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newSchoolWorks.com › VoTechWorks › Health & Personal Services › Limited X-Ray / Radiologic Technology › Patient Care in Radiologic Technology › Lesson 12
HLT-RADI64-05 · Lesson 12 · 25 clock hours · lab

Integrated Patient Care Simulation: Full Imaging Encounter

Objective. Students will execute a complete, safe patient care encounter from reception through post-procedure—integrating assessment, communication, infection control, transfer, contrast screening, documentation, and emergency readiness—demonstrating entry-level competency.

⚠ Pending professional review

This lesson, its worked examples and its practice questions has not yet been verified by a licensed clinician in the field or by a certification or approval body. It is a study draft and may contain errors. Do not use it to make decisions about any patient or medication. Always follow your instructor, your supervising professional, and current official references and regulations.

VoTechWorks program approval and accreditation are still in progress. Credentials are issued only by the certifying bodies named in each program, after their own exams.

What This Lab Is About

This simulation lab brings together every patient care skill you have built during this course. You will conduct a complete imaging encounter from the moment a patient arrives until the procedure is documented and the room is ready for the next patient. Nothing is left out. This is your rehearsal for real clinical practice—and for the competency standard expected by the ARRT and by state licensing boards.

The Full Imaging Encounter: A Sequence You Must Own

A safe imaging encounter follows a consistent sequence. Skipping or rushing any step creates risk for the patient and for you.

1. Reception and Patient Identification

Greet the patient by name, introduce yourself, and state your role. Confirm identity using at least two patient identifiers—name and date of birth are standard. Never assume you have the right patient based on room assignment alone. Check the requisition or order against the patient's stated identifiers.

2. History and Assessment

Obtain a focused history relevant to the imaging procedure. Ask about allergies (especially to iodinated contrast media or latex), current medications, pregnancy status for female patients of childbearing age, and any conditions that affect positioning or cooperation. Assess mobility, pain level, and mental status. Observe skin color, breathing, and general appearance. Document what you find.

3. Vital Signs

Measure and record baseline vital signs when indicated: blood pressure, pulse, respiratory rate, oxygen saturation, and temperature if applicable. Know the normal adult ranges and recognize values that require you to notify a supervising radiographer or physician before proceeding. Abnormal vitals are a pause point, not a reason to hurry.

4. Transfer and Positioning

Select the correct transfer method—ambulatory assist, wheelchair transfer, or stretcher transfer—based on your assessment. Use proper body mechanics, lock wheels, use transfer belts when appropriate, and call for help when needed. Never transfer a patient alone when there is any doubt about safety. Explain each step to the patient before you move them.

5. Pre-Contrast Screening

If the procedure involves contrast media, complete a formal contrast screening before any contrast is drawn or administered. Screen for prior contrast reactions, renal function status, metformin use, thyroid conditions, and other risk factors identified in your program's protocol. Report findings to the radiographer or radiologist. You do not administer contrast as a limited-scope or entry-level student; you assist and document.

6. Procedure Explanation and Informed Communication

Explain the procedure in plain language before it begins. Describe what the patient will see, hear, and feel. Answer questions honestly. For any step you cannot answer, say so and offer to find out. Patients who understand what is happening are less anxious, more cooperative, and safer.

7. Infection Control Throughout

Perform hand hygiene before patient contact, before any clean or sterile procedure, after contact with body fluids or contaminated surfaces, and after removing gloves. Wear personal protective equipment appropriate to the situation. Clean and disinfect the imaging table, positioning aids, and equipment between patients following your facility's protocol. These are not optional steps—they protect both the patient and you.

8. Emergency Readiness

Know where the emergency call button, crash cart, oxygen, and suction are located in your simulation lab and in clinical sites. Recognize signs of contrast reactions (urticaria, bronchospasm, hypotension, loss of consciousness), vasovagal episodes, and respiratory distress. Your role in an emergency is to stay with the patient, activate the emergency response, and assist as directed by licensed personnel. Do not leave an unstable patient alone.

9. Post-Procedure Care and Documentation

After the procedure, assist the patient to a safe position, provide any post-procedure instructions required, and ensure safe transfer or discharge. Complete procedure documentation promptly and accurately: patient name, identifiers, procedure performed, date and time, technologist identification, any complications or notable findings, and contrast details if applicable. Documentation is a legal record—late, incomplete, or inaccurate entries are professional and legal liabilities.

