Biomedical engineering is a relatively new, hybrid field that employs engineering knowledge to clarify issues in biology and medicine. As a result, biomedical engineers are able to both improve current healthcare practices and advance clinical treatment by applying various principles and techniques found in engineering. Success in the profession requires extensive specialized training, technical aptitude and talent.
Clinical Care
Focusing on applications within a medical setting, engineers collaborate with healthcare staff to choose and implement the appropriate biomedical equipment and technologies for a facility.
Genetics
Specialists use relevant molecular technology--for example, cloning--to manipulate DNA and gene structure for various applications, such as enhancing crops.
Medical Devices
Engineers strive to improve the functioning of medical devices, such as medical imaging equipment and artificial limbs, to improve patient treatment and diagnoses.
Pharmaceuticals
Chemistry and biomedical engineering combine to develop new medications and to increase the effectiveness of existing prescription drugs.
Tissue
The main goal is the development of artificial organs, constructed at least partially with biological material, for implantation in patients requiring organ transplants.
Tags: