afloat; debrief focuses on energy conservation strategy and the danger of removing the lifejacket in cold water.
SOLAS-approved Type I lifejackets (one per student), USCG-approved immersion suits sized for class, stopwatches, STCW donning checklist forms, indoor pool or controlled waterfront area, lifeguard on duty, rescue reaching pole and throw bag at poolside, personal whistles.STCW donning checklist: lifejacket donned correctly and securely — pass; immersion suit fully donned with zipper closed and face seal checked within two minutes — pass. Pool circuit: student completes all three water tasks without lifeguard intervention — pass. Any failed element requires a remedial practice session and retest before the student advances to Lesson 3.
3Survival Craft Types, Equipment, and Launch Procedures10demoStudents will identify open and enclosed lifeboats, rescue boats, and life rafts; explain their launch and boarding methods; and locate and name every item of required SOLAS survival craft equipment.
  1. Instructor-led walkthrough of a davit-launched lifeboat or life raft trainer (or high-fidelity mockup): students follow along with a SOLAS-required equipment list and physically locate each item — first-aid kit, water rations, food rations, fishing kit, bailer, sea anchor, line-throwing appliance, fire extinguisher, and signaling equipment — then cross-reference quantities against SOLAS Regulation III/13.
  2. Demonstration of hydrostatic release mechanism and painter line on a life raft canister, followed by students practicing the wet-release sequence on a training canister in sequence pairs while the instructor narrates each step and its purpose; students then explain back one step each in a round-robin debrief.
  3. Step-by-step tabletop simulation of a vessel abandon-ship sequence: students are assigned crew roles (coxswain, bowman, lookout, sick-bay tender), receive a scenario card with vessel type, weather, and time of day, and walk through mustering, donning appliances, launching the survival craft, clearing the vessel, and conducting a survivor headcount — recording each action on a procedure log sheet.
Davit-launched lifeboat or approved life raft trainer or high-fidelity mockup, SOLAS equipment list checklist, hydrostatic release training canister, procedure log sheets, scenario cards, personal lifejackets, projector for launch video reference (USCG-produced or manufacturer training video).Equipment identification check: student points to and names 90% of SOLAS-required items on the craft without prompting — pass. Procedure log sheet reviewed by instructor for correct sequence and no critical steps omitted — pass. Students who miss more than one critical step repeat the tabletop with a new scenario card.
4Distress Signaling, EPIRB and SART Operation, and Survivor Management10practiceStudents will activate a training EPIRB and SART, correctly use handheld flares and a signaling mirror, and apply rationing and survivor-management principles for extended time in a survival craft.
  1. Hands-on station rotation: Station A — students activate a 406 MHz EPIRB simulator, read the registration label, and explain what information the Cospas-Sarsat system receives; Station B — students operate a radar SART training unit and interpret the radar return pattern on a display; Station C — students use a handheld signal mirror to reflect sunlight (or a simulated light source indoors) onto a target ten meters away and explain the visual range limitation and technique.
  2. Pyrotechnic familiarization lecture with inert training flare props: instructor explains SOLAS-required parachute rocket flare, handheld flare, and buoyant smoke signal; students handle inert props, read the operating instructions printed on each device, and answer a scenario question about which signal to use in daylight versus night and in different visibility conditions.
  3. Survival craft management role-play: groups of five manage a 72-hour survival scenario using a decision worksheet — they allocate water rations, assign lookout watches, decide when to use signals, and address a simulated injured survivor; groups present their decision rationale to the class and instructor provides structured feedback on energy conservation, morale maintenance, and avoiding signal waste.
406 MHz EPIRB training unit (non-transmitting), SART training unit with display, signal mirror, inert flare props (parachute flare, handheld flare, smoke signal), 72-hour survival decision worksheets, SOLAS signaling requirements reference card, whiteboard for group presentations.Practical demonstration: student activates EPIRB and SART correctly and explains purpose — pass. Scenario worksheet: group decisions must include at least water rationing, watch scheduling, and signal timing consistent with SOLAS survival guidance — pass. Instructor checks each group's rationale for critical errors (e.g., using all flares at once) before marking complete.
5Cold-Water Survival, Hypothermia Recognition, and Integrated Abandon-Ship Drill6fieldStudents will recognize signs of hypothermia and cold-water shock, apply correct rewarming and handling protocols for a casualty, and complete a timed integrated abandon-ship drill that combines all prior skills.
  1. Case-study debrief of a historical maritime survival incident: instructor presents documented cold-water survival data and students identify at what water temperature and time the risk of incapacitation becomes critical, then list the physiological stages of hypothermia and match each stage to appropriate first-aid response actions (passive rewarming, horizontal handling, no alcohol or vigorous rubbing) on a reference card.
  2. Scenario-based drill: instructor announces a vessel emergency signal (seven short blasts and one long blast on a horn); students muster at the designated station, don lifejackets and immersion suits, retrieve assigned equipment, board the survival craft trainer in correct order, conduct a headcount, deploy the sea anchor, and initiate the first distress signal — timed from first blast to sea anchor deployed; instructor and an observer record each step on a drill evaluation sheet.
  3. Post-drill structured debrief: each student completes a written self-assessment identifying one personal strength and one area needing improvement observed during the drill; the class discusses three improvements to team communication and procedure execution; instructor summarizes the STCW Table A-VI/1-1 competency elements addressed and explains how this course content maps to the USCG STCW certificate application process.
Air horn or recorded signal, lifejackets, immersion suits, survival craft trainer, sea anchor, training EPIRB, drill evaluation sheets, hypothermia reference cards, stopwatch, student self-assessment forms, STCW Table A-VI/1-1 competency matrix handout.Integrated drill evaluation sheet: student completes muster, donning, boarding, headcount, sea anchor deployment, and signal initiation with no critical steps out of order and immersion suit fully sealed — pass. Hypothermia recognition: student correctly identifies at least three of four hypothermia stages and corresponding responses on the reference card scenario — pass. Students who fail the drill rerun the scenario once before end of session.
Assessments
AssessmentTypeWeightPass standardMethod & rubric
Personal Survival Techniques Written ExaminationWritten exam25%70% correct (28 of 40 questions)A 40-question multiple-choice and short-answer exam covering SOLAS life-saving appliance requirements, survival craft equipment identification, distress signal selection, hypothermia physiology, and STCW Table A-VI/1-1 competency knowledge; mapped directly to STCW Basic Training certificate knowledge requirements assessed by the U.S. Coast Guard. Students must pass before attempting the skills demonstration.
Standard met · Safety · Time · Quality/finish · Documentation
Survival Skills Practical DemonstrationSkills demonstration45%All critical tasks rated Satisfactory on the STCW checklist; no Unsatisfactory ratings permitted on donning time, water-entry safety, or signal operationInstructor uses a standardized STCW Table A-VI/1-1 skills checklist to evaluate each student individually on: donning lifejacket and immersion suit within time limits, controlled water entry and HELP/huddle postures, EPIRB and SART activation, one pyrotechnic signal identification, and survival craft equipment location; the checklist format mirrors documentation acceptable for USCG STCW Basic Training course completion records.
Standard met · Safety · Time · Quality/finish · Documentation
Survival Drill and Equipment LogLog15%Log submitted within 24 hours of final drill; all required sections complete; no blank entries; instructor sign-off confirming accuracyEach student submits a written log documenting their actions, equipment used, and decision rationale across all five lessons and the final integrated abandon-ship drill, including a completed SOLAS equipment inventory checklist and a self-assessment of performance against each STCW Table A-VI/1-1 competency; the log demonstrates the record-keeping habits required for shipboard safety documentation and supports the student's USCG credential application file.
Standard met · Safety · Time · Quality/finish · Documentation
Pre-Drill Safety Gear Inspection CheckSafety audit15%All items inspected and discrepancies reported before drill commences; student may not participate in water-entry or drill activities until clearedBefore the Lesson 5 integrated drill, the instructor conducts a safety-gear inspection of each student: lifejacket properly sized and all clips functional, immersion suit zipper and face seal intact, whistle attached, and no loose jewelry or clothing that could catch in equipment; any deficiency is corrected immediately or the student is issued replacement gear, reinforcing the professional habit of pre-use inspection required aboard any merchant vessel.
Standard met · Safety · Time · Quality/finish · Documentation
TRN-MARI24-05 Trade course

Maritime First Aid: Emergency Care at Sea

48 hr · $690 COMPLIMENTARY

This 48-hour course trains deck and engine crew to respond to medical emergencies aboard commercial vessels where professional medical help may be hours or days away. Students learn to assess casualties, perform CPR and AED use, control bleeding, treat environmental injuries, and document care in compliance with STCW Basic Training medical care requirements and U.S. Coast Guard standards.

