The WPI Department of Chemistry & Biochemistry (CBC) offers an interdisciplinary culture, a focus on practical problem solving, and a close one-on-one mentorship from world-class faculty that put students at the center of groundbreaking research impacting human health, society, and environment.

Our programs balance rigorous theory with practical applications, equipping students with the hands-on experience and innovative mindset that prepares them to solve real-world problems with ease. Students collaborate with faculty members and industry professionals in state-of- the-art facilities like our Life Sciences and Bioengineering Center, a thriving research and business complex that promotes interdisciplinary research.

Lifesaving Treatments

In his busy lab, José Argüello, professor of chemistry and biochemistry, is studying the biochemical ballet by which cells transport metal micronutrients, such as copper, zinc, cobalt, and iron, across their membranes and to the sites where they play fundamental roles.

How Heavy Metals Are Escorted into Cells

Preventing Disease

Toxic proteins are at the root of many diseases, so pharmaceutical companies look for compounds called ligands that will bind tightly to these proteins and deactivate them. George Kaminski, assistant professor of chemistry and biochemistry, has developed powerful new computational tools that will make the search faster and more precise.

Finding Proteins that Can Attack Disease

Career Outlook

Today’s fast-paced research requires chemists and biochemists who can hit the ground running. With their emphasis on hands-on learning and practical applications, WPI’s Chemistry & Biochemistry programs prepare students to transition seamlessly to meet such real-world challenges. Our graduates can be found everywhere, from Fortune 500 companies to start-ups and academia.

Spreading the Word

Suzanne Scarlata, the inaugural Richard T. Whitcomb Professor of Biochemistry, is president of the Biophysical Society, with over 9,000 global members. Her goals in the new role include efforts to establish a more stable U.S. research funding system, spreading the word about the biochemical and physical science realm of WPI, and forging more community collaborations with groups like UMass Medical School.

Playing with Graphene

Ken Zielinski, a WPI Chemistry & Biochemistry student, completed his B.S. in Chemistry at Worcester State University. He studied catalysis and air-sensitive organometallic chemistry with Jeremy R. Andreatta Ph.D, focusing on the synthesis and characterization of a monometallic bis-PTA pincer ligand for catalysis reactions in an aqueous medium as well as the synthesis of several cobaloxime catalysts for polymerization reactions.