Biological engineers study biological processes and integrate them with engineering principles to develop solutions for a good sort of technical problems. For example, biological engineers design medical devices starting from glucose sensors to materials and structures for hip replacements, new processes which may clean our air and water, genetically engineer bacteria to supply fuel, pharmaceuticals, or remove toxins, and develop equipment which harvest and process our food. Biological engineers typically study many engineering disciplines like mechanical, chemical and EE but also understand biology.

There is strength within the breadth of an education in Biological engineers. Employers today are increasingly looking for engineers who can see a problem at the level of the whole system – who have the ability to realize the big picture of the problem and its diverse components Biological engineersare during a great position to satisfy this need for people who take an entire system approach to solving biological, medical, environmental, and other engineering problems. Work of biomedical engineers is anticipated to grow 7 percent from 2016 to 2026, about as quick as the normal for all occupations. Biomedical engineers likely will see business development in view of expanding prospects brought by new advancements and expanding applications to clinical hardware and gadgets.