Outcomes
Course text

This 48-hour course trains deck and engine crew to respond to medical emergencies aboard commercial vessels where professional medical help may be hours or days away. Students learn to assess casualties, perform CPR and AED use, control bleeding, treat environmental injuries, and document care in compliance with STCW Basic Training medical care requirements and U.S. Coast Guard standards.

How the course runs. 5 blocks: Casualty Assessment and the Maritime Medical Environment; CPR, AED, and Airway Management; Hemorrhage Control, Shock, and Wound Management; Environmental and Occupational Injuries Aboard Ship; Immobilization, Patient Movement, and Medical Documentation.

What competent looks like. Perform a systematic primary and secondary casualty assessment and correctly prioritize care for at least two simultaneous casualties during a simulated shipboard emergency. Execute adult CPR with AED use to current American Heart Association or Red Cross standards, achieving a passing score on a mannequin skills check. Control hemorrhage using direct pressure, wound packing, and tourniquet application, demonstrating correct technique on a practice limb within the time limit. Identify, treat, and document shipboard environmental injuries including hypothermia, heat illness, immersion foot, and decompression-related conditions. Immobilize fractures and suspected spinal injuries and safely move an incapacitated crew member using onboard equipment such as a Neil Robertson stretcher. Complete a SOLAS-compliant patient record and radio a structured medical report to a shore-based medical officer using the correct format.

Lessons · 5 blocks
#LessonHrTypeObjectiveActivitiesMaterialsCheck
1Casualty Assessment and the Maritime Medical Environment10theoryStudents will correctly perform a scene size-up, primary survey (ABCDE), and secondary head-to-toe survey on a simulated casualty, identifying at least four life threats in the correct priority order.
  1. Lecture and guided reading from the Ship Captain's Medical Guide and STCW Medical First Aid module covering the unique constraints of shipboard care: isolation, limited supplies, delayed evacuation, and the duty to maintain a written patient record.
  2. Paired drill in which students alternate as rescuer and casualty, practicing the scene size-up (hazard identification, mechanism of injury, number of casualties), ABCDE primary survey, and verbal findings report using standard maritime radio language.
  3. Tabletop scenario exercise: instructor presents four written scenario cards (falls, crush, drowning, toxic exposure) and student pairs write a triage priority list with written justification, then debrief as a group.
Ship Captain's Medical Guide (current edition, U.S. Public Health Service), STCW Manila Amendments medical first aid syllabus, casualty assessment pocket card, scenario cards, student notebooks, whiteboardEach student verbally walks through a primary survey on a partner without prompting, correctly naming all five ABCDE steps and identifying the planted life threat; instructor uses a yes/no checklist — all five steps correct = pass.
2CPR, AED, and Airway Management10labStudents will perform hands-only and ventilation CPR on an adult mannequin and correctly operate an AED through a full shock cycle, meeting current American Heart Association or Red Cross BLS skill standards.
  1. Demonstration by instructor of adult BLS sequence on mannequin: scene safety, responsiveness check, activation of emergency communications (simulated ship's alarm and radio call to bridge), chest compressions, rescue breaths, and AED attachment — students observe and take notes on rate, depth, and recoil cues.
  2. Repeated skills rotation: students work in groups of three, each taking a turn as rescuer while the other two observe and score using the program's CPR skills checklist; instructor circulates to correct hand position, compression depth, and AED pad placement in real time.
  3. Scenario drill simulating an engine room cardiac arrest — one student is the rescuer, one plays a bystander with no training, one manages communications; team must locate the AED from a mounted cabinet, clear the area of simulated oil-slick mats (PPE: gloves), and complete a full AED cycle before the instructor calls time.
Adult CPR mannequins (minimum one per three students), AED trainers, ventilation masks with one-way valves, disposable gloves (nitrile), face shields, AHA or Red Cross BLS skills checklist, simulated engine room props (non-slip mats, dim lighting), program CPR skills checklistInstructor-scored mannequin skills check using the AHA or Red Cross BLS psychomotor skills sheet; student must achieve acceptable ratings on compression rate, depth, full recoil, minimal interruptions, and correct AED operation — any single critical fail (e.g., failure to use AED) = repeat required before moving forward.
3Hemorrhage Control, Shock, and Wound Management10practiceStudents will control a simulated arterial bleed on a practice limb trainer using direct pressure, wound packing, and tourniquet application, completing all steps correctly within the time limit set by the instructor.
  1. Instructor demonstration using a commercial hemorrhage simulation trainer showing the progression from direct pressure to wound packing with gauze to commercial tourniquet application (e.g., CAT or SOFT-T Wide), with narration of the decision points and documentation requirements under STCW medical care standards.
  2. Hands-on station rotation: each student performs direct pressure for two minutes on a bleeding simulator, then practices wound packing technique with rolled gauze on a foam wound prop, then applies a tourniquet to a practice arm trainer — instructor records time-to-control and technique errors on a checklist.
  3. Shock management discussion and scenario: using case cards drawn from real maritime incident reports (de-identified), student pairs diagnose type of shock (hemorrhagic, obstructive, distributive), select appropriate interventions from a shipboard first aid kit inventory list, and document a simulated patient record form.
Hemorrhage simulation arm trainers, commercial tourniquets (CAT or equivalent) for training, rolled gauze, pressure dressings, nitrile gloves, eye protection, shipboard first aid kit (actual or replica inventory), patient record forms, STCW medical first aid syllabus, stop-the-bleed reference cardsStudent must achieve arterial bleed control on the arm trainer using correct sequence (pressure → packing → tourniquet if indicated) within the instructor-set time limit; tourniquet must be applied at least two inches above the wound with written time notation — correct sequence and documented time = pass; missed step or undocumented time = repeat.
4Environmental and Occupational Injuries Aboard Ship10demoStudents will correctly identify, classify by severity, and describe the appropriate first aid management for at least six maritime environmental and occupational injury types, including cold-water immersion, heat stroke, chemical splash, and electrical shock.
  1. Illustrated lecture covering the spectrum of maritime environmental injuries: hypothermia stages and rewarming sequence, heat exhaustion vs. heat stroke differential and cooling protocol, immersion foot, decompression illness (signs and the importance of 100% oxygen and urgent medical evacuation), chemical eye and skin exposure (irrigation method and duration per the Safety Data Sheet), and electrical shock scene safety before contact with the casualty.
  2. Case-based group work: instructor distributes six scenario packets (one per injury type); each small group reads the scenario, selects the correct interventions from a posted list, identifies contraindicated actions, and presents findings to the class — instructor moderates and corrects misconceptions using the Ship Captain's Medical Guide as the reference.
  3. Hands-on cool-down and rewarming station: students practice applying heat packs to simulated hypothermia casualty (partner in dry clothes), irrigating a mock chemical eye splash using an eyewash bottle for the minimum recommended duration, and positioning an unconscious breathing casualty in the recovery position on a deck mat.
Ship Captain's Medical Guide, sample SDS sheets for common shipboard chemicals, eyewash bottles, chemical splash goggles, heat packs, blankets, floor mat for recovery position practice, hypothermia classification chart, scenario packets, whiteboard, projectorSix-question written scenario quiz covering one question per injury type; student must correctly identify the injury and state at least two correct first aid steps per scenario — 70% or higher (4 of 6 correct) = pass; below 70% requires targeted review and retest before next lesson.
5Immobilization, Patient Movement, and Medical Documentation8fieldStudents will correctly apply a SAM splint to a simulated lower-arm fracture, log-roll and secure a simulated spinal-injury casualty onto a backboard, package the casualty in a Neil Robertson stretcher, and complete a STCW-compliant patient record ready for radio transmission to a medical officer.
  1. Instructor demonstration of SAM splint application to forearm and lower leg, followed by a four-person log-roll with manual inline spinal stabilization, backboard application, and full packaging in a Neil Robertson stretcher — students rotate through each position (head, left, right, foot) so every student practices the lead and support roles.
  2. Simulated ship's passageway move: fully packaged Neil Robertson stretcher (with a consenting student inside) is carried by a four-person team through a narrow doorway mock-up and up a single step, requiring communication, coordinated lifting, and proper body mechanics; instructor observes and coaches PPE use (gloves, back mechanics).
  3. Documentation station: each student independently completes a printed STCW-format patient record for the scenario casualty (name, time, mechanism, vital signs, interventions, medications given), then composes and delivers a structured radio medical report to the instructor playing the role of the shore-based medical officer — report is recorded and played back for self-assessment.
SAM splints (forearm and lower leg sizes), cervical collars (assorted sizes), long backboards with straps, Neil Robertson stretcher, passageway mock-up props, nitrile gloves, STCW patient record forms, radio handset (or training radio), scenario vital signs cards, Ship Captain's Medical GuideInstructor uses a three-part competency checklist: (1) SAM splint applied with distal CMS check documented — correct; (2) log-roll completed without breaking spinal alignment as judged by instructor at the head position — correct; (3) patient record complete with no missing mandatory fields and radio report includes patient ID, mechanism, vitals, and care given — all three parts correct = pass; any single part incorrect = that component repeated.
Assessments
AssessmentTypeWeightPass standardMethod & rubric
Maritime Medical Knowledge ExamWritten exam25%70% (35 of 50 questions correct)A 50-question multiple-choice and short-answer written exam drawn from all five lesson areas, including casualty assessment priorities, CPR decision points, hemorrhage control sequencing, environmental injury classification, and documentation requirements under STCW medical first aid standards. Questions are mapped to the STCW Basic Training medical first aid competency table to verify exam-area coverage.
Standard met · Safety · Time · Quality/finish · Documentation
CPR and Hemorrhage Control Skills DemonstrationSkills demonstration45%All critical steps rated 'correct' on the instructor checklist; no critical fail itemsEach student performs a continuous scenario: they discover an unresponsive casualty with a bleeding extremity wound, complete a primary survey, initiate CPR with AED operation, and then transition to hemorrhage control when the instructor calls the casualty's heart rhythm restored. The scenario is scored with the program's combined BLS and hemorrhage skills checklist; any critical fail (no AED use, tourniquet omitted when indicated, or failure to document tourniquet time) requires a full repeat of that skill station before the credential application paperwork is signed.
Standard met · Safety · Time · Quality/finish · Documentation
First Aid Lab LogLog15%All five lesson entries present, each rated satisfactory by instructorStudents maintain a running lab log throughout the course, recording the date, objective, procedures performed, equipment used, and a brief reflection on one error or improvement for each of the five lessons. The completed log is submitted at the end of the course; each entry is marked satisfactory or needs revision based on accuracy of procedural description and completeness — any unsatisfactory entry must be revised and resubmitted within 48 hours.
Standard met · Safety · Time · Quality/finish · Documentation
Scene and PPE Safety CheckSafety audit15%Zero critical safety violations observed across the full skills demonstrationDuring the CPR and hemorrhage skills demonstration, the instructor simultaneously completes a safety observation checklist covering: donning gloves before patient contact, clearing area before AED shock delivery, confirming scene safety before approaching the simulated electrical-shock casualty in the environmental lesson scenario, and using correct body mechanics during patient movement. A single critical safety violation (e.g., delivering AED shock without clearing, or contacting a simulated live electrical casualty without scene clearance) results in an automatic hold on credential application paperwork until the scenario is repeated with zero violations.
Standard met · Safety · Time · Quality/finish · Documentation
TRN-MARI24-06 Trade course

