Graduate Program

in Chemical and Molecular Engineering

The U.S. Bureau of Labor Statistics projects 10% growth in chemical engineering jobs from 2023 to 2033, with approximately 1,400 openings annually, highlighting strong demand for highly trained professionals. In response, Stony Brook University’s STEM-designated MS and PhD programs in Chemical and Molecular Engineering prepare students for impactful careers across industry, research, academia, R&D, and government laboratories, with applications in pharmaceuticals, energy, biotechnology, environmental engineering, and advanced materials.

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MS in Chemical and Molecular Engineering: Program Overview

Build a strong foundation in chemical engineering principles, molecular-scale processes, and computational modeling through a flexible M.S. program designed for both industry careers and doctoral study. With options to pursue either research or applied training, the program equips you with the technical depth and practical experience needed to succeed in today’s evolving engineering landscape.

MS program highlights

• 30 credits – flexible full-time or part-time study 
• Thesis track: Conduct original research alongside expert faculty 
• Non-thesis track: Gain hands-on, applied experience through faculty-led or industry internships 
• Core coursework in fluid mechanics, thermodynamics, reaction engineering, and modeling 

• Research opportunities in pharmaceuticals, fuels, chemicals, food processing, and sustainability

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PhD in Chemical and Molecular Engineering: Program Overview

Advance the frontiers of science through a rigorous Ph.D. program that integrates advanced coursework with cutting-edge research in areas such as catalysis, drug delivery, green chemistry, and bio-inspired materials. Work closely with expert faculty and collaborate with leading institutions, including Brookhaven National Laboratory, while gaining hands-on experience with state-of-the-art analytical and computational tools. With a strong emphasis on interdisciplinary research, real-world impact, and professional development, the program prepares graduates for leadership roles in academia, industry, and government research.

PhD Program Highlights

• 60 credits – combining coursework and original research 
• Research areas include catalysis, nanotechnology, environmental science, energy storage, biomedical engineering, and more 
• Fully funded with teaching and research assistantships 
• Opportunities for leadership and mentoring experience 
• Culminates in comprehensive exams and dissertation defense 
• Research applications in pharmaceuticals, fuels, chemicals, food processing, and sustainability

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Life After Graduation

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