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From cancer-fighting compounds to eco-friendly manufacturing, SDSU’s chemistry research tackles real-world challenges through innovation and discovery. Our programs span environmental and bioanalytical chemistry, chemical sensor development, organic synthesis and more. Current projects explore drug discovery, climate change chemistry, advanced materials and cutting-edge analytical techniques.

Empower your students by deepening your understanding of chemistry. Designed for licensed, in-service science teachers, this flexible master's program blends online coursework with hands-on summer research at SDSU. Over two consecutive summers, you’ll enhance your chemistry expertise and bring richer, more effective learning into your classroom, all with minimal disruption to your teaching schedule.

From plant-derived cancer treatments to sustainable manufacturing solutions, SDSU’s chemistry research tackles challenges through creativity and scientific rigor. Our faculty and students explore a wide range of focus areas, including environmental chemistry, bioanalytical methods, chemical sensors, organic synthesis and materials development. Current projects span drug discovery, metabolomics, climate chemistry and advanced analytical techniques, grounded in the core disciplines of analytical, inorganic, organic and physical chemistry.

An M.S. in biochemistry is a high-impact research degree designed to bridge the gap between foundational science and medical breakthroughs. Students lead cutting-edge projects in proteomics and cellular biochemistry within our state-of-the-art Avera Health and Science Center.

At SDSU, biochemistry research investigates the molecular basis of life and disease, encompassing topics such as cancer, aging, immune function and protein interactions. Students work on cutting-edge projects, in areas such as structural biology, proteomics and cellular biochemistry, with opportunities to collaborate with Sanford Research to translate discoveries into real-world treatments.

From nuclear science and advanced materials to quantum technologies and the fundamental particles that make matter, SDSU’s physics M.S. program gives you the opportunity to explore how physics can shape the future. Build a strong foundation through advanced coursework and hands-on research while developing skills in experimentation, problem-solving and scientific analysis. Prepare for careers in research, technology, energy, healthcare, education and other growing fields — or take the next step toward a Ph.D.

Push the boundaries of physics through advanced training and original research at SDSU. Explore exciting questions across nuclear science, magnetic materials, quantum and energy technologies, fundamental particles and the forces that govern them, and more while working closely with faculty mentors. Gain the expertise to develop new knowledge, tackle complex scientific challenges and prepare for impactful careers in academia, national laboratories, industry and beyond.