Watchkeeping: Deck and Engine Room Duties

48 hr · $690 COMPLIMENTARY

This course develops the knowledge and practical skills required to stand a safe nautical watch on the bridge and in the engine room in accordance with STCW regulations and the International Regulations for Preventing Collisions at Sea (COLREGs). Students learn proper lookout procedures, helm orders, logbook entries, engine-room rounds, and the responsibilities of the officer of the watch, preparing them directly for the USCG AB and QMED credential requirements related to watchkeeping duties.

Outcomes
Course text

This course develops the knowledge and practical skills required to stand a safe nautical watch on the bridge and in the engine room in accordance with STCW regulations and the International Regulations for Preventing Collisions at Sea (COLREGs). Students learn proper lookout procedures, helm orders, logbook entries, engine-room rounds, and the responsibilities of the officer of the watch, preparing them directly for the USCG AB and QMED credential requirements related to watchkeeping duties.

How the course runs. 5 blocks: STCW Watchkeeping Principles and COLREGs Rules of the Road; Bridge Watch: Helm Orders, Steering, and Compass Work; Engine-Room Rounds, Log Entries, and Machinery Monitoring; Official Logbook Entries and Watch Handover Procedures; Watchkeeping Emergencies: Man Overboard, Collision Avoidance, and Machinery Casualty.

What competent looks like. Apply STCW watchkeeping principles and COLREGs Rules of the Road to maintain a proper lookout and report hazards accurately during a simulated bridge watch. Execute standard helm orders, repeat-back procedures, and course changes while steering by both magnetic and gyrocompass to the AB credential standard. Perform engine-room rounds using a systematic checklist, record machinery readings in the engine-room log, and identify abnormal parameters requiring escalation to the watch engineer. Complete an accurate official deck or engine-room logbook entry, including position, weather, events, and required notations, free of uncorrected errors. Demonstrate proper handover and reliefprocedures for both bridge and engine-room watches, including verbal handover, equipment status briefing, and documentation. Identify and respond to watchkeeping emergencies—including collision avoidance, man-overboard alarm, and machinery casualty—by executing the correct immediate actions and notifications.

