The Department of Chemistry and Chemical Biology at Stevens is known for its legacy of fostering and nurturing groundbreaking, world-class innovation.
Dr. Irving Langmuir, a former Stevens Chemistry faculty member, won the 1932 Nobel Prize in Chemistry for his discoveries in surface chemistry. Stevens was among the first to offer an undergraduate chemical biology degree in 1978 and today remains at the forefront of chemical biology with our internationally recognized faculty in the healthcare domain as well as with professionally diverse experiences in academia and industry.
In the Department of Chemistry and Chemical Biology, our mission is to:
- Create new knowledge with focus on advancing the field of chemical biology as our historic, unique, and synergistic intellectual frontier and anchoring the growth of interdisciplinary biomedical research at Stevens.
- Educate and empower tomorrow’s leaders and innovators with broad foundation in chemical and biological sciences, critical hands-on laboratory skills, integrative research spine experience, and global societal perspectives.
- Inspire students in introductory chemistry and biology courses using creative and evidence-based approaches, including active and problem-based learning, in a real world and global context.
- Expose students to career opportunities, as innovators, at the intersection between science, engineering, and medicine through research and clinical experiences, industrial internships, and study abroad programs.
Message from the Chair
Dr. Woo Lee, Chair of the Department of Chemistry and Chemical Biology
Chemistry and chemical biology is a thriving department at the Stevens Institute of Technology. In addition to offering access to spectacular views of New York City, the regional area has the highest concentration of healthcare-related enterprises in the world, including hospital networks and clinics, health insurance providers, pharmaceutical, life science and medical device companies, and other supporting industries.
With access to numerous regional resources, our students benefit from many experiential research and internship opportunities, and placement rates for graduates that are among the highest in the nation, including acceptance to medical school.
The department offers a several unique programs of study at the interface of chemistry, chemical biology, and biology, offering students the opportunity to work with a vibrant group of faculty who are performing research in areas such as computational, medicinal, physical and peptide chemistry, cancer biology and organoid-based disease modeling, drug discovery, and development and application of advanced bio analytical methods.
Even with these diverse research opportunities, we remain a relatively small department, which allows our students to develop close working relationships with faculty members. We strive to maintain a collegial environment, and we continue to offer small class sizes with updated teaching facilities. I invite you to join our community of researchers with molecular, cellular, and computational minds as a student member.
Dr. Woo Lee