Biomedical engineers essential career information:
- 2011 median pay: $86,950
- 2012, number of jobs: 18,810
- Employment growth forecast, 2010-2020: 62 percent
- Entry level education requirements: Bachelor’s degree
Biomedical engineers; what they do:
Biomedical engineers’ work directly affects the care we get from our doctors and in hospitals. Biomedical engineers are problem-solvers who try to boost the quality and effectiveness of patient care, often designing products that help those with debilitating health conditions live fuller, longer lives.
A biomedical engineer might specialize in research or oversee teams manufacturing drugs or an array of devices.
Biomedical engineers analyze problems in biology and medicine to design solutions to health care problems. A biomedical engineering career typically includes developing and evaluating biological and health systems and products. A biomedical engineering career may include designing artificial organs, prostheses, instrumentation, medical information systems and health management and care delivery systems.
A biomedical engineer career involves collaborating with manufacturing personnel, scientists and other medical professionals. Biomedical engineering, a scientific and creative field, offers a sense of satisfaction that comes from biomedical engineers’ realization they’ve made a difference in someone’s life.
Biomedical engineers job duties:
- Designing technology to assist people with disabilities.
- Researching the engineering aspects of humans and animals’ biological systems.
- Advising and assisting in the clinical use of new instrumentation.
- Developing diagnostic and clinical equipment and procedures.
- Analyzing new procedures to predict outcomes.
- Devising new ways to apply energy sources, such as nuclear power for biomedical implants.
- Training those who use newly developed equipment.
Biomedical engineers job titles:
- Biomedical engineering director
- Biomedical engineering supervisor
- Research engineer
- Clinical engineer
- Biomedical manager
Biomedical Engineers Education, Certification and License Requirements
A biomedical engineer typically has a bachelor’s degree in biomedical engineering, but may earn a bachelor’s in a different engineering field and then study for a master’s in biomedical engineering or pursue on-the-job training in biomedical engineering.
Many bachelor’s degree programs for biomedical engineers offer co-ops or internships so students can experience the practical application of their studies.
Career Advancement Opportunities
With an advanced degree, a biomedical engineer can lead a research team. Some biomedical engineers attend medical or dental school to specialize in such things as using electric impulses to get muscles to move again. Some biomedical engineers earn law degrees and work as patent attorneys.
Biomedical engineers programs cover subjects such as:
- Fluid and solid mechanics
- Computer programming
- Circuit design
- Instrument calibration
- Advanced biology
- Engineering design
Biomedical Engineers Job Outlook
Biomedical engineering stands among the fastest-growing professions. Forecast: 62 percent employment growth from 2010 to 2020, which could mean 9,700 new biomedical engineer jobs over the 10-year period. The aging baby boom population will demand more biomedical devices and procedures, such as joint replacements. Biomedical engineers’ broad-based training could also lead to more jobs as they use their skills in an increasing number of ways.
Biomedical Engineers Salary
- 2012 median annual wage: $86,950
- 2012, workers at the 75th percentile annual wage: $111,610
- 2012, workers at the 25% percentile annual wage: $67,440
Biomedical Engineers Major Employers
- Medical equipment and supplies manufacturing
- Scientific researcher and development services
- Pharmaceutical and medicine manufacturing
- Colleges, universities and professional schools
- Navigational, measuring, electromedical and control instruments manufacturing