According to the University of Arkansas Biomedical Engineering Department, "The world of medicine is changing rapidly, with new treatments and diagnostic tools being developed and tested every day. Many life-enhancing breakthroughs in medicine resulted from the combination of engineering and biology. As a biomedical engineer, you will work on the cutting edge of the medical field, finding new ways to enhance our health and well-being. You could investigate new ways to diagnose and treat diseases like Alzheimer's and diabetes. You could design implants and prosthetics to help people with injuries, disabilities or diseases, or you could design high-tech medical equipment to be used in hospitals and doctor's offices. A bachelor's degree in biomedical engineering is also a great way to prepare for medical, dental or pharmaceutical school."

Arrthymia Device Engineer Bioengineer
Biomechanics Engineer Biomedical Engineer
Biomedical Engineering Technician Biomed Specialist
Clinical Engineer Clinical Scientist
Development Engineer Dentist
Drug Product Designer Field Engineer
Image Guided Specialist Laboratory Technician
Manufacturing Engineer Medical Device Developer
Pharmacist Pharmacy Technician
Physician Professor
Product Assurance Engineer Product Development Engineer
Project Manager Quality Assurance Engineer
R&D Engineer Rehabilitation Engineer
Researcher Scientist
Software Engineer Systems Engineer
Ultrasound Systems Design Engineer Validation Engineer
Analytical Skills Communication Skills
Creativity Critical Thinking
Investigative Skills Math Skills
Operations Analysis Skills Problem-Solving Skills
Quality Control Analysis Researching
Systems Analysis Skills Systems Evaluation Skills
Technology Design Skills Visualizing Complex Processes and Equipment

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