Lessons · 5 blocks
#LessonHrTypeObjectiveActivitiesMaterialsCheck
1STCW Watchkeeping Principles and COLREGs Rules of the Road10theoryStudents will correctly explain the STCW watchkeeping principles, identify the applicable COLREGs rules for stand-on and give-way vessels, and state the responsibilities of the officer of the watch and the able seaman on watch.
  1. Instructor-led lecture and discussion on STCW Chapter VIII watchkeeping standards, covering rest requirements, lookout duties, and the chain of command from helmsman to officer of the watch; students annotate their own copy of the STCW Code summary handout.
  2. COLREGs scenario card exercise: pairs of students receive printed scenario cards describing two-vessel situations (crossing, overtaking, head-on) and must correctly identify which COLREGs rules apply, which vessel is stand-on, and what action is required, then justify answers to the class.
  3. Short-answer written quiz (15 questions) covering all STCW watchkeeping principles and the COLREGs rules addressed in the lesson; students score their own papers against the answer key and flag items for review.
STCW 2010 Manila Amendments summary handout, COLREGs full-text (Navigation Rules, COMDTINST M16672.2D), COLREGs scenario cards (instructor-prepared), whiteboard, projector, student notebooksScore of 80% or higher on the 15-question short-answer quiz; any student below 80% reviews missed items with the instructor before the next lesson.
2Bridge Watch: Helm Orders, Steering, and Compass Work10labStudents will accurately execute standard USCG/IMO helm orders, steer a vessel (or simulator) on a designated compass course using both magnetic and gyrocompass, and perform proper course-change and repeat-back procedures without error.
  1. Instructor demonstration at the helm station (ship simulator or training vessel helm console) of standard helm orders (hard over, ease to, meet her, steady, midships) and proper repeat-back protocol; students observe and take notes on correct phrasing and body position.
  2. Supervised rotation at the simulator helm: each student steers a pre-programmed straight-water course for a minimum of 15 minutes, maintaining heading within ±5 degrees, responding to helm orders from the instructor standing as officer of the watch, and performing at least two ordered course changes with full repeat-back.
  3. Compass comparison exercise: students record simultaneous readings from a magnetic compass and gyrocompass at five-minute intervals over a 20-minute period, calculate gyro error, and enter findings in a practice logbook page using correct nautical notation.
Ship-handling simulator or training vessel with functioning helm, magnetic compass, and gyrocompass; USCG helm-order reference card; practice logbook forms; pencils; calculatorSteering assessment rubric: student maintains assigned course within ±5 degrees for at least 10 consecutive minutes, executes all ordered helm commands with correct verbal repeat-back, and calculates gyro error accurately; all three criteria must be met to pass.
3Engine-Room Rounds, Log Entries, and Machinery Monitoring10practiceStudents will conduct a complete engine-room round using a standard checklist, record all required machinery parameters in the engine-room log in the correct format, and correctly identify at least three abnormal readings that would require notification of the watch engineer.
  1. Instructor walkthrough of a training engine room or engine-room simulator, identifying all major machinery stations (main engine, auxiliary engines, boilers/economizers, bilge systems, fuel oil service, cooling water, lube oil) and demonstrating how to read each gauge, meter, and indicator while narrating what a normal range looks like versus an alarm condition.
  2. Student teams of two conduct a timed engine-room round using the provided checklist, reading and recording all parameters on a practice log sheet; the instructor has pre-set three instrument readings outside normal range (without telling students which ones) and students must identify and flag them.
  3. Class debrief: each team presents their flagged abnormal readings and states the correct escalation action (notify watch engineer, prepare for alarm acknowledgment, initiate shutdown procedure); instructor provides corrective feedback and clarifies QMED-level responsibilities versus engineer-officer decisions.
Training engine room or engine-room simulator with functional gauges, engine-room round checklist (instructor-prepared per standard commercial vessel format), practice engine-room log forms, PPE (hearing protection, safety glasses, steel-toed boots), instructor-preset abnormal reading scenario cardsStudent records all required parameters on the log form with no more than one omission; identifies all three pre-set abnormal readings; states correct escalation action for each; log entries use correct units and nautical time format. All criteria required to pass.
4Official Logbook Entries and Watch Handover Procedures10demoStudents will complete a legally acceptable deck or engine-room logbook entry for a simulated watch period and conduct a structured verbal and written watch handover that meets STCW and USCG requirements.
  1. Instructor demonstration of a completed official deck logbook page and engine-room logbook page, explaining each required element—nautical time, position (latitude/longitude or voyage segment), weather (Beaufort scale, sea state, visibility), significant events, fuel consumption notation, signature lines—and common errors that invalidate an entry (white-out, unexplained blank spaces, unsigned corrections).
  2. Students individually complete a full logbook page (deck version and engine-room version on separate forms) from a prepared scenario data sheet describing a four-hour watch; entries are compared against the instructor's answer-key page for format and accuracy.
  3. Paired watch-handover role-play: one student plays the outgoing watch and one plays the incoming watch, using a standardized handover checklist; the outgoing watchstander must verbally brief course, speed, traffic, weather, outstanding orders, and any machinery or deck concerns while the incoming watchstander verifies the logbook entry and signs on; roles are then reversed.
Blank official USCG deck logbook forms and engine-room logbook forms (or approved facsimiles), scenario data sheets (instructor-prepared), answer-key logbook page, watch handover checklist, blue or black ink pens (no pencil for official entries), Bowditch or MarinersHandbook reference as neededLogbook entry contains all required elements in correct format with no uncorrected errors and no use of correction fluid; watch handover role-play covers all checklist items within five minutes; instructor marks each item on the rubric and student must achieve 100% of required logbook elements and 90% of handover checklist items to pass.
5Watchkeeping Emergencies: Man Overboard, Collision Avoidance, and Machinery Casualty8fieldStudents will correctly execute the immediate actions, communications, and documentation required for a man-overboard alarm, a developing collision situation, and a propulsion machinery casualty during a simulated multi-scenario emergency drill.
  1. Tabletop scenario review: the instructor presents three written emergency scenarios (man overboard, close-quarters collision risk, main engine shutdown alarm) and student teams work through the correct immediate-action sequence for each, referencing the ship's standing orders template and STCW emergency procedures; teams present their action sequences to the class for critique.
  2. Simulator or dockside integrated drill: the instructor triggers each emergency in sequence without warning during a live simulated watch; students on watch must announce the emergency using correct radio phraseology (VHF Channel 16 distress call format for MOB), execute the appropriate COLREGs maneuver or emergency stop procedure, and notify the simulated duty officer using proper chain-of-command language.
  3. Post-drill log entry: each student writes the emergency log entries for all three events on official log forms, including the time, nature of casualty, actions taken, personnel notified, and outcome; entries are reviewed in class and compared against the standard.
Ship-handling simulator or training vessel at dock, VHF radio (or training radio), emergency immediate-action cards (MOB, collision avoidance, machinery casualty), official log forms, stop watch, PPE (PFD available for dockside exercises), STCW emergency procedures reference, COLREGsStudent announces correct emergency procedure within 60 seconds of alarm; executes at least 80% of the immediate-action steps in correct order for each scenario as marked on the instructor rubric; completes all three post-drill log entries with time, action, and notification fields correctly filled; any missed critical safety step (failure to call VHF distress, failure to notify duty officer) requires a complete remediation drill before proceeding.
Assessments
AssessmentTypeWeightPass standardMethod & rubric
Watchkeeping Rules and Regulations Written ExamWritten exam25%80% or higher (40 of 50 questions correct)A 50-question multiple-choice and short-answer exam covering STCW watchkeeping principles, COLREGs rules of the road, USCG AB and QMED watchkeeping duty requirements, logbook standards, and chain-of-command responsibilities; questions are drawn from the same content domains tested on the USCG credential examinations for AB and QMED.
Standard met · Safety · Time · Quality/finish · Documentation
Practical Watchkeeping Skills DemonstrationSkills demonstration45%Instructor rubric score of 90% or higher with no critical safety steps missedThe student stands a 20-minute simulated bridge or engine-room watch, executing helm orders, conducting an engine-room round, completing a logbook entry, and performing a formal watch handover while the instructor scores performance on a rubric covering accuracy, communication, and procedure compliance; any omission of a STCW-required safety action results in automatic failure and mandatory remediation.
Standard met · Safety · Time · Quality/finish · Documentation
Watchkeeping Lab LogLog15%All five lesson lab log entries submitted and graded satisfactory (no required element missing, no uncorrected errors)Students maintain a cumulative lab log throughout the course, with one entry per lesson documenting the watch activities performed, machinery parameters recorded, abnormal readings identified, and reflections on correct procedure; each entry is reviewed by the instructor and returned with feedback before the next lesson.
Standard met · Safety · Time · Quality/finish · Documentation
Emergency Watch Safety CheckSafety audit15%100% of critical immediate-action steps completed correctly across all three emergency scenarios with no coachingA final unannounced emergency drill in which the student must independently respond to all three emergency scenarios (man overboard, collision risk, machinery casualty) during a simulated watch, demonstrating correct alarms, communications, COLREGs actions, and post-event log entries without instructor prompting; failure on any critical safety step requires full remediation before the student may progress to the Capstone course.
Standard met · Safety · Time · Quality/finish · Documentation
TRN-MARI24-07 Capstone

Maritime Capstone: Integrated Seamanship and Engineering Project

72 hr · $720 COMPLIMENTARY

Students integrate deck and engine competencies from all prior courses into a single, ship-realistic scenario that requires them to plan a voyage watch, respond to a simulated emergency, and perform and document basic engine-room maintenance. The capstone culminates in a formal project report and an oral defense before a panel of program instructors, mirroring the documentation and accountability standards required aboard a commercial vessel.

