Master Medical Electronics and Physics

Image gallery

Queen Mary, University of London

Comments about Master Medical Electronics and Physics - At the institution - London - Greater London

• Entry requirements
  Undergraduate degree (minimum second class honours or equivalent) in physics or an engineering discipline, other qualifications with relevant work experience may be accepted.
• Academic title
  MSc Medical Electronics and Physics
• Course description
  MSc
  One year full-time, two years part-time
  
  Programme description
  
  This programme was established in 1968 and has been tremendously successful in producing graduates in the health professions. Graduates from this programme have pursued careers in the NHS, private research laboratories and some have continued their studies to PhD level.
  
  The MSc in Medical Electronics and Physics has been designed to provide a bridge between the Physical and Engineering Sciences and Biomedical Science, applying the principals of these fields to the practical problems of Biomedicine. The programme focuses on medical electronics, medical physics, physiology, physiological measurement techniques, and the design of instruments and safety of electronic devices. No previous biomedical knowledge is required. The intention of this programme is to broaden knowledge to encompass electronic engineering and medical physics, as well as the medical vocabulary you will need to communicate effectively with clinical colleagues. In parallel with lectures, you will work on a research project, such as the design and development of a medical instrument. Our close association with many departments in St Bartholomew’s and The London Hospitals NHS Trust and the School of Medicine and Dentistry, as well as the Medical Engineering and Biomaterials research groups in the School of Engineering and Materials Science, is of real benefit and greatly enhances the learning experience. On graduation from this programme you should be in a position to make contributions to the advancement of medical science and technology that will genuinely benefit patients.
  
  Course content
  
  Core modules:
  
      * Physiology
      * Surgical Techniques and Safety Radiation Physics and Lasers
      * Digital Electronics
      * Research Techniques
      * Analogue Electronics
      * Ultrasound and Imaging
      * Clinical Measurements
      * Research Project (four modules)
  
  Assessment
  
  The methods of assessment include coursework and formal examinations. Many modules will include continuous assessment and some or all of the work during the module will count towards the final mark. The Research Project will be conducted under close supervision during the summer term and is evaluated by thesis, presentation and viva examination.

Other programs related to biomedical engineering