Medical Physics University at Buffalo

Overview

The Medical Physics programme at the University at Buffalo provides a rigorous academic foundation for students aiming to excel in clinical service, research, or teaching. This Master of Science degree integrates theoretical knowledge with practical hospital experience to ensure graduates are prepared for the complexities of modern healthcare environments.

Students can choose between a thesis-based track or a project-based track depending on their career aspirations. The curriculum is designed to meet the high standards required for professional certification while offering flexibility through various elective specialisations. Practical training is conducted in collaboration with affiliated clinical centres and hospitals.

Why Medical Physics at the University at Buffalo?

The programme is fully accredited by the Commission on Accreditation of Medical Physics Educational Programs (CAMPEP), ensuring a high-quality education that meets industry standards. Students benefit from access to the UB Museum of Radiology and Medical Physics, which serves as a unique resource for historical and technical learning.

Facilities include state-of-the-art imaging and radiation laboratories located within the Jacobs School of Medicine and Biomedical Sciences. The university maintains strong partnerships with local healthcare providers, offering students direct exposure to clinical workflows. These institutional strengths provide a competitive edge for those entering the medical physics workforce.

Tuition Fee Breakdown

• International fee: USD 12870 per semester
• National fee: USD 12870 per semester
• Local fee: USD 5655 per semester

Visit the Fees and Funding section for a breakdown in your local currency.

Syllabus

The curriculum requires a minimum of 36 credit hours, including didactic coursework, seminars, and practical experience. Modules may include:

• Physics of Medical Imaging 1
• Physics of Medical Imaging 2
• Medical Imaging Anatomy and Physiology
• Radtherapy Medphysics 1
• Medical Physics Imaging Problems
• Nuclear Medicine Imaging
• Medical Physics Seminar
• Medical Physics Practicum
• Professionalism and Ethics in Medical Physics
• Radiation Biology
• Independent Study

Students may also select elective modules based on their chosen subspecialty, such as:

• Computed Tomography
• Image Formation and Processing
• Advanced Diagnostic Medical Imaging Physics
• In vivo nuclear magnetic resonance
• Radtherapy Medphysics 2
• Advanced Radiation Therapy Physics
• Advanced Nuclear Medicine Emission Imaging
• Cardiovascular Biomechanics

Careers with Medical Physics

Graduates are well-equipped for diverse roles within hospital practice, focusing on subspecialties like therapeutic radiation physics or diagnostic imaging. The programme also prepares individuals for careers in medical equipment manufacturing and research and development within the private sector.

Many students choose to continue their professional development by entering postgraduate residency programmes, which are often required for clinical certification. Alumni have successfully secured positions in academic institutions, government regulatory agencies, and international healthcare organisations.