Outcomes
Course text

Students integrate deck and engine competencies from all prior courses into a single, ship-realistic scenario that requires them to plan a voyage watch, respond to a simulated emergency, and perform and document basic engine-room maintenance. The capstone culminates in a formal project report and an oral defense before a panel of program instructors, mirroring the documentation and accountability standards required aboard a commercial vessel.

How the course runs. 4 blocks: Voyage Planning and Watch Turnover Simulation; Integrated Emergency Response Drill and Debrief; Engine-Room and Deck Maintenance with Hazard Documentation; Portfolio Assembly, Oral Defense, and Self-Assessment.

What competent looks like. Plan and document a complete navigational watch turnover using proper log entries, chart work, and bridge resource management principles consistent with STCW watchkeeping standards. Execute and document a shipboard emergency response drill—including muster, fire or flooding containment, and casualty first aid—applying STCW Basic Safety competencies under instructor observation. Perform and record at least two engine-room or deck maintenance tasks (e.g., valve inspection, bilge pump check, line maintenance) using correct lockout/tagout procedures and required PPE, producing written job hazard analyses. Compile a complete voyage and maintenance portfolio that includes log pages, hazard analyses, maintenance records, and an emergency response debrief, formatted to U.S. Coast Guard and company SMS standards. Defend project decisions and documentation in a structured oral examination, demonstrating the ability to explain seamanship and engineering rationale to a professional audience. Self-assess performance against USCG AB, USCG QMED, and STCW Basic Training competency tables and identify areas for continued improvement before the Certification Exam Preparation course.

Lessons · 4 blocks
#LessonHrTypeObjectiveActivitiesMaterialsCheck
1Voyage Planning and Watch Turnover Simulation18labStudents plan a coastal voyage segment, complete all required pre-watch documentation, and conduct a formal watch turnover using bridge equipment and paper charts, meeting STCW Table A-II/1 watchkeeping standards.
  1. Working in pairs, students plot a coastal route on a NOAA chart (or electronic equivalent), identify hazards, compute set and drift, and record the plan in a voyage planning worksheet using the SOLAS-aligned format introduced in Course 6.
  2. Each student verbally briefs their partner using the standard watch-turnover checklist (vessel position, heading, speed, traffic, weather, standing orders, outstanding deficiencies), while the instructor scores both the briefer and the receiver on checklist completeness.
  3. Students complete a deck logbook page for a two-hour simulated watch, entering required fields (position fixes at intervals, weather observations, communications, course and speed changes) and submit it for instructor markup against a master key.
NOAA charts (current edition), parallel rulers, dividers, course plotter, ship's compass rose overlay, simulated bridge console or desktop navigation software (e.g., OpenCPN for training), voyage planning worksheet, blank deck log forms, Bowditch American Practical Navigator (reference), STCW 2010 Manila Amendments (Table A-II/1 extract)Instructor scores the voyage plan and log page against a 20-point rubric (route accuracy, hazard identification, log completeness, watch-turnover content); pass mark is 15/20 (75%). Watch turnover must include all mandatory checklist items or student repeats the activity.
2Integrated Emergency Response Drill and Debrief18fieldStudents execute a full shipboard emergency scenario—including general alarm response, muster, fire or flooding control action, and first-aid management of a simulated casualty—and produce a written after-action debrief that identifies what went right, what failed, and corrective actions, satisfying STCW Basic Safety competency areas for fire prevention, survival craft, and elementary first aid.
  1. Instructor activates a surprise general-alarm scenario (fire in the engine room or flooding in a lower compartment); students don required PPE, muster at the designated station, account for all persons on the muster list, and report to the designated officer within the time limit established in the vessel's muster list format used throughout Courses 2–5.
  2. Students rotate through three stations during the drill: (1) fire hose deployment and extinguisher use on a controlled prop-fire or Class B simulator, (2) boundary cooling and smoke-tight closure of a simulated watertight door, and (3) first-aid management of a simulated burn casualty including primary survey, burn dressing, and documentation of treatment on a standard first-aid report form.
  3. Within one hour of drill completion, each student writes a structured after-action report covering timeline, actions taken at each station, deviations from the muster list or emergency plan, root causes of any failures, and three corrective actions with assigned responsible parties.
Full PPE ensemble (coveralls, hard hat, steel-toed boots, gloves, safety glasses), SCBA or EEBD units (training grade), fire hose and nozzle, portable CO2 and dry-chemical extinguishers (training units), controlled burn prop or Class B fire simulator, simulated watertight door, first-aid kit (burn dressings, bandages, gloves), muster list form, first-aid report form, STCW Basic Safety competency table (Courses 2–5 reference packets)Instructor uses a pass/fail drill observation checklist (mandatory items: PPE donned correctly, muster completed within time limit, correct extinguisher selected, primary survey steps performed in order, after-action report submitted). All mandatory items must be checked PASS; any mandatory fail requires one remediation attempt before project grade is assigned.
3Engine-Room and Deck Maintenance with Hazard Documentation18practiceStudents perform two assigned maintenance tasks—one engine-room (e.g., centrifugal pump strainer cleaning or bilge system function check) and one deck (e.g., mooring line inspection and end-for-end or hawser log entry, or block and tackle lubrication)—applying lockout/tagout procedures, completing written job hazard analyses, and producing maintenance records in the format required for USCG QMED and AB credential areas.
  1. Before touching any equipment, each student identifies all energy sources for their assigned engine-room task, applies the program's LOTO procedure (isolation, lockout, tag, verify zero energy), and has their LOTO verified by the instructor before work begins; the student then cleans and inspects the pump strainer or tests bilge system valves and records findings on a manufacturer-style maintenance log sheet.
  2. Students complete a written Job Hazard Analysis (JHA) for each task using the three-column format (task step / hazard / control measure) practiced in Course 1, referencing relevant OSHA General Industry or Maritime standards for confined-space awareness, chemical handling (bilge cleaner), or mechanical stored energy as applicable.
  3. For the deck task, students inspect 15 meters of mooring line for chafe, broken fibers, heat damage, and end fittings per standard seamanship references, record findings in a rigging inspection log, and make a go/no-go recommendation with written justification; instructor compares findings to a pre-staged defect key.
Centrifugal pump or bilge pump training unit, strainer basket, appropriate hand tools, LOTO kit (padlocks, hasp, lockout tags, danger tags), zero-energy verification meter, bilge system valve manifold (training rig), mooring line sample (pre-staged with defects), rigging inspection log form, JHA form, maintenance log template, manufacturer equipment manual (relevant section), Chapman Piloting & Seamanship (deck reference), OSHA 29 CFR 1915 subpart F reference sheetInstructor verifies LOTO compliance before work begins (go/no-go gate—no LOTO verification = no work). Maintenance log and JHA are scored on a 10-point rubric each (accuracy of findings, correct hazard identification, appropriate controls cited); pass mark is 7/10 on each document. Rigging go/no-go recommendation must match instructor key on all pre-staged defects to pass.
4Portfolio Assembly, Oral Defense, and Self-Assessment18theoryStudents compile all capstone work products into a complete, organized voyage and maintenance portfolio, deliver a 10-minute oral defense before a two-instructor panel, and complete a structured self-assessment mapped to USCG AB, USCG QMED, and STCW Basic Training competency tables.
  1. Students assemble their full portfolio in the required order—cover sheet with vessel information and student credentials, voyage plan and deck log, emergency drill after-action report, two JHAs, two maintenance records, and rigging inspection log—verify that each document meets the formatting checklist distributed in week one of the capstone, and submit to the instructor 48 hours before their scheduled oral defense.
  2. Each student presents a 10-minute defense to the panel covering: (1) one key seamanship decision from the voyage planning lesson and its rationale, (2) one lesson learned from the emergency drill, and (3) one maintenance finding and its safety implication; the panel then asks up to five follow-up questions drawn from STCW Basic Training, USCG AB, and USCG QMED competency areas, and the student must answer in plain, professional language.
  3. Students complete a two-page self-assessment form that maps each capstone activity to a specific competency in the STCW Manila Amendments tables, the USCG AB application checklist, and the USCG QMED application checklist, rating their own proficiency (needs work / meets standard / exceeds standard) and writing one action item per competency area rated 'needs work' to address before Course 9.
Portfolio binder or organized digital folder, formatting checklist, self-assessment form with STCW/AB/QMED competency mapping table, oral defense scoring rubric, presentation area with table for panel (two instructors), STCW 2010 Manila Amendments (full text reference), USCG NMC AB and QMED application checklists (current NMC publication), whiteboard or flip chart for student use during defensePortfolio earns a pass if all required documents are present, each document passes its individual rubric from Lessons 1–3, and formatting checklist is 100% complete. Oral defense is scored on a 15-point panel rubric (clarity 5 pts, technical accuracy 5 pts, professionalism 5 pts); pass mark is 11/15 (73%). Self-assessment is scored pass/fail for completeness (all competency rows filled, at least one action item per 'needs work' rating); incomplete self-assessments are returned for revision before the course grade is finalized.
Assessments
AssessmentTypeWeightPass standardMethod & rubric
Integrated Capstone ProjectProject60%All four lesson-level pass marks must be met; an overall project score of 75% or higher on the combined rubric points from Lessons 1–4 is required to pass the course.The capstone project is the aggregate of all work products produced across Lessons 1–4: the voyage plan and deck log, the emergency drill after-action report, the two JHAs, the two maintenance records, and the rigging inspection log. Each document is scored against its individual rubric; scores are summed and the student must meet both the per-document pass marks and the 75% combined threshold to demonstrate integrated maritime competence.
Meets specification · Within estimate · Workmanship · Safety · Documentation
Voyage and Maintenance PortfolioPortfolio20%Portfolio formatting checklist must be 100% complete; all individual documents must have passed their respective lesson rubrics; portfolio is returned for correction if any section is missing or fails the format check.The portfolio is a single, organized collection of all capstone documents assembled in the required order with a cover sheet and competency cross-reference index. It demonstrates the student's ability to produce the kind of complete, traceable paperwork that USCG inspectors, port state control officers, and maritime employers expect from AB- and QMED-credentialed mariners.
Completeness · Organization · Evidence quality
Oral DefenseOral / panel20%Student must score 11 out of 15 points on the panel rubric (clarity, technical accuracy, professionalism) and answer panel follow-up questions without critical factual errors on mandatory safety topics (fire, flooding, LOTO); a critical error on any mandatory safety topic requires a second defense attempt.The oral defense is a 10-minute structured presentation followed by up to five panel questions, conducted before two program instructors acting as a maritime employer review board. It assesses the student's ability to explain and justify professional decisions in plain language, a skill tested implicitly in USCG credentialing interviews and required daily aboard commercial vessels.
Explains decisions · Answers technical questions · Professional communication
TRN-MARI24-08 Externship / clinical

