Introduction to Radiographic Patient Care

Course Description

RTE1111C – Introduction to Radiographic Patient Care is the course where a radiography student learns to take care of patients, as distinct from learning to make images. It is normally taken in the first term of a JRCERT-accredited radiography program, and the C suffix reflects an integrated laboratory in which skills are demonstrated rather than described.

The premise is one that new imaging students often have to absorb: a radiographer is a health care provider who happens to work with equipment, not a technician who happens to encounter patients. Many patients arriving in imaging are frightened, in pain, immobilized, confused, or critically ill, and a technologist who can operate the equipment but cannot assess, position, transfer, and communicate with those patients safely is not employable.

Content covers the health care setting and the radiographer's role; professional and ethical conduct, the ARRT Standards of Ethics, and patient rights; HIPAA and confidentiality; communication with patients across age, culture, language, and condition; patient assessment — vital signs, level of consciousness, and recognizing deterioration; infection control — the chain of infection, standard precautions, isolation, and sterile technique; patient transfer and body mechanics; immobilization and positioning aids; care of patients with tubes, lines, and drains — oxygen delivery, IV lines, catheters, chest tubes, and ostomies; medical emergencies in the imaging department — syncope, shock, seizure, diabetic emergencies, and cardiac arrest; contrast media — types, administration routes, patient preparation, and recognizing and responding to reactions; pharmacology basics and venipuncture where the program includes it; medical-legal considerations — consent, negligence, and documentation; and trauma, mobile, and surgical patient care considerations.

Offered at approximately 12 Florida institutions with JRCERT-accredited radiography programs.

Learning Outcomes

Required Outcomes

• Describe the radiographer's role and scope within the health care team.
• Apply the ARRT Standards of Ethics to professional conduct.
• Apply HIPAA privacy and security requirements to imaging practice.
• Communicate effectively with patients across age, culture, language, and cognitive status.
• Obtain a relevant clinical history and verify patient identity and examination order.
• Measure and interpret vital signs and recognize abnormal findings.
• Recognize signs of patient deterioration and initiate an appropriate response.
• Apply standard precautions, hand hygiene, and personal protective equipment correctly.
• Apply transmission-based precautions and manage an isolation patient in imaging.
• Demonstrate sterile technique and maintain a sterile field.
• Transfer patients safely using correct body mechanics and appropriate assistance.
• Apply immobilization devices and positioning aids safely.
• Care for patients with oxygen delivery systems, IV lines, catheters, drains, and ostomies.
• Recognize and respond to medical emergencies occurring in the imaging department.
• Describe contrast media types, routes, patient preparation, and contraindications.
• Recognize contrast reactions by severity and describe the appropriate response.
• Describe informed consent, negligence, and documentation requirements.
• Modify patient care for trauma, pediatric, geriatric, and critically ill patients.

Optional Outcomes

• Perform venipuncture where included in the program's scope.
• Describe basic pharmacology relevant to imaging.
• Describe care of the patient with mental health or behavioral needs.
• Describe end-of-life care considerations and death in the department.
• Describe cultural competence and health literacy in patient communication.
• Describe the electronic health record and radiology information systems.

Major Topics

Required Topics

• The health care environment — settings, team roles, and the imaging department.
• Professional ethics — ARRT Standards of Ethics, patient rights, and scope of practice.
• Legal considerations — consent, negligence, liability, and documentation.
• HIPAA — privacy, security, and permissible disclosure.
• Patient communication — instruction, reassurance, and barriers.
• Patient assessment — history, vital signs, and recognizing distress.
• Infection control — chain of infection, standard and transmission-based precautions.
• Asepsis — medical and surgical asepsis and sterile field management.
• Body mechanics and transfer — lifting, sliding, wheelchair and stretcher transfers.
• Immobilization — devices, pediatric immobilization, and restraint considerations.
• Oxygen and airway — delivery devices, flow rates, and safety.
• Tubes, lines, and drains — IV, urinary catheter, chest tube, NG tube, and ostomy care.
• Medical emergencies — syncope, shock, seizure, hypoglycemia, respiratory and cardiac arrest.
• Contrast media — ionic and non-ionic, routes, preparation, and contraindications.
• Contrast reactions — mild, moderate, severe; recognition and emergency response.
• Special populations — pediatric, geriatric, bariatric, trauma, and critical care patients.
• Mobile and surgical imaging — patient care in those environments.
• Laboratory — skills demonstration and competency checkoff.

