Other Specialist/Technologist Healthcare Taxonomy Code 246ZB0301X
HealthProviders DB is a comprehensive database of healthcare providers, including a complete directory of all Biomedical Engineers.
As of today, the following are the total number of Biomedical Engineers nationally, in your state, and near your location.
Medicare
The following are the total number of Biomedical Engineers who accept Medicare in your state, the number who have opted out of Medicare, and the total number excluded from participation in Medicare nationwide.
Alaska – Alabama – Armed Forces Pacific – Arkansas – American Samoa – Arizona – California – Colorado – Connecticut – District of Columbia – Delaware – Florida – Federated States of Micronesia – Georgia – Guam – Hawaii – Iowa – Idaho – Illinois – Indiana – Kansas – Kentucky – Louisiana – Massachusetts – Maryland – Maine – Marshall Islands – Michigan – Minnesota – Missouri – Northern Mariana Islands – Mississippi – Montana – North Carolina – North Dakota – Nebraska – New Hampshire – New Jersey – New Mexico – Nevada – New York – Ohio – Oklahoma – Oregon – Pennsylvania – Puerto Rico – Palau – Rhode Island – South Carolina – South Dakota – Tennessee – Texas – Utah – Virginia – Virgin Islands – Vermont – Washington – Wisconsin – West Virginia – Wyoming
Select the State name above or from the HealthProviders DB App filter panel to show the list of Biomedical Engineers by State. In addition, you can also narrow the list by City and more from the filter panel.
You can download the Biomedical Engineers dataset using HealthProviders DB Export.
What do Biomedical Engineers do?
Biomedical engineers apply engineering principles, mathematics, and biology to design, develop, and test innovative medical devices, equipment, and systems, including artificial organs, prosthetics, and imaging machines, thereby enhancing patient care and human health.
Their work spans research and development in laboratories, as well as the installation, maintenance, and provision of technical support for medical equipment in hospitals and other clinical settings.
Responsibilities
Design and Development: Create innovative medical devices, software for medical equipment, and systems to address healthcare challenges.
Research: Investigate biological systems and new technologies to develop new diagnostics, treatments, and drug delivery systems.
Testing and Quality Assurance: Evaluate the safety, effectiveness, and efficiency of medical equipment and ensure compliance with regulatory standards.
Maintenance and Technical Support: In hospitals, technicians install, monitor, and maintain a wide range of medical devices, troubleshooting problems to ensure they function correctly.
Collaboration: Work closely with doctors, scientists, and other engineers to understand clinical needs and develop practical solutions.
Examples of Work
Medical Devices: Design artificial limbs, pacemakers, cochlear implants, and surgical robots.
Diagnostic Equipment: Develop and improve machines such as MRI scanners, ultrasound devices, and ECGs for accurate disease diagnosis.
Drug Delivery Systems: Create new ways to deliver medications and therapies to the body.
Biomaterials: Develop new materials for medical implants and prosthetics to be compatible with the human body.
Environment
Hospitals: Focus on equipment maintenance, installation, and technical support.
Research Institutions: Conduct research and develop new tools and equipment.
Universities: Engage in research, design, and testing of new medical technologies.
Technology and Pharmaceutical Companies: Develop software for medical devices and create new drug therapies.