Science & the Built Environment

Bioengineering Courses: Become Part of Medical Breakthroughs

Considering a Bioengineering Course? 

If you would like to be a part of incredible medical breakthroughs and have a desire to solve problems in medicine and health care, a bioengineering course would be an excellent choice for you. A bioengineering course will teach you all you need to know about enhancing the healthcare system for doctors and patients. It can be a very fulfilling career in that you get to help solve problems and make the industry better for all involved. The good news is there are tons of bioengineering courses currently available for a variety of levels.  

What is Bioegngineering? 

Bioengineering is the application of physical sciences, life sciences, mathematics and engineering principles to solve and define problems in medicine, health care, biology and other fields. Bioengineering is a relatively new discipline, which combines most aspects of traditional engineering fields such as electrical, chemical and mechanical engineering. Examples of bioengineering include: artificial knees, hips and other joints, MRI, ultrasound and other medical imaging techniques and using engineered organisms for pharmaceutical and chemical manufacturing. Graduates of bioengineering are employed by various institutions, including pharmaceutical companies, medical device manufacturers, medical research institutions and regulatory agencies.  

Additionally, graduates are prepared for continued study to pursue careers in business, medicine and other fields. Bioengineering’s most visible branch is the creation and development of medical innovations such as high-tech implants and prosthetics, but genetic, stem cell and tissue engineering are all set to become major fields in the medicine of the future. In addition to healthcare applications, bioengineering exists to improve the application and study of any biological research into useful tools or systems. It has the ability to translate biological knowledge into usable, viable products and practical, cost-effective solutions to real world issues. 

Why is the Course for Me? 

Bioengineering involves the application of traditional principles to medicine and healthcare. We can think of the nervous system and brain as a large communication system, which transmits and coordinates around the body, and the limbs and organs as sophisticated engineering systems that control functions such as respiration, blood flow and movement. The course will provide you with a strong foundation in electronic, electrical and mechanical engineering, which is complemented by an understanding of anatomy and physiology. This foundation is provided to problems in healthcare and medicine. If you are intrigued by the idea of creating and developing new medical techniques, devices and systems, and you wish to be involved in the breakthroughs that are enhancing the healthcare system for patients and doctors each day, this is the course for you. 

What Will I Learn? 

You will learn about chemistry, electrical and electronic engineering and creativity in design. Students will explore engineering computing, energy engineering, mathematics and mechanics. The course will educate you on physics, bioinstrumentation, biomechanics, biomaterials and neural engineering. Biomechanics of cells and tissues, cell culture and tissue engineering, biosignal processing and medical device design are topics that will also be explored. Learners will explore rehabilitation engineering, medical sciences for engineers and electrical and electronic circuits. The course will provide you with an introduction to physiology and teach you about computer engineering, electromagnetics, control theory and mechanics of fluids. Students will learn about mechanics of solids, applied physics, applied dynamics and functional anatomy and kinesiology. 

Career Opportunities 

Graduates of bioengineering courses can find employment in the medical technologies industries, medical device design, pharmaceutical industries, device manufacturing, rehabilitation engineering, engineering consultancy and regulation. In addition, there is room to progress by doing a level 8 or level 9 course in bioengineering or in other fields to attain careers in medicine and other related fields. 

If you’re serious about doing a bioengineering course, check out courses near you in the national course finder.  

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