Undergraduate Program of Medical Radiology Imaging

The Bachelor’s degree in Medical Radiology Imaging is an eight-semester program requiring the completion of 240 credits. The program is meticulously designed to align with the evolving demands of the healthcare sector, providing students with the theoretical knowledge and practical skills essential for excellence in medical imaging and radiation therapy.

This program emphasizes innovation, critical thinking, and technical proficiency, equipping students with advanced competencies in diagnostic imaging, radiation safety, and patient care. Graduates will be adept at utilizing cutting-edge imaging technologies, interpreting medical images, and applying radiation protection protocols.

Students will gain expertise in core areas such as radiological physics, imaging techniques, computed tomography (CT), magnetic resonance imaging (MRI), ultrasound, nuclear medicine, and quality assurance. The curriculum integrates research and clinical training to prepare students for leadership roles in medical radiology, both locally and internationally.

1. Provide comprehensive knowledge of the principles and techniques of medical imaging and radiation therapy.
2. Enhance students’ analytical, critical thinking, and problem-solving skills in clinical and diagnostic radiology.
3. Foster innovation and creativity in the application of advanced imaging technologies and radiation protection protocols.
4. Support students in developing effective communication skills and technological proficiency relevant to medical radiology practices.
5. Cultivate intercultural competence and teamwork in multidisciplinary healthcare settings.
6. Promote the ethical application of medical imaging techniques and adherence to professional standards in patient care.
7. Equip students to develop and implement practical solutions to radiological challenges in both local and global healthcare contexts.

1. Demonstrate a comprehensive understanding of medical imaging principles, radiological physics, and radiation therapy techniques, applying core concepts and theories to clinical practice.
2. Develop critical thinking, problem-solving, and decision-making abilities to assess and address complex diagnostic and radiological challenges in diverse healthcare settings.
3. Innovate and apply creative solutions in the utilization of advanced imaging technologies, ensuring optimal diagnostic accuracy and patient safety.
4. Exhibit proficiency in the practical application of imaging techniques, such as computed tomography (CT), magnetic resonance imaging (MRI), ultrasound, and nuclear medicine, in real-world clinical environments.
5. Practice effective communication skills in collaborating with multidisciplinary healthcare teams, ensuring accurate image interpretation and comprehensive patient care.
6. Demonstrate leadership in radiology by taking initiative, managing imaging resources, and motivating team members to achieve optimal diagnostic outcomes.
7. Conduct research in medical radiology to critically evaluate emerging technologies, techniques, and practices, contributing to the advancement of the field and addressing challenges in healthcare delivery.

1. At Lebanese French University, we integrate modern pedagogical principles to enhance the learning experience in the Department of Medical Radiology Imaging. The program emphasizes a student-centered approach, incorporating innovative teaching methods, competency-based education, and practical training to prepare students for the evolving field of medical imaging and radiation therapy.

   A variety of teaching strategies will be employed, including theoretical lectures, clinical seminars, case studies, hands-on training, simulation-based learning, project-based assignments, and problem-based learning. In addition, students will have the opportunity to gain real-world experience through hospital placements, where they can directly apply their knowledge in clinical settings, interact with medical professionals, and engage with patients under supervision.

   Throughout their studies, students will receive continuous support to foster the development of their technical skills, creativity, and professional competencies. The program is designed to ensure that students not only acquire essential radiological knowledge but also enjoy an enriching educational journey, with opportunities to apply their learning in both academic and clinical environments.

1. The assessment methods for the Bachelor’s program in Medical Radiology Imaging are designed to evaluate a broad range of skills and competencies, reflecting the diverse nature of the courses. These assessment tools may vary depending on the specific module, but generally include, but are not limited to, the following criteria:

   • Midterm Examination
   • Final Examination
   • Practical Assessments
   • Case Studies
   • Quizzes
   • Clinical Training Evaluation
   • Research Projects
   • Seminars and Presentations
   • Learning Journals

These assessment methods ensure that students are continuously evaluated on both theoretical knowledge and practical application, preparing them for successful careers in medical radiology imaging.

The Bachelor’s program in Medical Radiology Imaging equips students with essential transferable skills necessary for effective practice in medical imaging and healthcare settings. The program fosters the development of critical skills in communication, leadership, teamwork, and problem-solving, enabling students to navigate complex clinical environments. Students are also trained in analytical thinking, decision-making, and attention to detail, ensuring they can effectively manage imaging technologies, collaborate with multidisciplinary teams, and provide high-quality patient care. These transferable skills are integral to the professional development of graduates, preparing them for diverse roles within the global healthcare sector.

The Bachelor’s Degree in Medical Radiology Imaging is structured across eight semesters (four academic years), designed to build foundational knowledge, develop technical competencies, and enhance clinical skills progressively.

