You'll Need a Strong Background in Science and Math
Biomedical engineering is a relatively new field that combines engineering techniques and principles with the world of biology and medicine. It involves designing, developing or improving artificial organs, prostheses or assistive devices, conducting research to enhance existing medical practices, maintaining medical equipment and studying the human body using engineering principles. There are many types of biomedical engineering, including orthopaedic bioengineering, rehabilitation bioengineering, biomaterials, bionics, pharmaceutical bioengineering and more.
To work in the field of biomedical engineering, you must have a technical mind, the ability to visualize and problem solve, excellent analytical skills, and an interest in the human body. Work with people who suffer a variety of conditions may be necessary, so you will also need a certain level of people skills.
Course Work in Biomedical Engineering Degree Programs
Different biomedical engineering schools will have different curriculums, but typically, courses will span a wide range of subjects, including math, physics, kinesiology, biomechanics, biology, physiology and more. Students will study medical imaging and medical devices, and will also look at the ethical component of biomedical engineering.
These programs are offered at traditional brick and mortar schools, but bioengineering accredited online degrees are also available through many institutions. Students will participate in online discussion forums, will collaborate on projects online and will be able to download lecture notes. Though course work is generally presented and conducted entirely online, often, professors will be available at set times, so students are able to contact them directly.
Biomedical Engineering Jobs
Careers in biomedical engineering span many areas of the medical field, including bioinformatics (the use of computers and software to collect and process data); bioinstrumentation (electronic and measurement techniques); biophotonics (laser techniques for sensing and imaging); cell and tissue engineering (developing technology that will help repair or regenerate damaged tissue); and many other disciplines.
Biomedical engineering positions can be found in many areas, from medical laboratories and hospitals to manufacturing plants, and will involve work alongside chemists, scientists, doctors, therapists and other medical professionals. Depending on the position, biomedical engineering salaries can range from the low $40,000 range to over $100,000, however the average salary is typically between $60,000 and $90,000.