March 22, 2021

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Biomedical Engineer Jobs – Description, Salary, and Education

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Biomedical Engineer Job Description

Biomedical engineers use their knowledge of engineering, medicine, and biology to develop solutions to medical problems or procedures. Laser eye treatments, artificial organs, prosthetic limbs, and pacemakers are all examples of projects that biomedical engineers helped develop.

The responsibilities for people in this profession vary greatly depending on their particular role and the company they work for. Some biomedical engineers spend their entire careers doing research. For example, they may try to understand the signals sent by the brain, so that other engineers can use their research to develop solutions to problems that impact that area.

Other biomedical engineers work in manufacturing facilities, where they help design the creation of biomedical products. Some also work as college professors.

While developing a solution to a problem, biomedical engineers often need to work with experts in other fields. Chemists, physicians, surgeons, and other specialists need to be consulted through the research and development process to ensure that the solutions being developed are safe, practical, and would have a meaningful impact on the lives of their patients.

Because this is such a huge field, most biomedical engineers choose to specialize in one particular area. Tissue, medical imaging, orthopedic surgery, biomechanics, and genetic engineering engineering are just a few of the many specialties available.

If you have a passion for science and a desire to help people improve their quality of life, then a career as a biomedical engineer might be a good fit for you.

Work Environment and Schedule

Most biomedical engineers work in medical manufacturing, pharmaceutical manufacturing, and research and development. There are also opportunities for employment at hospitals and colleges and universities.

The working environment for biomedical engineers varies depending on the company they work for and the type of work they do. Laboratories, offices, manufacturing facilities, and hospitals are all common work environments for people in this occupation.

Some biomedical engineers have to travel to meet with clients or visit manufacturing sites. Travel can be extensive, and it’s not uncommon for these engineers to be away from home for long stretches of time. As you consider a career in this occupation, you should think about the impact it would have on your personal life. Some people love to travel to work, but it can be difficult for others to manage.

Most biomedical engineers work full time, and are often able to keep regular schedules during normal working hours. However, this is a deadline driven occupation, and long hours may be required as deadlines approach.

How to Become a Biomedical Engineer

A minimum of a bachelor’s degree in biomedical engineering is required for most entry level positions. However, earning a graduate degree will open up some opportunities to you later in your career that wouldn’t be available without one.

Biomedical engineering programs include coursework in both engineering and biology disciplines. The exact subjects you will study vary from school to school, but normally include biomaterials, physiology, solid and fluid mechanics, and computer programming.

Before you enroll in a biomedical engineering program, you should make sure that it’s accredited by ABET. If it isn’t, your degree may not help you get a job after graduation.

Many employers prefer to hire candidates who have work experience, even for their entry-level positions. Getting an internship while in college can fulfill this requirement, and you should pursue one if you’re able. To learn about the internship opportunities available to you, visit your college’s career center.

If you’re still and high school and you’re considering a career in this field, taking advanced math and science courses can help prepare you for the job. Biology, calculus, chemistry, and physics all have real world applications in this occupation.

Employment Outlook

There are currently 15,700 biomedical engineers in the United States, with 1,310 new biomedical engineer job openings created each year.

Biomedical Engineer jobs are not expected to see much growth beyond their current levels in the next decade.

Biomedical Engineer Salaries

Overall Salaries

Biomedical Engineer salaries can vary depending on your experience, the location, company, industry, and benefits provided. Nationwide, most biomedical engineers make between $64,800 – $108,500 per year, or $31.16 – $52.18 per hour.

Career as a Biomedical Engineer – Description, Income, & Qualification


Biomedical engineer, just as the name suggests, is a person who uses science to create new tools for the use in biological and medical fields. They use their engineering knowledge to improve existing technologies, which are currently used in hospitals and other medical industry. There is a number of different fields where biomedical engineers are currently performing their duties; some are designing new medical equipment and devices, others are working on improving and making new software that healthcare institutes use.

Pacemaker is one example of devices that heart-patients can now use, mainly, thanks to biomedical engineers. Several new research centers will start operating in near future; this is increasing the demand for biomed engineers.

Some biomedical engineers are working on ways to produce artificial human organs. The demand of human replacement organs is increasing, so is the demand for people who can do the required research work!

Some biomedical engineering jobs involve installation, support, and repairing of medical equipment. Hospitals and research centers, both need their assistance in keeping all the equipment in working order.

There is also a growing demand for biomedical engineers in IT industry. People need their expertise in building computer programs. Nowadays, we use computers to operate machines, which add precision and effectiveness in their operation. Same goes for medical equipment and bio/med-engineers are the ones who make software that runs inside these machines.

Work Conditions and Timings

Biomedical engineers mostly work in laboratories. Most of their time is spend inside clinics and laboratories where they do design and research work. They work in a calm and friendly environment. This usually isn’t a stressful job.

Biomedical engineers work full-time. They mostly work on projects with flexible deadlines.

Some biomedical engineers work in hospitals. Their duties may vary depending on what job they are doing. For instance, hospitals may hire them to look-after/manage medical equipment and to make sure everything is in working order. Some jobs require maintenance and repair work too.


You need a bachelor’s degree in biology or medical engineering. During study, you will complete several lab training and research courses. In addition to lab-based work, you will also take computer programming and electric circuit courses.

If you are a student and want to pursue this as your career, then choose science subjects [biology, chemistry, etc.] in high school.

Check following links for more information:

1. Arizona State University
2. Boston University
3. Brown University
4. Bucknell University
5. California Polytechnic State University
6. Case Western Reserve University
7. City University of New York
8. Columbia University
9. DeVry University
10. Drexel University

Job Prospects

Biomedical engineering is one of the fastest growing industries. According to BLS, this industry is set to see a 23 percent increase in job-growth from 2014 to 2024. This is in fact one of the fastest growing occupations in United States!


Biomedical engineers who have the highest paying jobs in this field are making around $140,000 annually. The minimum wage is around $51,000/year. The median annual wage is approximately $86,500.

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