Externship / Worksite Placement – Maritime Deck and Engine Operations

108 hr · $430 COMPLIMENTARY

Students complete 108 supervised hours aboard a commercial vessel or at a licensed maritime facility, applying deck and engine watchkeeping skills under the direct oversight of a credentialed mariner or port supervisor. Placement experience is documented in a structured sea-service logbook and evaluated by the worksite supervisor using a standardized competency rubric aligned to STCW Basic Training, USCG AB, and USCG QMED credential requirements.

Outcomes
Course text

Students complete 108 supervised hours aboard a commercial vessel or at a licensed maritime facility, applying deck and engine watchkeeping skills under the direct oversight of a credentialed mariner or port supervisor. Placement experience is documented in a structured sea-service logbook and evaluated by the worksite supervisor using a standardized competency rubric aligned to STCW Basic Training, USCG AB, and USCG QMED credential requirements.

How the course runs. 4 blocks: Placement Orientation and Worksite Safety Verification; Deck Operations Watchkeeping and Seamanship Tasks (AB Pathway) / Engine-Room Rounds and Machinery Monitoring (QMED Pathway); Logbook Completion and Documentation Quality Review; Final Supervisor Evaluation and Program Transition Debrief.

What competent looks like. Perform assigned deck or engine watchkeeping duties safely and without prompting under the supervision of a credentialed mariner for a minimum of 108 documented hours. Demonstrate compliance with vessel safety procedures, including PPE use, lockout/tagout protocols, and emergency muster responsibilities, as observed and rated satisfactory by the site supervisor. Apply navigation and lookout skills (AB pathway) or engine-room rounds and basic machinery monitoring (QMED pathway) in a live operational environment. Maintain a complete, accurate sea-service logbook recording tasks performed, equipment operated, safety observations, and supervisor feedback for every shift. Receive a final employer evaluation rating of satisfactory or higher on all rubric competency categories, including safety behavior, task performance, communication, and professionalism. Identify at least three workplace situations encountered during externship that connect to specific STCW, AB, or QMED credential exam areas and explain the connection in a post-placement reflection.

