Biomedical Science is at the heart of medical breakthroughs in healthcare. This involves anything from creating artificial muscles from cells to treat diseases and illnesses, to looking at the brain in order to understand stress and anxiety.
1. What is Biomedical Science?
Biomedical scientists are specialists in biology applied to medicine, trained to develop new treatments and therapies for various human illnesses, diseases and disabilities. Globally, huge budgets are spent on biomedical research and development every year. Investment comes from private and public organizations, in order to explore scientific solutions to health problems across the world. Biomedical science researches medical conditions, such as but not limited to:
- Heart physiology
- Emerging diseases
- Hepatitis etc.
2. Is it worth studying Biomedical Sciences?
Biomedical scientists conduct scientific and laboratory research to support diagnosis and treatment of human disease. Students will test, analyse and review fluids and body tissue to advise medical practitioners. Depending on their specialization, students will need to understand areas such as anatomy, physiology, genetics, microbiology, mathematics and psychology. Biomedical scientists do not have expertise in general medicine and do not necessarily have contact with patients. Helping to cure disease helps people survive and live longer. Whether or not you care directly for patients, create new technologies, improve old ones, research solutions to global problems or build and repair biomedical equipment, your studies in the biomedical sciences will benefit the good of humanity. Antibiotic-resistant superbugs will only continue to mutate and find ways to attack so students and graduates will have the opportunity to discover more about how they work and how we can fight them. Students get lots of practical sessions and lab work while studying degrees in Biomedical Sciences. Even though it might sound scary and overwhelming, it is actually an amazing opportunity to get significant work experience in a research lab and to learn all the basic skills a scientist requires for performing many kinds of techniques. Though all careers are fulfilling in their own way, health and biomedical sciences might just be the place where you find your true calling, developing new drugs or creating surgical techniques to revolutionize medicine and to help others. Biomedical sciences graduates can also apply for graduate entry degrees in, for example, medicine or pharmacy.
3. How Biomedical Sciences will develop your personal set of skills?
You will gain experience in laboratory work during your degree and this will equip you with the skills you need to plan, conduct and evaluate experiments. It will also enable you to comply with health and safety regulations and research and interpret scientific literature.
- analytical and problem-solving skills
- computing and the use of statistics
- data analysis, evaluation and interpretation
- project management
- organization and time management
- oral and written communication
- team work – from laboratory work or activities such as sport, societies or voluntary work.
Writing and communication in general is a crucial part of any scientific career. If you’re conducting groundbreaking research, you want to be able to communicate it with your professional peers. You will also want to be able to communicate with the public and non-scientific groups who might be in a position to support your work. If you specialize in a medical field, you need to be able to write reports and charts for your colleagues and communicate in many different ways with your patients.
4. What kind of job can you get with a degree in Biomedical Sciences?
If you’ve ever considered a career in Biomedical Science, there’s no better time like the present to pursue your biomed degree. Though this industry might seem pretty low-profile, in truth, it’s been buzzing with lots of exciting developments over the last few years. Here’s a quick look at why the future looks promising for those with health and biomed training. First, you must complete a three-year undergraduate Biomedical Science degree. Degrees include first-hand laboratory research as well as lectures and tutorials. You will explore areas of biomedical science you are most interested in before choosing a specialization in your final year. If you want to work as a biomedical scientist, you will need at least one year of laboratory experience. This gives you first-hand experience and will benefit your future career. You may be able to complete this as part of a summer internship while you are studying for your degree. A degree in biomedical science can lead to a range of careers in the science and medical field. Biomedical science job opportunities include:
- Biomedical scientist / Healthcare scientist – analyse fluid samples to support clinicians diagnose and treat patients
- Biotechnologist – research plants, animals and genetics
- Forensic scientist – provide scientific evidence for legal cases
- Microbiologist – study microorganisms and processes
- Medical physicist – specialize in healthcare science
- Technician – work in a lab as part of a scientific research team
- Toxicologist – evaluate impact of toxic materials on the environment
Although, not directly related to your degree, you could choose a non-medical route such as food science. This uses your scientific background to test foods for safety before they are introduced to the public.
5. In which countries can you study Biomedical Sciences?
EDMUNDO can help you apply for free for English-taught Biomedical sciences and related courses at universities from Italy, the UK, Belgium, Canada, Denmark, the Netherlands, Australia and the USA.
International universities offer a great variety of study programs in the Biomedical area. They also offer opportunities both during and after finishing your studies like summer courses that help you improve your skills, internships or even jobs. After obtaining a Bachelor degree you have the chance to continue your studies with a Master and also a PhD in the specialization that you have chosen.
6. What universities offer Biomedical and related study programmes?
Here are just a few universities that rank particularly well in the field internationally. Check out the curriculum section to see what modules you would be studying and the career prospects and ask your EDMUNDO counsellor about the academic and English entry requirements and about the available funding for students, such as governmental loans, scholarships, grants, fee waivers, etc.:
- Absalon University College, Denmark
- Coventry University, England
- James Cook University, Australia
- Kwantlen Polytechnic University, Canada
- Radboud University, Netherlands
- Swansea University, Wales
- University of Portsmouth, England
- University of South Florida, USA
- Aarhus University, Denmark
- Colorado State University, USA
- Vrije Universiteit Brussel, Belgium
- Lancaster University, England
- Radboud University, Netherlands
- University of Aberdeen, Scotland
- University of Birmingham, England
- University of Padova, Italy
- University of Nottingham, England
Want to find out how you can study Biomedical and related sciences abroad? Contact us and we can offer you free counselling, including further information about studying at international universities, student funding and how the admissions process works. Also, our counsellors can help you apply for the university that best suits you and the entire counselling process is free of charge for bachelor and master degrees.
EDMUNDO can help you apply for free for Biomedical and related courses at international universities .