1

Biomedical Engineer Jobs in Tennessee (NOW HIRING)

About the Job The Varsity Tutors Live Learning Platform has thousands of students looking for online Biomedical Engineering tutors nationally. As a tutor on the Varsity Tutors Platform, you'll have ...

Biomedical Technician Intern

Nashville, TN · On-site

$24.50 - $32.25/hr

Summary The TRIMEDX Biomedical Engineering Intern gainson the job training by shadowing experienced clinical engineers, biomedical engineers, lab engineers, and radiology engineers under the close ...

next page

Showing results 1-20

Biomedical Engineer information

See Tennessee salary details

$37.2K

$86K

$127.1K

How much do biomedical engineer jobs pay per year?

As of Jun 16, 2026, the average yearly pay for biomedical engineer in Tennessee is $86,049.00, according to ZipRecruiter salary data. Most workers in this role earn between $67,600.00 and $105,300.00 per year, depending on experience, location, and employer.

What engineers make $500,000?

Highly experienced biomedical engineers working in senior roles, management, or specialized fields such as medical device development can earn salaries approaching or exceeding $500,000 annually, especially with bonuses and stock options. Achieving this level typically requires advanced degrees, extensive experience, and leadership responsibilities within the industry.

What type of jobs do biomedical engineers do?

Biomedical engineers design and develop medical devices, equipment, and software used in healthcare, such as imaging systems, prosthetics, and diagnostic tools. They often work in research labs, hospitals, or manufacturing environments, applying engineering principles to improve patient care and medical technology. Strong knowledge of biology, engineering, and computer skills are essential for these roles.

What can I work with a biomedical engineering degree?

A biomedical engineer can work in designing medical devices, developing healthcare technologies, and improving clinical equipment. They often work in hospitals, research labs, or manufacturing settings, utilizing skills in biology, engineering, and computer-aided design. Certifications and knowledge of regulatory standards can enhance employment opportunities.

What are biomedical engineers?

Biomedical engineers are professionals who apply principles of engineering and biological sciences to design, develop, and maintain equipment, devices, computer systems, and software used in healthcare. They work to improve the quality and effectiveness of patient care by creating technologies such as artificial organs, medical imaging devices, and prosthetics. Biomedical engineers often collaborate with doctors, researchers, and other engineers to solve clinical problems and advance medical technology. Their work can be found in hospitals, research facilities, manufacturing companies, and regulatory agencies.

What Do Biomedical Engineers Do?

A Biomedical Engineer is an expert in the fields of medicine and biological sciences. They use their extensive knowledge base to develop different kinds of equipment and devices with the end goal of improving the effectiveness of patient care. Biomedical Engineers are critical thinkers and analysts. Their time is spent brainstorming solutions to medical problems and designing new devices, such as diagnostic machinery and even equipment for artificial body part generation. It is the job of a Biomedical Engineer to maintain the equipment they develop and to train other clinicians on proper usage and upkeep. In addition to the hands-on aspect of this career, Biomedical Engineers also dedicate time to researching medical dilemmas, studying up on biological discoveries, and assisting in the development of new scientific advances.

What are some common challenges biomedical engineers face when working on interdisciplinary teams?

Biomedical engineers frequently collaborate with professionals from diverse backgrounds, including clinicians, software developers, and regulatory specialists. One common challenge is effectively communicating technical concepts to non-engineers and aligning project goals across disciplines. Navigating differing priorities and timelines can also require strong project management and interpersonal skills. Emphasizing clear communication and a willingness to learn from other fields helps biomedical engineers successfully contribute to innovative healthcare solutions.

What is the difference between Biomedical Engineer vs Mechanical Engineer?

AspectBiomedical EngineerMechanical Engineer
Required CredentialsBachelor's in Biomedical Engineering or related field; often licensed or certifiedBachelor's in Mechanical Engineering; licensure varies by role
Work EnvironmentHospitals, medical device companies, research labsManufacturing, automotive, aerospace, research facilities
Industry UsageHealthcare, medical device development, biotechAutomotive, aerospace, energy, manufacturing

Biomedical Engineers focus on designing and improving medical devices and healthcare solutions, working mainly in healthcare settings. Mechanical Engineers have a broader scope, working on machinery, systems, and products across various industries. While both roles require engineering degrees, their work environments and industry applications differ significantly.

What are the key skills and qualifications needed to thrive as a Biomedical Engineer, and why are they important?

To thrive as a Biomedical Engineer, you need a solid background in biology, engineering principles, mathematics, and often at least a bachelor's degree in biomedical engineering or a related field. Familiarity with CAD software, medical imaging systems, and regulatory standards such as FDA guidelines is typically required. Strong problem-solving, communication, and teamwork skills help you collaborate with healthcare professionals and translate technical solutions into clinical practice. These competencies are crucial for developing safe, effective medical devices and technologies that improve patient outcomes.

Can a Biomedical Engineer make 200k?

Biomedical engineers can earn salaries approaching or exceeding $200,000 annually, primarily with extensive experience, advanced degrees, or specialized skills in areas like medical device development or management. High salaries are more common in senior roles, leadership positions, or in certain geographic regions with higher living costs. Certifications and expertise in regulatory standards can also contribute to higher compensation.
What are the most commonly searched types of Biomedical Engineer jobs in Tennessee? The most popular types of Biomedical Engineer jobs in Tennessee are:
What cities in Tennessee are hiring for Biomedical Engineer jobs? Cities in Tennessee with the most Biomedical Engineer job openings:
Infographic showing various Biomedical Engineer job openings in Tennessee as of June 2026, with employment types broken down into 50% Full Time, and 50% Contract. Highlights an 50% In-person, and 50% Remote job distribution, with an average salary of $86,049 per year, or $41.4 per hour.

$61K/yr

Other

Posted 27 days ago


Job description

As a Biomedical Engineer (BME) for the Lt. Col. Luke Weathers, Jr. VA Medical Center, Memphis, TN, the incumbent provides professional engineering support to a complex, highly technical, and service-oriented Healthcare Technology Management Section within Engineering Service. The Biomedical Engineering Program includes medical technology assessment, strategic planning, acquisition support, implementation, coordination, equipment management, and ongoing maintenance support.
Qualifications:Applicants pending the completion of educational or certification/licensure requirements may be referred and tentatively selected but may not be hired until all requirements are met.
Basic Requirements:
  • United States Citizenship: Non-citizens may only be appointed when it is not possible to recruit qualified citizens in accordance with VA Policy.
  • Education and/or Experience. [The individual must meet either item (1) or (2) below to meet this requirement:
(1)Bachelor's Degree or Higher in Engineering. To be creditable, the curriculum must be from a school of engineering with at least one curriculum accredited by the Accreditation Board for Engineering and Technology (ABET), as a professional engineering curriculum. Examples of acceptable engineering degrees include: Biomedical Engineering, Clinical Engineering, Bioengineering, Biomechanical Engineering, Electrical Engineering, Mechanical Engineering, and Biochemical Engineering. Titles may vary from educational institutions and change over time.
OR,
(2)Certification as a Certified Clinical Engineer (CCE) and a bachelor's degree not listed in item 3.b.(1) above.
May qualify based on being covered by the Grandfathering Provision as described in the VA Qualification Standard for this occupation (only applicable to current VHA employees who are in this occupation and meet the criteria).
  • English Language Proficiency. Biomedical Engineers must be proficient in spoken and written English in accordance with chapter 2, section D, paragraph 5a, this part.

