Inside St. Christopher’s Radiology School: A Complete Guide

If you’re weighing options for a radiology education that blends cutting‑edge technology with a strong clinical foundation, St. Christopher’s Radiology School often appears at the top of the list. Established over three decades ago, the school has built a reputation for producing technically proficient and patient‑centered imaging specialists. This guide walks you through everything from program structure to career prospects, so you can decide whether the school aligns with your professional goals.

Program Overview

The school offers a two‑year Master of Science in Radiologic Sciences (MSRS) alongside a postgraduate diploma for those who already hold a bachelor's degree in a related health field. Both tracks emphasize a balanced mix of theory, image interpretation, and hands‑on modality training. Classes run on a semester schedule, with summer intensives that let students accelerate specific modules such as MRI safety or interventional techniques.

Accredited by the Commission on Accreditation of Allied Health Education Programs (CAAHEP), the curriculum meets the standards set by the American Registry of Radiologic Technologists (ARRT). Graduates are therefore eligible to sit for the ARRT certification exam immediately upon completion.

Curriculum and Hands‑On Training

Core courses cover anatomy, radiation physics, and patient care, while electives let students dive deeper into subspecialties like neuro‑imaging, pediatric radiology, or musculoskeletal ultrasound. The school’s partnership with three tertiary hospitals provides a robust clinical rotation schedule, ensuring that each student logs at least 1,500 supervised hours across modalities such as:

• Computed Tomography (CT)
• Magnetic Resonance Imaging (MRI)
• Digital Radiography (DR)
• Fluoroscopy and Interventional Radiology

Simulation labs equipped with virtual reality (VR) platforms also supplement real‑world experience, allowing learners to practice emergency scenarios without radiation exposure. Assessment methods combine written exams, practical skills tests, and a capstone project that typically involves a research paper or quality‑improvement initiative within a clinical department.

Admissions and Prerequisites

Prospective students must hold a bachelor’s degree in a health‑related field (e.g., biology, nursing, or allied health) with a minimum 3.0 GPA. A completed prerequisite course in anatomy and physiology, as well as a minimum of 500 clinical hours in any imaging setting, are also required. The application package includes:

• Official transcripts
• Two letters of recommendation (preferably from a radiology professional)
• Personal statement outlining career objectives
• Proof of ARRT eligibility or prior certification, if applicable

Interviews are conducted on a rolling basis, giving applicants the chance to ask detailed questions about faculty expertise, research opportunities, and campus resources.

Faculty and Clinical Partnerships

Faculty members blend academic credentials with active clinical practice. Dr. Maya Patel, the program director, holds a PhD in Medical Imaging and spends two days a week in the interventional suite at St. Christopher’s affiliated hospital. This dual role ensures that lecture content stays current with evolving techniques.

Beyond the three primary teaching hospitals, the school has formal agreements with two private imaging centers, expanding placement options for students interested in outpatient or community‑based practice. These partnerships also open doors for collaborative research projects, many of which result in publications in peer‑reviewed journals.

Student Support and Resources

Recognizing the intensity of a radiology program, the school offers a suite of support services. Academic advising is mandatory each semester, and a peer‑tutoring program pairs newcomers with senior students who have already mastered complex imaging protocols.

The on‑campus learning center provides 24‑hour access to imaging software suites, reference libraries, and a quiet study lounge. Additionally, a wellness office coordinates counseling, stress‑management workshops, and fitness classes—an often‑overlooked but vital component of professional training.

Career Outcomes

Graduates typically secure positions within six months of completing the program. According to the most recent alumni survey, 78% of respondents reported employment in diagnostic radiology departments, while 12% entered specialized fields such as interventional oncology or cardiovascular imaging. Salary ranges reflect national averages for certified radiologic technologists, with entry‑level positions starting around $58,000 and subspecialty roles exceeding $80,000.

For those inclined toward academia or research, the school’s affiliation with a university hospital enables seamless transition into PhD programs or fellowship training. The career services office assists with resume workshops, mock interviews, and networking events that feature industry leaders from imaging equipment manufacturers and professional societies like the American Society of Radiologic Technologists (ASRT).

Frequently Asked Questions

What is the total cost of the Master’s program?

Tuition for the full two‑year MSRS program is approximately $32,000 for in‑state residents and $38,000 for out‑of‑state students, excluding fees, books, and clinical rotation expenses. Financial aid, including federal loans and merit‑based scholarships, is available to eligible candidates.

Can I work part‑time while completing the program?

Many students take on part‑time roles in imaging departments, especially during clinical rotations. The school’s flexible scheduling and online elective options make it feasible to balance work and study, though it does require disciplined time management.

Is the program accredited internationally?

While accreditation is U.S.-based through CAAHEP, the curriculum meets many international standards, and graduates have successfully transferred ARRT credentials to countries that recognize U.S. certification, such as Canada and the United Kingdom.

Do I need prior experience with specific imaging modalities?

Only basic exposure to radiography or a related field is required. The program’s intensive hands‑on labs are designed to bring all students up to speed, regardless of their initial skill level.