Biomedical Engineering Minor

The Biomedical Engineering interdisciplinary minor is designed for students interested in the application of engineering principles to medical and biological problems. The minor is particularly suitable for students pursuing an undergraduate degree in a different engineering major, physics, or other applied science who are seeking careers in health-related professions.

Penn State Behrend Biomedical Engineering Minor

Related Occupations

Bioengineering and Biomedical Engineering

This field focuses on applying engineering principles to healthcare, including designing medical devices and systems. Professionals solve problems like improving diagnostics, patient care, and therapeutic technologies. They work in labs, hospitals, or manufacturing environments, often collaborating with doctors and researchers.

Biological Technology

Biological technicians support scientific research by preparing experiments, analyzing samples, and recording results. They solve problems in biotechnology, medicine, and agriculture. Work environments include laboratories in universities, research institutions, and pharmaceutical companies.

Clinical Laboratory Science and Technology

Professionals in this field perform tests on blood, tissues, and other body fluids to help diagnose, monitor, and treat disease. They operate complex lab equipment, analyze results, and ensure quality control. They solve problems related to disease detection, lab accuracy, and patient care support. Work is primarily conducted in hospitals, diagnostic labs, or research institutions, often in highly controlled, sterile environments with strict safety protocols.

Electrical and Electronics Engineering

This field involves designing, developing, and testing electrical systems and electronic devices, from power grids to consumer electronics. Professionals solve problems related to energy efficiency, circuit design, signal processing, and systems integration. Work is typically done in labs, manufacturing plants, or engineering firms, with occasional field work for installations or testing.

Forensic Science

Forensic scientists collect, analyze, and interpret evidence for criminal investigations. They solve crimes by examining DNA, trace materials, and digital or chemical evidence. Work occurs in labs, crime scenes, and courtrooms, with a focus on precision and legal integrity.

Health and Safety Engineering

Professionals in this field develop systems and procedures to prevent injuries, illnesses, and property damage in workplaces. They solve problems related to hazard identification, regulatory compliance, and risk mitigation. Work environments include manufacturing facilities, construction sites, and corporate offices, often in collaboration with regulatory bodies.

Materials Engineering

Professionals study and develop materials to improve product performance and durability. They solve problems involving strength, weight, heat resistance, and environmental sustainability of materials. Work occurs in laboratories, manufacturing plants, or R&D facilities.

Mechanical Engineering

Mechanical engineers design, analyze, and manufacture mechanical systems and devices, from engines to robotics. They solve problems related to energy transfer, materials performance, and mechanical efficiency. Work settings include engineering offices, research labs, and industrial production facilities.

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