Program Overview

Radiologic Science Program

The Radiologic Science program is designed to provide students with a comprehensive education in the field of radiologic sciences. The program aims to equip students with the knowledge, skills, and competencies necessary to excel in their careers as radiologic scientists.

Program Goals

The program goals include:

• Providing students with a strong foundation in the principles of radiologic sciences
• Equipping students with the skills and competencies necessary to operate radiologic equipment and perform radiologic procedures
• Preparing students to work effectively in a healthcare team
• Fostering critical thinking, problem-solving, and communication skills

Curriculum

The curriculum is designed to provide students with a comprehensive education in radiologic sciences. The program consists of five years of study, with the first four years focusing on coursework and the fifth year dedicated to an internship.

First Year

• BIO 101: Human Biology I (4 credits)
• BIO 102: Human Biology II (4 credits)
• CHM 101: General Chemistry (4 credits)
• CHM 101: General Physics (2 credits)
• MAT 101: Mathematics (2 credits)
• ENGFY 101: English I (2 credits)
• COM 101: Computer I (1 credit)
• IMEFY 101: Islamic Medical Ethics (2 credits)
• SSK 101: Study Skills I (1 credit)
• MT 102: Medical Terminology II (1 credit)
• MT 101: Medical Terminology I (1 credit)
• IBS 102: Integrated Basic Science Course (12 credits)
• ENGFY 102: English II (2 credits)
• COM 102: Computer II (1 credit)
• ARFY 102: Arabic Language (2 credits)
• SSK 102: Study Skills II (1 credit)

Second Year

• ANATR 200: Anatomy & Physiology (4 credits)
• PATHR 201: Pathology (3 credits)
• RAD 211: Introduction to Radiologic Sciences (2 credits)
• RAD 212: Radiation Physics (3 credits)
• RAD 213: X-ray Imaging Equipment (3 credits)
• RAD 214: Principles of Image Formation and PACS (3 credits)
• RAD 221: Radiation Biology and Protection (3 credits)
• RAD 222: Radiographic Anatomy & Positioning I (4 credits)
• RAD 223: Patient Care in Medical Imaging (3 credits)
• RAD 224: Pharmacology and Contrast Media (3 credits)
• RAD 225: Sectional Anatomy (2 credits)
• RAD 226: Computed Tomography Physics & Equipment (3 credits)

Third Year

• RAD 311: Radiographic Pathology (2 credits)
• RAD 312: Radiographic Anatomy & Positioning II (4 credits)
• RAD 313: Special Radiography Techniques (3 credits)
• RAD 314: Nuclear Medicine Physics & Equipment (3 credits)
• RAD 315: Radiography Clinical Practice I (3 credits)
• RAD 316: Computed Tomography Imaging Techniques (3 credits)
• RAD 321: Radiotherapy Physics and Equipment (3 credits)
• RAD 322: MRI Physics and Equipment (3 credits)
• RAD 323: Nuclear Medicine Imaging Techniques (3 credits)
• RAD 324: Ultrasound Physics & Equipment (2 credits)
• RAD 325: Radiography Clinical Practice II (3 credits)
• RAD 326: Computed Tomography Clinical Practice (3 credits)

Fourth Year

• RAD 411: Radiotherapy Techniques (3 credits)
• RAD 412: Magnetic Resonance Imaging Techniques (4 credits)
• RAD 413: Advanced Imaging Pathology (3 credits)
• RAD 414: Ultrasound Imaging Techniques (3 credits)
• RAD 415: Research Methodology (2 credits)
• RAD 416: Nuclear Medicine Clinical Practice (3 credits)
  • Elective Advanced Courses (choice of two):
    • RAD 421: Advanced Interventional Radiography (3 credits)
    • RAD 422: Advanced CT Imaging Techniques (3 credits)
    • RAD 423: Advanced NM Imaging Techniques (3 credits)
    • RAD 424: Advanced MRI Techniques (3 credits)
    • RAD 424: Advanced Ultrasound Imaging Techniques (3 credits)
• RAD 426: Ultrasound Imaging Clinical Practice (3 credits)
• RAD 427: Magnetic Resonance Imaging Clinical Practice (3 credits)
• RAD 428: Quality Assurance in Radiologic Imaging (2 credits)
• RAD 429: Radiologic Sciences Seminar (2 credits)
• RAD 430: Research Project (2 credits)

Fifth Year: Internship

• INTR 510: Internship (24 credits)

Entry Requirements

The entry requirements for the Radiologic Science program include:

• High school diploma or equivalent
• Prerequisite courses in biology, chemistry, mathematics, and physics
• English language proficiency

Program Faculty

The program faculty consists of experienced radiologic scientists and educators who are dedicated to providing students with a high-quality education.

Fees

The tuition fees for the Radiologic Science program are competitive and affordable. For more information on fees, please refer to the university's website.