Year 1 – Semester 1

Module Title	Type	ECTS
Principles of Anatomy	Core	5
Medical Physics	Core	5
Kurdology	University Req.	2
English Language for Medical Students	Core	3
Computer Skills	Core	3
Academic Debate	University Req.	2

 Year 1 – Semester 2

Module Title	Type	ECTS
Advanced Anatomy	Core	5
Biophysics	Core	4
Programming Skills	Core	3
Biochemistry	Core	5
Fundamentals of Image Processing	Core	4
Medical Terminology	Core	4

Year 2 – Semester 3

Module Title	Type	ECTS
Radiographic Imaging	Core	5
Radiographic Anatomy	Core	5
Radiographic Procedures	Core	5
Radiation Physics	Core	4
Radiographic Positioning	Core	5

Year 2 – Semester 4

Module Title	Type	ECTS
Human Physiology	Core	5
Advanced Radiographic Imaging	Core	5
Advanced Radiographic Anatomy	Core	5
Advanced Radiographic Procedure	Core	5
Pathology	Core	5
Principles of Medical Emergencies	Core	5

 

 

 

 Year 3 – Semester 5

Module Title	Type	ECTS
Radiobiology	Core	5
Computed Tomography	Core	5
Physical Therapy	Core	5
Nuclear Physics	Core	5
Radiation Protection & Monitoring	Core	5
Ethics for Health Professionals & Researchers	Compulsory	5

Year 3 – Semester 6

Module Title	Type	ECTS
Quality Control Management in Radiotherapy	Core	5
Biostatistics	Core	4
Nuclear Medicine	Core	5
Radiation Dosimetry	Core	4
Public Health Administration	Core	4
Health Care Communication	Core	3

 Year 4 – Semester 7

Module Title	Type	ECTS
Internship (Hospital Practice)	Clinical	8
Biophysical Instrumentation	Elective	4
Fluoroscopy Imaging	Elective	4
Ultrasonography & Doppler Imaging	Elective	4
Introduction to MRI	Core	4
Research Methodology	Core	4

Year 4 – Semester 8

Module Title	Type	ECTS
Medical Instrumentation	Core	4
Radiation Oncology	Core	4
Advanced MRI	Core	5
Graduation Project	Research Project	8
Elective Module (e.g., Pediatric Imaging)	Elective	4

 

 

 

10. Entry Requirements

To be eligible for admission into the Bachelor’s Program in Medical Radiology Imaging, applicants must meet the following criteria:

General Requirements:

• Completion of High School (12th grade) or its equivalent with a scientific background.
• A minimum overall score of [specify % based on university policy]

Required Documents:

• Completed application form
• High school certificate and transcripts (original and authenticated copies)
• Copy of passport or national ID
• Personal photographs (passport size)
• Medical report (health clearance)
• Any additional documents requested by the Admissions Office

 

11. Career Opportunities

Graduates of the Bachelor’s Program in Medical Radiology Imaging at Lebanese French University will be well-prepared for a variety of roles in both clinical and non-clinical healthcare environments. With a strong foundation in imaging technologies, radiation safety, and diagnostic procedures, graduates can pursue careers in:

Clinical Settings:

• Radiologic Technologist (in hospitals, diagnostic centers, and private clinics)
• CT Scan Technologist
• MRI Technologist
• Ultrasound Technician (Sonographer)
• Nuclear Medicine Technologist
• Interventional Radiology Assistant
• Mammography Technologist

Public and Private Healthcare Institutions:

• Imaging departments in general and specialized hospitals
• Cancer treatment centers (radiation oncology)
• Mobile imaging units and telemedicine-based services
• Emergency and trauma units

Non-Clinical Roles:

• Medical Equipment Sales Specialist (radiology devices)
• Health Informatics or PACS Administrator
• Radiology Quality Control Officer
• Healthcare Management and Supervision roles in imaging departments
• Radiology Educator or Trainer (after further academic training)
• Medical Research Assistant in radiology-related research projects

Further Academic & Professional Development:

Graduates may also choose to pursue:

• Master’s or Doctoral degrees in Medical Imaging, Radiation Therapy, Medical Physics, or Health Sciences
• Teaching and academic careers in radiology or allied health fields

12. Modules

Year 1

Semester 1

• Principle of Anatomy (Core)
• Medical Physics (Core)
• Kurdology (University Requirement)
• English Language for Medical Students (University Requirement)
• Computer Skills (University Requirement)
• Academic Debate (University Requirement)

Semester 2

• Advanced Anatomy (Core)
• Biophysics (Core)
• Programming Skills (Core)
• Biochemistry (Core)
• Fundamental of Image Processing (Core)
• Medical Terminology (Core)

Year 2

Semester 3

• Radiographic Imaging (Core)
• Radiographic Anatomy (Core)
• Radiographic Procedures (Core)
• Radiation Physics (Core)
• Radiographic Positioning (Core)

Semester 4

• Human Physiology (Core)
• Advanced Radiographic Imaging (Core)
• Advanced Radiographic Anatomy (Core)
• Advanced Radiographic Procedure (Core)
• Pathology (Core)
• Principles of Medical Emergencies (Core)

Year 3

Semester 5

• Radiobiology (Core)
• Computed Tomography (Core)
• Physical Therapy (Core)
• Nuclear Physics (Core)
• Radiation Protection and Monitoring (Core)
• Ethics for Health Professionals and Researchers (Core)

Semester 6

• Quality Control Management in Radiation Therapy (Core)
• Biostatistics (Core)
• Nuclear Medicine (Core)
• Radiation Dosimetry (Core)
• Public Health Administration (Core)
• Health Care Communication (Core)

Year 4

Semester 7

• Internship (Hospital Practice) (Clinical)
• Biophysical Instrumentation (Elective)
• Fluoroscopy Imaging (Elective)
• Ultrasonography & Doppler Imaging (Elective)
• Introduction to MRI (Core)
• Research Methodology (Core)

Semester 8

• Medical Instrumentation (Core)
• Radiation Oncology (Core)
• Advanced MRI (Core)
• Graduation Project (Core/Research)
• Elective Module (e.g., Pediatric Imaging, Contrast Agents, etc.)