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Medical Materials Microdegree
Career Paths and Research Opportunities after Completion of the Micro-Degree for Undergraduate Students in Materials Science and Engineering
The COVID-19 pandemic highlighted the transformative potential of biomaterials technology worldwide, particularly through the use of lipid nanoparticles (LNPs) as delivery vehicles for mRNA vaccines. Since then, biomaterials have rapidly evolved as a core platform technology, converging with AI-driven design and data analytics to expand into precision diagnostics, smart healthcare, and next-generation functional materials. As a result, biomaterials are emerging as a key driver of high-value future industries.
In response, this microdegree program integrates the foundational principles of materials science and engineering with life science perspectives to cultivate biomaterial design competencies spanning medical, healthcare, and environmentally sustainable applications. Students develop the ability to control material microstructures and to comprehensively understand biological and environmental responses, enabling them to grow into interdisciplinary professionals sought after in both academia and industry.
Major Corporations in the Biomaterials Industry
Biomaterials engineers, based on professional expertise in medical and advanced materials engineering, possess the specialized capabilities to lead not only the medical industry but also high value-added industries across various sectors, including eco-friendly recyclable materials and anti-aging cosmetic materials. With this foundation, graduates can pursue careers in the following major corporations.
Biosignal sensing and wearable devices materials industry
Functional materials for medical and diagnostic devices
Bio-based recycled and eco-friendly materials industry
Functional biomaterials for bio-interactive medical and aesthetic applications
Graduate Study and Academic Research Fields in Biomaterials
For those wishing to further deepen their expertise as biomaterials engineers, progression to master’s and doctoral programs in research laboratories within the Department of Materials Science and Engineering or the College of Medicine is possible. Through this pathway, students build upon the fundamental competencies of materials science while incorporating research design perspectives that consider interactions with biological systems, thereby establishing the academic foundation necessary for interdisciplinary research.
By cultivating both specialization and expansion within multidisciplinary research environments, graduates may advance to academia—including departments related to materials, chemistry, and bio-fields—or to government-funded research institutes in related areas after obtaining their master’s or doctoral degrees.
Research Institutes