Grade Determinations: In addition to the Basic Requirements, applicants must meet the following Grade Requirements for the GS-7 to GS-12 grade level:
GS-7 (Entry Level)
  • Experience- None beyond the basic requirements.
  • Education- Bachelor's degree as outlined in paragraph, above, or CCE certification with at least a bachelor's degree.
  • Demonstrated Knowledge, Skills, and Abilities. None beyond the basic requirements.
GS-9 (Developmental (Level 1)
  • Experience. At least [one] year of specialized experience equivalent to the next lower level. ~OR~
  • Education- Master's degree in Biomedical Engineering, or a related field of study. ~OR~
  • Bachelor's degree, plus two full years of progressively higher level graduate education in a related field of study, that demonstrates the KSAs for the GS-9 level assignment.
  • Demonstrated Knowledge, Skills, and Abilities[. In addition to the experience above, the candidate must demonstrate all of the following KSAs:
i. Knowledge of the principles, theories, concepts, and practices of the Biomedical Engineering profession.
ii. Ability to interpret relevant codes, regulations, guidelines, and standards, and make recommendations to ensure compliance with medical center programs.
iii. Ability to understand the operational needs of clinical services in the healthcare system.
iv. Ability to prepare material on current technical topics and trends, for presentation to other technical staff and mid-level hospital management, and the ability to keep abreast of changes in technology.
GS-11 (Developmental (Level 2)
  • Experience. At least [one] year of experience equivalent to the next lower level, and must fully meet the KSAs at that level. ~OR~
  • Education- Ph.D., or equivalent doctoral degree in Biomedical Engineering, or a related field of engineering. ~OR~
  • Bachelor's degree, plus three full years of progressively higher level graduate education in a related field of study, a related field of engineering.
  • Demonstrated Knowledge, Skills, and Abilities. In addition to the experience above, the candidate must demonstrate all of the following KSAs:
i. Ability to implement and/or sustain an equipment management or biomedical research program that meets The Joint Commission (TJC), National Fire Protection Association (NFPA), or other applicable regulatory requirements.]
ii. Ability to develop material for a continuing education program for clinical or research staff, that address the principles and application of medical technology, and/or biomedical theory used in healthcare.
iii. Ability to advise [ ] staff on emerging medical [ ] technology[, or research procedures], while keeping abreast of changes in such technology, and utilizing the information to solve biomedical engineering problems.
iv. Knowledge of basic project management principles, as applied to the healthcare setting and medical equipment, and information system implementation.
GS-12 (Full Performance Level)
  • Experience. Completion of at least [one] year of specialized experience equivalent to the next lower level; or completion of a post-doctoral research fellowship in the field of biomedical engineering, and must fully meet the KSAs at that level.
  • Demonstrated Knowledge, Skills, and Abilities. In addition to the experience above, the candidate must demonstrate all of the following KSAs:
i. Ability to conduct a medical equipment management or biomedical research program that is compliant with applicable healthcare standards and regulatory agencies.
ii. Ability to develop a curriculum for a continuing education program, that address the safe and effective use of medical technology, and/or research devices.
iii. Ability to manage a recall and safety alert program for medical devices, including medical device hazard investigations, to assure compliance with patient safety goals, SMDA, and [TJC] requirements.
iv. Ability to conduct capital asset and infrastructure planning for medical equipment spanning initial concept, installation, and effective implementation of complex medical equipment.
v. Ability to function as the subject matter expert in the field of biomedical engineering, directly supporting specialized clinical technology, including service, system administration, training, quality assurance, and life-cycle management.
vi. Ability to effectively advise clinical and administrative staff on medical technology, including existing and emerging technology, which addresses viability, long-term suitability, compatibility, and/or safety.
vii. Knowledge of concepts related to computer based medical systems, networking protocols, and information security as it applies to medical technology within VHA.
viii. Skill in communicating and working collaboratively with key stakeholders, including technical and professional staff at various levels of the organization.
ix. Ability to apply project management principles to deployment of medical equipment and health information technologies.
Reference: For more information on this qualification standard, please visit https://www.va.gov/ohrm/QualificationStandards/.
The full performance level of this vacancy is GS-12. The actual grade at which an applicant may be selected for this vacancy is in the range of GS-07 to GS-12.
Physical Requirements: The work environment involves everyday risks or discomforts that require normal safety precautions typical of such places as offices, training rooms, and libraries. The work area is adequately lighted, heated, and ventilated. The Biomedical Engineer must also work outdoors occasionally in all types of weather. There may be occasional exposure to moderate risks or discomforts in storage areas or hazardous waste sites. The work is primarily sedentary, although some physical effort may be required, e.g., walking, standing, climbing ladders, stooping, kneeling, and carrying light items such as manuals or briefcases, or driving or traveling by motor vehicle.Education:Please see above Qualifications for education requirements. Must provide copy of transcript.
Note: Only education or degrees recognized by the U.S. Department of Education from accredited colleges, universities, schools, or institutions may be used to qualify for Federal employment. You can verify your education here: http://ope.ed.gov/accreditation/. If you are using foreign education to meet qualification requirements, you must send a Certificate of Foreign Equivalency with your transcript in order to receive credit for that education. For further information, visit: https://sites.ed.gov/international/recognition-of-foreign-qualifications/.Employment Type: OTHER