Lessons · 4 blocks
#LessonHrTypeObjectiveActivitiesMaterialsCheck
1Placement Orientation and Worksite Safety Verification9fieldStudents will complete the host employer's vessel or facility safety orientation, verify their own PPE readiness, identify emergency stations and muster points, and confirm their logbook documentation system with their site supervisor before performing any operational tasks.
  1. Attend the host employer's required safety briefing, site-specific hazard review, and vessel familiarization tour; sign the employer's safety acknowledgment form and record all emergency contact numbers and muster station assignments in the logbook.
  2. Conduct a personal PPE inspection with the supervisor—checking immersion suit fit, hard hat, steel-toed boots, high-visibility vest, and any required respiratory protection—and correct any deficiencies before beginning watch duties.
  3. Review the vessel's Safety Management System (SMS) or facility emergency procedures with the supervisor, locate the nearest fire extinguisher stations, life ring positions, and first-aid kit, and record the locations with a hand-drawn sketch in the logbook.
Approved PPE kit (immersion suit, hard hat, steel-toed boots, high-visibility vest), employer safety orientation packet, student sea-service logbook, SMS or facility emergency procedures document, STCW Basic Safety certificate copy for supervisor verificationSupervisor signs the Placement Orientation Checklist confirming all items completed; logbook entry for orientation day is complete and legible; pass standard is all checklist items marked complete and supervisor signature obtained before student begins watchstanding hours.
2Deck Operations Watchkeeping and Seamanship Tasks (AB Pathway) / Engine-Room Rounds and Machinery Monitoring (QMED Pathway)63fieldStudents will perform assigned watch duties—lookout, helm, mooring line handling, and deck maintenance for the AB pathway, or engine-room rounds, log readings, fuel and oil transfers, and auxiliary machinery checks for the QMED pathway—consistently meeting the quality and safety standards set by the supervising credentialed mariner across a minimum of 21 documented shifts.
  1. Complete each assigned watch or work period (minimum 3 hours per shift) under direct supervision, carrying out tasks as directed, reporting any observed hazards immediately to the watch officer or engineer, and recording task details, equipment used, and any safety events in the logbook at the end of each shift.
  2. Participate in at least two emergency drills (fire, man-overboard, or abandon-ship) scheduled by the host employer during the placement period, fulfilling the assigned muster role and documenting the drill type, date, and personal actions taken in the logbook.
  3. Receive a mid-placement verbal performance review from the supervisor at approximately the halfway point (around shift 10–11); address any areas of concern identified, adjust performance accordingly, and note the feedback and corrective actions taken in the logbook.
Student sea-service logbook, employer watchkeeping assignment sheet, appropriate hand tools (marlinspike, paint scraper, grease gun, or engine-room toolkit as assigned), relevant vessel stability or machinery operating manuals available on site, USCG AB or QMED credential checklist for referenceSupervisor rates each week of work using the program's Employer Competency Rubric (scale of 1–4 per category); pass standard is an average score of 3 or higher across safety behavior, task performance, and communication by the end of lesson 2, with no category rated 1 at any weekly review.
3Logbook Completion and Documentation Quality Review18practiceStudents will review all logbook entries made during watchkeeping shifts, correct any incomplete or illegible records in consultation with their supervisor, and produce a complete, chronological sea-service log suitable for submission to the USCG National Maritime Center as supporting documentation for AB or QMED credentialing.
  1. Conduct a page-by-page self-audit of the logbook against the program's Logbook Completeness Checklist, ensuring every shift entry includes date, vessel or facility name, hours worked, tasks performed, equipment operated, and supervisor initials; flag any missing items and obtain corrections from the supervisor before the final evaluation meeting.
  2. Draft the post-placement written reflection (minimum 500 words) identifying at least three specific situations encountered during externship that connect to STCW, AB, or QMED exam content areas, explaining what was observed, what regulation or procedure applied, and what was learned; attach the reflection to the back of the logbook.
  3. Meet with the site supervisor for a final structured debrief using the program's exit interview guide, discussing strengths demonstrated, areas for continued growth, and the supervisor's overall performance rating; record key feedback points verbatim in the logbook's final entry.
Completed student sea-service logbook, Logbook Completeness Checklist, program Employer Competency Rubric, post-placement reflection writing guide, employer exit interview guide, pen and correction fluid or tape (no erasure of original entries permitted—errors must be single-lined and initialed per maritime record standards)Instructor reviews the logbook against the Completeness Checklist before accepting it for final assessment; pass standard is 100% of required fields present and legible, all entries supervisor-initialed, and the reflection attached; any missing entries must be resolved within 48 hours or the student repeats the affected shifts.
4Final Supervisor Evaluation and Program Transition Debrief18fieldStudents will receive and discuss their completed Employer Competency Rubric scores with their site supervisor and the program instructor, confirm that documented hours meet USCG sea-service requirements, and identify specific credential exam areas to prioritize in the Certification Exam Preparation course.
  1. Participate in a three-way meeting (student, site supervisor, and program instructor or designated coordinator) in which the supervisor presents the final Employer Competency Rubric scores, explains ratings for each category, and the student responds with a self-assessment comparing their own perceptions to the supervisor's ratings.
  2. Review the total documented sea-service hours against the current USCG National Maritime Center sea-service requirements for AB and QMED applications, confirm that all required voyage record fields are present, and identify any additional documentation (vessel official number, ship's company statement) the student must obtain before applying.
  3. Complete a structured credential-gap analysis worksheet listing each STCW, AB, and QMED exam domain alongside the externship tasks that reinforced it and the domains that received less practical exposure, then share the worksheet with the program instructor to inform priority areas for Course 9 Exam Preparation.
Completed Employer Competency Rubric, finalized student sea-service logbook, USCG National Maritime Center sea-service documentation guidance (current NMC published requirements), credential-gap analysis worksheet, STCW/AB/QMED exam domain outline from Course 9Instructor confirms the final rubric average meets the passing standard (3 out of 4 or higher across all categories, no category rated 1) and that the credential-gap analysis worksheet is complete; pass standard requires both conditions met; students who do not meet the rubric threshold must complete additional supervised hours arranged by the program coordinator before advancing to Course 9.
Assessments
AssessmentTypeWeightPass standardMethod & rubric
Employer Competency Skills Demonstration (Skills Demo)Skills demonstration70%An average score of 3 or higher on a 4-point scale across all rubric competency categories (safety behavior, task performance, communication, and professionalism) on the final Employer Competency Rubric, with no individual category rated 1 at the time of the final evaluation.The host employer's credentialed supervisor observes the student performing assigned deck or engine watchkeeping duties across the full 108-hour placement and completes the program's standardized Employer Competency Rubric at the end of the placement. This rubric is the primary performance record and is reviewed jointly by the student, supervisor, and program instructor at the final debrief meeting.
Competency · Safety · Attendance · Conduct · Initiative
Sea-Service Logbook and Post-Placement Reflection (Lab Log)Log30%Logbook passes the program's Completeness Checklist audit with 100% of required fields present, all entries supervisor-initialed, no uncorrected blank entries, and a post-placement reflection of at least 500 words attached that correctly links a minimum of three externship experiences to specific STCW, AB, or QMED credential exam areas.The student submits the fully completed sea-service logbook, covering all shifts worked during the 108-hour externship and corrected per maritime record standards (single-line strikethrough with initials, no erasure), together with the written post-placement reflection. The instructor evaluates both documents for completeness, accuracy, professional presentation, and the quality of the credential connection analysis in the reflection.
Complete · Verified
TRN-MARI24-09 Exam prep

Certification Exam Preparation: STCW Basic Training, USCG AB, and USCG QMED

30 hr · $300 COMPLIMENTARY

This 30-hour course systematically reviews every tested knowledge domain for the STCW Basic Training certificate, the USCG Able Seaman (AB) credential, and the USCG Qualified Member of the Engine Department (QMED) credential. Students complete mapped content reviews, timed practice question sets, and two full-length mock examinations under realistic testing conditions. The course builds exam stamina, identifies individual knowledge gaps, and reinforces test-taking strategies so graduates are ready to sit official credentialing assessments with confidence.

Outcomes
Course text

This 30-hour course systematically reviews every tested knowledge domain for the STCW Basic Training certificate, the USCG Able Seaman (AB) credential, and the USCG Qualified Member of the Engine Department (QMED) credential. Students complete mapped content reviews, timed practice question sets, and two full-length mock examinations under realistic testing conditions. The course builds exam stamina, identifies individual knowledge gaps, and reinforces test-taking strategies so graduates are ready to sit official credentialing assessments with confidence.

How the course runs. 4 blocks: STCW Basic Training Exam Domain Review; USCG AB and QMED Exam Domain Review; Test-Taking Strategy, Application Process, and Targeted Remediation; Full-Length Mock Examinations and Debrief.

