Biomedical engineers
seek to remedy health problems through tools and techniques that merge biology and medicine with engineering. The salary is greatly influenced by a person's level of education.
Job Description
Biomedical engineers apply physical science and engineering principles to form life support devices and other medical instruments that are used by health care professionals to treat patients. They research biological and behavioral life systems that influence patients' well-being, as well as engineer mathematical models and computer simulations that represent life processes. Biomedical engineers design such products as artificial organs and prostheses.
Working Conditions
Biomedical engineers, on average, are faced with 40-hour work weeks, typically in an academic setting or medical research laboratory. Others find employment in hospitals or participate in underwater and space programs.
Education
Biomedical engineers need to have a strong background in math and science, as well as a bachelor's degree in engineering; in fact, many employers require that this degree be specific to biomedical engineering. Those pursuing research or teaching, or just seeking to stay competitive in the market, must acquire a graduate degree.
Average Salary
The average salary of a biomedical engineer in the United States is $79,610, though that number is subject to variation according to industry, extent of higher education and experience. Biomedical engineers whose work centers on manufacturing medical equipment and supplies generally earn about $81,950, while those engaged in scientific research and development often see higher salaries in the vicinity of $92,870.
Job Outlook
Biomedical engineers can expect good job security, with employment opportunities predicted to grow faster than the average for all other occupations in the United States. Two factors fueling demand for improved medical supplies devised by biomedical engineers are the aging of the U.S. population and the increased awareness concerning health issues. Specialties such as rehabilitation and orthopedics will also see a greater need for biomedical engineers to complement advancements in medical equipment and practices.