How the Rubric Works

Your instructor will observe your entire simulation using a comprehensive rubric that covers all domains above. A passing score is 80% overall. However, any critical safety error—such as skipping patient identification, failing to screen for contrast allergy, or performing an unsafe transfer—results in automatic remediation regardless of your overall score. You will re-simulate before clinical placement. This policy exists because the same error in clinical practice can harm a real person.

Using Peer Feedback and Self-Reflection

Your peers are practicing observation skills when they complete feedback forms. Receive their input professionally. Self-reflection is not a formality: comparing your simulation performance to the course outcomes in writing forces you to be specific about what you need to improve. Identify two clinical skills to target in your upcoming clinical hours and return to this reflection when those hours are complete.

Key terms8

Patient identifierA piece of information used to confirm that care is being given to the intended patient; standard practice requires at least two identifiers (such as full name and date of birth) before any procedure.
Pre-contrast screeningA structured assessment completed before iodinated or other contrast media is used, identifying risk factors such as prior reactions, renal impairment, allergies, or medications that may interact with contrast.
Transfer techniqueThe method used to move a patient from one surface or device to another (for example, wheelchair to imaging table) in a way that protects both patient and staff from injury.
Vital signsMeasurable physiological values—including blood pressure, pulse, respiratory rate, temperature, and oxygen saturation—that indicate the patient's baseline health status and guide safe procedure planning.
Critical safety errorAn action or omission during a patient care encounter that poses immediate or serious risk of patient harm; in this program, any critical safety error requires remediation and re-simulation before clinical placement.
Hand hygieneThe use of soap and water or an alcohol-based hand rub to reduce microbial load on the hands; a primary infection control measure performed at defined moments before and after patient contact.
Vasovagal episodeA sudden drop in heart rate and blood pressure triggered by stress, pain, or the sight of needles/blood, causing dizziness or fainting; recognized and managed by lowering the patient, elevating the legs if safe, and monitoring closely.
Procedure documentationThe written or electronic record of an imaging encounter, including patient identifiers, procedure performed, date and time, personnel involved, contrast use, and any complications; a legal and professional requirement.
In class: Full-encounter simulation: each student conducts a 30-minute simulated imaging encounter with a standardized patient (peer or program volunteer acting as patient), covering greeting, history, vital signs, transfer, pre-contrast screening, procedure explanation, and post-procedure documentation while instructor observes with a comprehensive rubric. · Peer debrief: observing students complete a structured peer-feedback form identifying two strengths and one improvement area from the simulation; instructor facilitates class-wide synthesis of common findings. · Self-assessment reflection: each student writes a one-page reflection comparing their simulation performance to the course outcomes and identifies two specific clinical skills to target during upcoming clinical hours.
Materials: Full simulation lab setup (imaging table, wheelchair, stretcher, vital-signs equipment, pre-procedure forms, contrast screening checklist, procedure log, simulated contrast tray), comprehensive rubric, peer-feedback forms, reflection prompt sheet
Check: Comprehensive rubric scored by instructor across all patient care domains covered in the course; pass requires 80% overall with no critical safety errors (any critical safety error results in automatic remediation and re-simulation before clinical placement).

Practice check8

Answer each question, then check it. Nothing is recorded; this is your own practice.

Patient Care
1. During patient reception, a radiologic technologist should confirm patient identity using:
Patient Care / Contrast Safety
2. A patient scheduled for a contrast-enhanced study reports a previous allergic reaction to shellfish. The best immediate action is to:
Infection Control / Patient Care
3. Which of the following is the MOST appropriate time to perform hand hygiene before beginning a patient encounter?
Patient Care / Safety
4. A student performing a wheelchair-to-table transfer notices the patient is heavier than expected and feels unsteady. The safest action is to:
Emergency Preparedness / Patient Care
5. After a contrast-enhanced procedure, the patient develops generalized hives and complains of throat tightness. The student's immediate priority is to:
Documentation / Patient Care
6. Which element is REQUIRED in procedure documentation for every imaging encounter?
Radiation Protection / Patient Care
7. A student forgets to ask about pregnancy status before positioning a female patient of childbearing age for a lumbar spine series. On the simulation rubric, this would most likely be scored as:
Professional Practice / Patient Communication
8. During the peer-debrief portion of the simulation lab, a student receives feedback that their procedure explanation was unclear. The most professionally appropriate response is to:
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