What competent looks like. Correctly answer practice questions covering all STCW Basic Training competency areas—personal survival, fire prevention and firefighting, elementary first aid, and personal safety and social responsibilities—at a rate of 70% or higher. Demonstrate command of USCG AB exam content areas including rules of the road (COLREGS), marlinespike seamanship, deck watchkeeping duties, anchoring and mooring, and cargo handling principles at a rate of 70% or higher on timed practice sets. Demonstrate command of USCG QMED exam content areas including engine-room watchkeeping, auxiliary machinery operation, basic electricity, pumps and piping systems, and environmental regulations at a rate of 70% or higher on timed practice sets. Apply time-management and question-elimination strategies to complete a full-length, timed mock examination within the allotted period and achieve a passing score. Identify personal weak areas from diagnostic and mock-exam data and construct a targeted self-study plan to address remaining gaps before sitting official credential exams. Complete required application paperwork steps for USCG National Maritime Center credentialing and STCW endorsement, correctly identifying necessary sea-service documentation, medical certificate requirements, and training certificates.

Lessons · 4 blocks
#LessonHrTypeObjectiveActivitiesMaterialsCheck
1STCW Basic Training Exam Domain Review7theoryStudents will correctly identify the four STCW Basic Training competency areas and answer mapped practice questions in each area at 70% or better.
  1. Instructor leads a structured content walkthrough of all four STCW competency tables—personal survival techniques, fire prevention and firefighting, elementary first aid, and personal safety and social responsibilities—using the IMO STCW Code (Manila Amendments) as the reference document; students annotate a competency checklist.
  2. Students complete four timed 20-question diagnostic quizzes (one per competency area) drawn from USCG-style question stems, then score and record results on an individual gap-tracking sheet.
  3. Small-group discussion: groups compare lowest-scoring items, locate the relevant STCW table entry, and write a one-sentence plain-language explanation of each missed concept before sharing with the class.
IMO STCW Code (consolidated edition, current Manila Amendments), USCG STCW endorsement guidance documents, printed or digital STCW practice question bank, individual gap-tracking worksheets, whiteboardEach student scores all four 20-question diagnostic quizzes; instructor reviews gap-tracking sheets and provides written feedback. Minimum threshold: 70% on at least three of four quizzes; students below threshold on any quiz receive a targeted reading assignment before Lesson 3.
2USCG AB and QMED Exam Domain Review9theoryStudents will correctly answer practice questions covering USCG AB deck domains and USCG QMED engine domains at 70% or better, and distinguish which question stems apply to each credential.
  1. Instructor delivers a two-part domain mapping lecture: Part A covers AB exam areas (COLREGS Rules of the Road, basic seamanship and marlinespike, deck watchkeeping, anchoring/mooring, cargo handling terminology, and vessel stability fundamentals); Part B covers QMED exam areas (engine-room watchkeeping, auxiliary machinery including pumps, compressors, and heat exchangers, basic electrical theory, fuel and lubrication systems, and MARPOL pollution prevention); students complete a domain-to-credential sorting activity.
  2. Rotating station practice: students rotate through four timed 25-question practice sets—COLREGS/Rules of the Road, seamanship/cargo, engine-room systems, and electrical/MARPOL—using official-style question stems; each station is 15 minutes with answers reviewed immediately afterward.
  3. Students use their gap-tracking sheets from Lesson 1 alongside new station scores to draft a prioritized self-study list, identifying the top three weak topics per credential, then pair with a classmate studying the opposite track (deck vs. engine) and quiz each other on those topics for 20 minutes.
Chapman Piloting and Seamanship (current edition), USCG Rules of the Road (COLREGS and Inland), USCG National Maritime Center AB and QMED exam topic outlines, MARPOL Annex I and V summary reference, printed practice question sets, gap-tracking worksheets, timerInstructor collects all four station scores and reviews gap-tracking updates; students must reach 70% on at least three of four station sets. Students scoring below 70% on COLREGS specifically complete a Rules of the Road chart exercise as a remediation check before Lesson 3.
3Test-Taking Strategy, Application Process, and Targeted Remediation6demoStudents will apply at least three evidence-based test-taking strategies to a mixed-credential practice set and correctly outline the USCG NMC credentialing application steps required for AB and QMED credentials.
  1. Instructor demonstrates four test-taking strategies using a projected practice question: (1) eliminate obviously wrong distractors, (2) identify key qualifying words such as 'first,' 'always,' 'never,' (3) use system knowledge to reason through unfamiliar equipment questions, and (4) flag and return to uncertain questions; students immediately apply each strategy to five sample questions and discuss reasoning aloud.
  2. Application walkthrough: instructor displays the USCG National Maritime Center online application portal and walks through the required elements for an AB or QMED credential application—sea-service documentation, approved training certificates, TWIC card, physical/medical requirements, and fees—students complete a personal application-readiness checklist identifying what they already have and what still needs to be obtained.
  3. Targeted remediation small groups: using gap-tracking sheets from Lessons 1 and 2, instructor assembles ability-alike groups by weakest domain; each group receives a focused 30-item remediation packet on their gap area, works through it collaboratively, then presents the three most commonly missed concepts to the class with explanations.
USCG National Maritime Center credentialing guidance and application checklist (current), TWIC enrollment information, sample sea-service letter template, mixed 60-question practice set, personal application-readiness checklist handout, projectorStudents submit their completed application-readiness checklist and the 60-question mixed practice set; pass standard is 70% on the practice set and a fully completed application checklist with each item marked present, pending, or action-required. Instructor verifies checklist accuracy in a brief one-on-one review.
4Full-Length Mock Examinations and Debrief8practiceStudents will complete two timed, full-length mock credential examinations under realistic testing conditions and score 70% or higher on at least one, then produce a final self-study action plan.
  1. Mock Exam 1 (day one): students sit a combined STCW/AB/QMED mock examination—approximately 100 questions drawn proportionally from all credential domains—under timed, closed-book, exam-room conditions with no instructor assistance; upon completion, students self-score using an answer key and calculate domain sub-scores.
  2. Structured debrief: instructor reviews the ten most frequently missed items from Mock Exam 1 across the class using a projected answer explanation document; students annotate their personal score sheets with the rule, regulation, or system principle that each missed question tested.
  3. Mock Exam 2 (day two): students sit a second parallel-form 100-question mock examination under the same conditions; after scoring, students write a one-page final self-study action plan that lists remaining weak domains, specific references to review, and a realistic study timeline before their scheduled official exam dates.
Two parallel-form 100-question mock examination packets (printed, sealed until exam start), answer keys with domain tags, timer, scratch paper, individual score tracking sheets, one-page action plan template, USCG exam reference listStudents must score 70% or higher on at least one of the two mock exams to meet the course pass standard; instructor reviews all action plans for specificity and feasibility and returns them with written comments. Any student scoring below 70% on both mocks meets individually with the instructor for a remediation consultation and receives an extended study packet.
Assessments
AssessmentTypeWeightPass standardMethod & rubric
Full-Length Mock Certification ExaminationsMock certification exam100%70% or higher on at least one of the two 100-question mock examinations covering all STCW Basic Training, USCG AB, and USCG QMED credential domains, plus submission of a complete and specific final self-study action plan.Students sit two timed, closed-book, full-length mock examinations (100 questions each) drawn proportionally from all tested credential domains—STCW personal survival, firefighting, first aid, and personal safety; USCG AB Rules of the Road, seamanship, watchkeeping, and cargo; USCG QMED engine-room systems, electricity, and MARPOL—replicating realistic exam conditions. Performance is reported by overall score and by domain sub-score so students and the instructor can confirm readiness or pinpoint final study priorities before official credentialing exams.
Score · Time management
Program completion

External credential: STCW Basic Training; USCG AB; USCG QMED

Students sit the STCW Basic Training assessments administered through U.S. Coast Guard-approved courses, and apply for USCG merchant mariner credentials — Able Seaman (AB) and Qualified Member of the Engine Department (QMED) — through the U.S. Coast Guard National Maritime Center. Pass standard: Credential issued by the body.

Back to Maritime Crew (deck/engine) · How the school gets authority to award these credentials