Optional Topics

• Venipuncture and IV access.
• Pharmacology for imaging.
• Behavioral health considerations.
• End-of-life care.
• Cultural competence and health literacy.
• EHR and radiology information systems.

Resources & Tools

• Introduction to Radiologic Sciences and Patient Care (Adler & Carlton), Elsevier — the standard text for this course.
• Patient Care in Radiography (Ehrlich & Coakes), Elsevier — the other common adoption.
• ARRT Standards of Ethics — free; the operative professional conduct standard and examinable content.
• ASRT Practice Standards for Medical Imaging — scope of practice definitions.
• CDC — hand hygiene, standard precautions, and isolation guidance; free.
• ACR Manual on Contrast Media — free and authoritative on contrast reactions and premedication.
• Skills laboratory — transfer equipment, wheelchairs, stretchers, oxygen apparatus, IV arms, and manikins.
• BLS for Healthcare Providers — AHA or Red Cross certification, commonly required in the same term.
• Florida Department of Health, Bureau of Radiation Control — state certification requirements.

Career Pathways

• Radiologic Technologist (SOC 29-2034) — the credential this program leads to.
• Advanced modality technologist — CT, MRI, mammography, or interventional, via ARRT post-primary certification.
• Surgical and mobile radiographer — where the patient care content is most directly exercised.
• Interventional and cardiovascular radiographer — sterile technique and patient monitoring are daily requirements.
• Clinical instructor — with experience and often a bachelor's degree.
• Florida health systems — AdventHealth, Orlando Health, BayCare, HCA Florida, and Baptist Health hire continuously.

Special Information

⚠ In Florida health programs, count contact hours rather than credits

Broward College's radiography table gives exact figures, and the pattern is consistent across the whole RTE curriculum — lecture runs about 16 contact hours per credit while laboratory runs about 32, and clinical runs far higher still:

A 2-credit clinical course occupying 256 hours is the extreme case, and it is why students building a schedule from credit counts alone badly underestimate a radiography term. The same rule holds in nursing (NUR1020L, 2 cr / 112 hrs), dental hygiene (DEH2806L, 4 cr / 192 hrs), and sonography. Compare contact hours, never credits.

This is the course that decides whether a student belongs in imaging

Students frequently enter radiography drawn by the technology and are surprised by how much of the first term is patient care. That emphasis is deliberate and accurate: technologists spend their days with sick, frightened, and sometimes uncooperative people, and the equipment is the easy part. A student who finds the patient contact uncomfortable should learn that in the first term rather than in clinical, when far more has been invested.

Contrast reactions are the highest-stakes content

Radiographers administer or assist with contrast media routinely, and reactions occur. Recognizing the difference between a mild reaction, a moderate one requiring intervention, and anaphylaxis — and knowing what to do in the first sixty seconds of each — is genuinely life-safety content. The ACR Manual on Contrast Media is free, authoritative, and worth reading beyond the assigned chapters.

Isolation and sterile technique are tested by demonstration

The laboratory component assesses performance, not description. Donning and doffing PPE in the correct order, maintaining a sterile field while positioning, and transferring a patient with an IV and oxygen without dislodging anything are psychomotor skills that improve only with repetition. Programs provide open lab time; the students who use it pass checkoffs on the first attempt.

Clinical clearances must be started immediately

Before entering a clinical facility a student needs a Level 2 background screening under Chapter 435, F.S., drug screening, documented immunizations including annual influenza, a physical examination, healthcare-provider CPR certification, and liability insurance. These take weeks and cost money, and a delay in any one costs clinical days that must be made up. Start them the moment the acceptance letter arrives.

Florida requires state licensure in addition to ARRT certification

Practicing in Florida requires a Florida Department of Health certification issued by the Bureau of Radiation Control, separate from and in addition to ARRT registration. Both are required, they renew on different schedules, and the state credential is what authorizes practice in Florida. Confirm also that the program is JRCERT-accredited, since ARRT eligibility depends on it.

Numbering and configuration

The course appears as combined RTE1111C or as RTE1111 (3 credits, lecture) plus RTE1111L (1 credit, laboratory), which is Broward's configuration. Where split, the lecture alone does not satisfy a requirement specifying both. SCNS equivalency applies to the same number at the same level, never across numbers. Radiography programs are cohort-based, sequential, and limited-access, so mid-program transfer is rarely practical regardless of numbering.