If you have a first degree in engineering, physical or biological science and are interested in enhancing the functionality of the human body then you should consider studying a graduate program in biomedical engineering. This multidisciplinary subject uniquely combines professional engineering activities with medical knowledge. The work of Biomedical engineers has increased the mobility and health of patients worldwide. If you want to be at the forefront of this cutting-edge discipline then a graduate course in Biomedical Engineering will certainly put you ahead. Not only will you have the chance to use the latest technology, you will also be taught by experts in the Biomedical Engineering field.

Due to the broad range of activities biomedical engineering covers, graduate programs can vary more in the focus of their content than other, more traditional engineering subjects. Consequently, a lot of universities or colleges will offer interdisciplinary research programs. Some Biomedical Engineering graduate courses will have a mechanical or electronic foundation whereas others may be biased more to materials, physics or biology.

Specialist Areas:

• Biomechanics
• Biofluids and Biomaterials
• Implant Design and Artificial Organs
• Rehabilitation Engineering
• Computer and Robotic Assisted Surgery
• Tissue Engineering
• Physiological Measurements
• Medical Imaging and Disgnostic Techniques
• Regulatory Issues and Medical Ethics
  

According to the objectives of the department, some universities will offer graduate programs in Biomedical Engineering that are heavily research-based whilst others will offer a course that focuses on industrial training. Any high quality graduate course in biomedical engineering will allow you to build links with local hospitals or even a Medical School. This is essential so you can obtain some clinical experience. These links are also an invaluable source for research projects, which can then be associated with a particular clinical problem and possibly an individual patient.

Job Prospects

Job prospects for graduates in biomedical engineering are excellent and varied. The main aim of studying a graduate course is to build on existing knowledge and make preparation for a professional career in a range of healthcare establishments.

Some Career Options:

• Designing, developing and manufacturing medical devices
• Providing non-clinical services working in hospital
• Academic career
• Governmental research
• Governmental regulatory agency
• Technical advisor for marketing departments.

Studying a graduate course in biomedical engineering will give you the opportunity to benefit millions of people every year. What better way to use your technological and engineering expertise than to contribute to the improvement of care and treatment of patients? You could have the opportunity to gain international recognition for work in the field of biomedical engineering. If you want a rewarding, challenging and dynamic career in a sector, then apply now for a graduate program in biomedical engineering.