Biomedical Engineering Jobs

Provides information on biomedical engineering jobs including their qualifications required and specializations available.

What is Biomedical engineering about

Biomedical engineering makes use of the powerful combination of biology, engineering, and medical expertise to improve the medical community through providing advances in medical technology and its uses. It is biomedical engineering that produces progressive things like computer-assisted surgery, tissue engineering, implants, and rehabilitative procedures.

What is Biomedical Engineer?

The focus of a biomedical engineer is to research the possible solutions to a health problem and then create a device, procedure, or piece of diagnostic equipment that will make a cure or treatment possible. Biomedical engineers also work with healthcare specialists, scientists, and chemists to produce, enhance, or otherwise modify thing like artificial organs, instrumentation, and information systems, so that available technology might be used to improve the lives of those with a particular condition. Biomedical engineers develop products like insulin pumps, advanced x-ray machines, ventilators, and heart monitors – any device that improves an individual’s physical well-being and mobility.

What qualifications do biomedical engineers need?

At a minimum, a bachelor’s degree in engineering is necessary to be hired as a biomedical engineer. Recommended areas of study include mechanical engineering or electrical engineering coupled with studies in biomedical engineering. Many biomedical engineers eventually go on to earn an M.D. degree if their desired specialty is in an area it will impact or in research. Those going into this profession should plan on earning at least a graduate degree because companies are increasingly requiring them even for entry-level positions.

What types of tasks are involved with Biomedical Engineering?

Some biomedical engineers conduct research on biological and life systems. Others work to improve laboratory and clinical procedures by applying advanced technology to current concepts. Those working in a consulting capacity, guide medical facilities in the purchase of equipment, hiring technicians, and in the implementation of new services. Other tasks might include:

  • Research
  • Adapt or design computer hardware and software to meet project objectives
  • Analyze new and emerging medical procedures
  • Assemble prototypes, equipment, and test samples
  • Implement problem solving strategies
  • Evaluate equipment for safety, efficiency, and effectiveness
  • Develop new applications
  • Work with the regulatory departments to ensure project specification meet the appropriate standards.
  • Develop models or simulations of human systems to obtain data
  • Interpret bioelectric data
  • Install biomedical equipment
  • Prepare presentations
  • Are there any areas of specialization?

    The areas of specialization for a biomedical engineer are diverse. Some choose to be technician, an assistant, or in sales, while others conduct groundbreaking research, go into management, or teach courses in universities or medial schools. Regardless of the biomedical engineer’s preferred role, specialization is an option. Some of them are:

  • Tissue engineering
  • Biomolecular engineering
  • Biomaterials
  • Bioinstrumentation
  • Biomechanics
  • Rehabilitation engineering
  • Medical imaging
  • Orthopedic engineering
  • Systems physiology
  • Radiological engineering
  • Who employs Biomedical Engineers?

    Biomedical engineers are employed primarily in the healthcare industry. This includes manufacturers, pharmaceuticals, and medical and research facilities. Examples of companies that might hire biochemical engineers include: Medtronic MiniMed, Kodak, and Philips.