Chemical and Materials Engineering Homepage Redesign Draft

Call to Action

Why CME at NJIT

Build the knowledge—and the experience—to solve consequential problems

Career value: Prepare for roles across pharmaceuticals, biotechnology, energy, consumer products, advanced manufacturing, and materials.

Hands-on learning: Connect classroom fundamentals with laboratory courses, undergraduate research, and interdisciplinary teams.

Research with impact: Work with faculty addressing challenges in health, energy, advanced materials, manufacturing, and sustainability.

Top 100

Chemical Engineering graduate program in the U.S.

U.S. News & World Report

the median salary of a Chemical Engineer nationally

Bureau of Labor Statistics

number of faculty working with undergraduates doing research

Faculty Research

Research with purpose

Advanced Materials: Structure, properties, processing, and performance.

Biotechnology and Biopharma: Engineering approaches for health and biological systems.

Membranes and Separations: Transport and separation technologies for complex systems.

Particle Engineering: Particles, powders, and manufacturing processes.

Polymers and Nanotechnology: Materials and systems designed across scales.

Environment and Sustainability: Technologies that reduce impact and recover resources.

Current student, alumni, and faculty stories that show learning and research in action.

I’m working on microfluidic biosensors for cancer detection. We hope this technology will replace invasive biopsies. "

Mehnaz Mursalat
I’m interested in current challenges the energy community faces."

Kerri-Lee Chintersingh
What I love about research at NJIT is that primary investigators draw on creative and hardworking thinkers throughout the campus community. "

Victoria Harbour