A student working with chemical equipment by a window showing the Empire State Building.

About the Department of Chemical Engineering and Materials Science

The Department of Chemical Engineering and Materials Science at Stevens educates engineers and scientists who become technological leaders in the fields of chemical engineering and materials science.

The chemical engineering programs at Stevens originated in what became the Department of Chemistry and Chemical Engineering in the mid-1960s. The materials programs have their origins in what was originally the Department of Metallurgy, founded in 1938, which later became the Department of Materials and Metallurgical Engineering. In 1998, the chemical engineering undergraduate and graduate programs joined with the materials graduate programs to form the Department of Chemical Engineering & Materials Science.

The co-existence of these two synergistic engineering programs within the same department has been a unique source of strength. A number of the department’s faculty members have research and educational background in both disciplines, which is reflected in the diverse nature of our research focus areas:

  • inorganic material synthesis and crystal engineering

  • multi-scale modeling and simulation

  • nanophotonics and fiber optics

  • polymer synthesis, characterization, and processing

  • Reaction engineering

  • Tissue and cancer engineering

Many of these areas have important applications in sustainable energy and healthcare. Our exceptional faculty have strong accomplishments in research, teaching, and service. They have been called upon to serve in various important leadership roles in both the School of Engineering and Science and the Institute.


Message from the Chair

Henry DuChair, Department of Chemical Engineering and Materials ScienceWelcome to the Department of Chemical Engineering and Materials Science at Stevens. Our mission is to prepare engineers and scientists with the strong disciplinary foundations, critical-thinking skills, and problem-solving abilities needed to address society’s most important challenges. We combine rigorous education with leading-edge research and an interdisciplinary approach that prepares our students to be lifelong learners and leaders in a rapidly evolving world.

AI is transforming how we teach, learn, discover, and solve problems. We are embracing AI as an essential part of the educational experience — using it thoughtfully to deepen learning, enhance creativity and problem-solving, and equip our students to work responsibly and effectively with emerging technologies. Alongside AI, our curricula address critical challenges including sustainability, renewable energy, biomanufacturing, advanced materials, and the future of engineering.

We offer an undergraduate program in chemical engineering and graduate programs in chemical engineering and materials science. Our students learn from faculty with diverse research expertise and become part of a collaborative community of learners and researchers.

Undergraduates develop a strong foundation in chemical engineering, mathematics, and science, complemented by Stevens’ distinctive design spine, where students apply knowledge to real-world problems, collaborate in teams, and develop leadership skills. Graduate students work closely with faculty in cross-disciplinary teams, using state-of-the-art laboratories and computational tools to tackle challenges important to society, industry, and government. Our collaborative culture also encourages research across chemical engineering, materials science, and other engineering and science disciplines at Stevens, with students and faculty frequently working across disciplinary boundaries.

Our outstanding faculty and motivated students bring a broad and diverse range of experiences and perspectives. We foster a welcoming environment where every student can thrive — and where curiosity, collaboration, innovation, and responsible use of technology are at the heart of the Stevens experience. We look forward to welcoming you to our community.

Dr. Henry Du

Department Leadership

Henry Du (hdu)
Henry Du
Department Chair & Professor
McLean 103C and Burchard 427
Yujun Zhao
Yujun Zhao
Associate Chair for Undergraduate Studies
Pinar Akcora (pakcora)
Pinar Akcora
Associate Chair for Graduate Studies

Department Administration

Reginald Merores
Office Manager
[email protected]
201-216-5267
McLean 100B


Academic Contacts

Yujun Zhao
Undergraduate Studies
[email protected]
(201) 216-8358
McLean 403


Pinar Akcora
Graduate Studies
[email protected]
201-216-5060
McLean 415

Log In to Stevens Commons

The Department of Chemical Engineering and Materials Science intranet on Stevens Commons is where students, faculty, and staff can access key tools, research resources, documents and everything that powers our programs from the inside.


Stevens graduate Pam Cheng, Executive Vice President for AstraZeneca

A Legacy of Innovation: Sustainability in Pharmaceuticals

Department of Chemical Engineering alumna Pam Cheng '92 M.Eng. ’95 was named to the “TIME100 Health" list in 2024 for her pioneering work with AstraZeneca making the pharmaceutical industry more environmentally sustainable.

Newsletters

Browse the most recent Department of Chemical Engineering and Materials Science's archived newsletters.

2024 Newsletter Archive
2023 Newsletter Archive