Biomedical Engineering is the process of applying the knowledge of engineering principles to the world of biology and healthcare. Biomedical engineers seek to find the differences between the medicine and engineering so they can solve overlapping issues. If you have a passion for solving problems and would also like to have a direct impact on the well-being of people, then this may be the right degree for you. Biomedical Engineering is also commonly referred to as Biomed, Medical Engineering or Bioengineering.
How do you become a Biomedical Engineer?
You will need to obtain the degree qualification to become a biomedical engineer. The entry requirements for this university course are generally A Levels in maths, biology and physics but this will vary depending on the university you are applying too. You should aim for a minimum of three B grades to equip yourself for this demanding course.
What are the career prospects for a Biomedical Engineer?
The career prospects for a biomedical engineer are very bright. Although it may not be as popular as other engineering degrees it is still very highly respected. Hence, many job opportunities will follow. As a technical biomedical engineer, you will research, design and develop medical products that can be implemented for patient healthcare. You are also likely to find yourself having an influence on new medical technology such as robotic surgical equipment, patient rehabilitation technology or any sort of clinical automated equipment utilised in a hospital. As a biomedical engineer you can expect an average salary of around £38,000 per year.
What is a Biomedical Engineering Degree like to Study?
Biomedical engineering degrees are likely to contain a wide scope of information as the course combines principles from many subjects. In your first year of your degree you are likely to find yourself learning about the basics of electrical engineering, mechanical engineering and mathematics. Further modules are also likely to contain key principles from physics and molecular engineering. The latter years of a biomedical engineering degree will go into more detail on modules from the first year and you will most likely have a design project (or dissertation) centred around designing equipment that can form the basis of a solution to problems experienced by medical patients.
Biomedical Engineering Modules
Potential modules include:
- Bio-molecular engineering
- Mechanics
- Medical Science
- Thermodynamics and Kinetics
- Programming
- Manufacturing Technology
- Electrical Engineering
- Mathematics
Biomedical Engineering Chartership
As a qualified biomedical engineer, you have multiple options to choose from in terms of engineering chartership. It will really depend on the nature of the industry you are in and the type of work you do as a professional. Some engineering chartership institutions you should consider include the Institution of Engineering and Technology (IET), the Institution of Mechanical Engineers (IMechE) and the Institute of Physics and Engineering in Medicine (IPEM). You will need to prove you have industry experience before you can become chartered.
If you are not sure if this is the right degree for you have a look at our career advice article for helping you pick the right engineering degree.
