Northeastern University

Overview

The Bioengineering program at Northeastern University integrates fundamental engineering principles with biological sciences, equipping students to innovate in medical technologies, biomaterials, and data-driven solutions for the healthcare and life sciences sectors. Through a combination of hands-on learning experiences and research opportunities, you will develop the technical expertise and collaborative skills essential for success in today's biomedical industries.

What you'll study

Core learning areas

• Quantitative foundations for analyzing biological systems
• Measurement, experimentation, and statistical methods in bioengineering
• Engineering principles applied to biomechanics and mechanobiology
• Bioelectricity and control concepts for biological signals and systems
• Transport phenomena and fluid dynamics in biological applications
• Biomolecular dynamics, modeling, and control
• Multiscale analysis connecting molecules to tissues and organs
• Design and application of biomaterials in biomedical contexts
• Development, manufacturing, and assessment of medical devices

Typical progression

• Early years: Establish a strong foundation in science and engineering, including quantitative methods and laboratory skills.
• Later years: Engage in advanced bioengineering coursework and undertake design-focused projects that tackle real-world biomedical challenges.
• Capstone / major project: Complete a significant design or research project as part of your degree requirements.

Experiential learning

• Co-op option: Take advantage of Northeastern’s cooperative education model, offering opportunities for professional experience that can enhance your learning and career readiness.

Entry requirements

While specific GRE/GMAT/GPA minimums are not listed, admission decisions are generally based on your academic history and the overall strength of your application. It is advisable to check with Northeastern’s admissions office for any program-specific requirements.

Career prospects

Graduates of the Bioengineering program are well-prepared for a variety of roles in the biomedical field, including positions in research and development, medical device design, and healthcare innovation. The skills acquired during your studies will enable you to contribute significantly to advancements in medical technology and improve patient care outcomes.