Major in materials science and technology at Oregon
Imagine shaping the future of technology by designing materials that make quantum computing possible, creating sustainable energy solutions, or advancing medical innovations. At the University of Oregon, our materials science and technology (MSTC) major is the first of its kind in Oregon, blending chemistry, physics, and engineering into a dynamic, research and application driven program.
From day one, you’ll learn in state-of-the-art labs and work alongside faculty who are leaders in materials research. You’ll explore how atomic structure impacts performance, discover new materials for electronics and energy, and gain hands-on experience with advanced fabrication and characterization tools.
This major offers flexibility: choose a chemistry, physics or engineering emphasis, and tailor electives to your interests—whether that’s nanotechnology, polymers, semiconductors, or biomaterials. With strong ties to the Materials Science Institute, you’ll be part of a collaborative community pushing the boundaries of innovation.
Curriculum Overview
The materials science and technology degree begins as a pre-major, requiring two years of foundational coursework before you officially enter the major.
Foundational courses include general chemistry and physics sequences, mathematics through multivariable calculus and differential equations, and computational methods.
You will take introductory materials science courses such as MSTC 231 and 232 and participate in a research immersion course (CH 329) during the pre-major phase.
After completing the foundational requirements, you apply to declare the major, which typically occurs in your sophomore year.
This major has a capstone experience that includes a research project or internship under faculty mentorship.
There are three 4-year roadmaps available to help you plan your degree and graduate on-time: chemistry-focused, physics-focused, and engineering-focused.
Careers in materials science and technology
Materials science is everywhere and so are the opportunities. Graduates work in a wide range of industries, including: semiconductors and electronics, renewable energy and battery technology, aerospace and advanced manufacturing, and biotechnology and medical devices. Many students continue to top graduate programs or launch careers in R&D, product development, and tech entrepreneurship. With global demand for materials scientists growing, your degree from UO positions you at the forefront of innovation.