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Mechanical engineers help shape the technologies and systems that people rely on every day. From advanced manufacturing and robotics to aerospace, medical devices and energy systems, their work combines scientific principles, technical expertise and creative problem-solving.
Biomedical engineers apply principles from engineering and the biological sciences to equipment, devices, computer systems and software used in healthcare and other settings.
Engineers turn emerging technologies, scientific discoveries and complex problems into solutions that people and organizations can use. As those technologies and challenges change, so does the demand for different kinds of engineering expertise.
As automation and other technologies change how products are designed and produced, mechanical engineers have new problems to solve and new systems to understand.
Biomedical engineers apply technical expertise to some of the most complex challenges in human health. They develop technologies that can help clinicians diagnose disease, restore or support physical function, improve treatment and solve problems in healthcare.
Every step a knee-replacement patient takes, every grip of a modern prosthetic hand and every heartbeat sustained by an implanted device traces back to a single discipline: biomechanics. Where biology meets the laws of motion, engineers find ways to restore mobility, ease pain and improve lives.
Whether you're just entering the job market, contemplating switching careers or trying to figure out the best time to push for a more senior position, understanding salary data is one of the most useful tools you have.
How much does an engineering degree cost? That depends on many factors, including your education format, the school you choose, your payment options and more.
Asking, "Can AI replace engineers?" isn't paranoia. Over the last few years, advances in AI and machine learning have made striking contributions to the world around us.
Healthcare systems continue to face critical challenges, from affordability to quality of care. Meeting these challenges requires biomedical engineers who can develop technical solutions that enhance patients' lives.