| Program start date | Application deadline |
| 2024-09-01 | - |
| 2024-01-01 | - |
Program Overview
The MSc in Medical Physics at the University of Aberdeen equips students with advanced knowledge and practical skills in medical physics, preparing them for careers as medical physicists, researchers, or further academic pursuits. The program emphasizes a comprehensive exploration of medical physics topics, including diagnostic imaging, radiotherapy, and medical electronics, and boasts a unique partnership with NHS Grampian, granting students access to cutting-edge medical technology and clinical expertise.
Program Outline
Degree Overview
Overview:
The MSc in Medical Physics program at the University of Aberdeen aims to enhance your knowledge of how technology aids in disease diagnosis, encompassing all major aspects of physics applied in modern clinical and healthcare environments. This program is offered in collaboration with NHS Grampian.
Objectives:
- Equip students with advanced knowledge and practical skills in medical physics.
- Foster a deep understanding of the applications of physics in various healthcare domains, including diagnostic imaging, radiotherapy, and medical electronics.
- Prepare graduates for successful careers as medical physicists, researchers, or further academic pursuits.
Description:
The program emphasizes a comprehensive exploration of the full range of topics within medical physics, aligning with the requirements of the UK's National Health Service (NHS). The program boasts a unique partnership with NHS Grampian, granting students access to cutting-edge medical technology and clinical expertise. This includes:
- A new £2 million PET-CT scanner
- A state-of-the-art radiotherapy center with advanced linac treatment machines
- 3T and 1.5T MRI scanners
- Immersion in the clinical environment at the Foresterhill Health Campus, comprising a large teaching hospital and the School of Medicine, Medical Sciences and Nutrition
Outline
Content:
- Core Biomedical Physics Skills
- Biomedical and Safety Topics in Healthcare
- Diagnostic Radiology and Radiation Protection
- Radiotherapy
- Computing and Information Technology in Medicine
- Nuclear Medicine and PET
- MRI and Ultrasound
- Project Part 1 - Medical Physics
- Project Part 2 - Medical Physics
Structure:
The program consists of three stages, each comprising compulsory courses and culminating in a project. Both full-time and part-time study options are available, with a choice of September or January start dates.
Course Schedule:
- Stage 1: Delivered in the first semester, focusing on foundational knowledge and skills in medical physics.
- Stage 2: Delivered in the second semester, delving into advanced topics like radiotherapy, nuclear medicine, and MRI.
- Stage 3: Divided into two semesters, with the first dedicated to individual projects in medical physics and the second revisiting core and safety topics, diagnostic radiology, and radiation protection.
Modules:
- Each stage consists of several modules, each with its own learning outcomes and assessment methods.
Assessment
Assessment Methods:
- Continuous assessment throughout the modules through essays, laboratory work, presentations, and written exams.
- The final project is assessed through a thesis and oral presentation.
Teaching
Teaching Methods:
- Traditional lectures and practicals, including seminars and specialized practical sessions.
- Lectures are often recorded for student review.
- Active engagement with research projects.
- State-of-the-art facilities for applying theoretical knowledge to practical applications.
- Collaboration with staff from the School of Medicine, Medical Sciences and Nutrition, and Foresterhill Health Campus.
Faculty:
The program is taught by a team of experienced researchers and NHS staff, including academics, professors, lecturers, and postgraduate tutors.
Unique Approaches:
- Strong emphasis on participatory research, encouraging students to engage actively in research alongside classroom learning and independent study.
- Individual projects allowing students to focus on specific areas of interest and gain valuable research experience.
- Opportunities to contribute to ongoing research within the department, expanding knowledge of medical imaging technology and techniques.
Careers
Potential Career Paths:
- Medical Physicist
- Further study (PhD)
- Academic jobs in university settings (e.g., lecturer, researcher)
- Medical device risk management
- Radiation physics specialist
Opportunities:
The program equips graduates with a strong foundation for diverse career options within healthcare and science, spanning hospitals, universities, research institutions, and industry.
Outcomes:
Graduates will be equipped with the knowledge, skills, and experience to:
- Diagnose and treat disease using advanced technologies like nuclear medicine, MRI, medical electronics, and radiotherapy.
- Conduct research and contribute to the development of innovative medical imaging techniques.
- Excel in professional settings, applying their knowledge to tackle real-world challenges within the healthcare field.
UK
Tuition Fees for 2024/25 Academic Year: £11,100
EU / International students
Tuition Fees for 2024/25 Academic Year: £23,800
