Graduate Program

in Materials Science and Engineering 

With a projected 7% growth in materials engineering jobs (2023–2033), Stony Brook University’s STEM-designated MS and PhD programs in Materials Science and Engineering prepare students for impactful careers across industry, research, academia, and government laboratories. Through advanced, interdisciplinary training and close collaboration with world-class faculty and research centers, students develop expertise in areas such as energy storage, nanotechnology, biomaterials, semiconductors, coatings, and sustainable materials. Graduates are equipped to lead innovation and technology development across sectors including aerospace, electronics, energy, healthcare, and manufacturing.

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MS in Materials Science and Engineering: Program Overview

Build a strong foundation in materials theory, advanced applications, and experimental techniques through a flexible M.S. program designed for both industry careers and advanced study. With options to tailor your experience, the program emphasizes hands-on research, analytical problem-solving, and real-world application, preparing you to innovate across a wide range of materials-driven fields.

MS Program Highlights

• 30 credits – flexible full-time or part-time study 
• Thesis and non-thesis tracks aligned with your career goals 
• Strong focus on hands-on research and experimental techniques 
• Develop critical skills in analysis, design, and materials innovation 
• Prepares you for industry roles or continued PhD/professional study

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PhD in Materials Science and Engineering: Program Overview

Lead innovation at the forefront of materials research through a dynamic Ph.D. program that combines advanced coursework with original, high-impact research. Explore cutting-edge areas such as nanotechnology, biomaterials, energy storage, coatings, and semiconductors, while working alongside expert faculty and collaborating with premier research centers like Brookhaven National Laboratory and the Garcia Polymer Center. With a strong emphasis on real-world problem-solving, interdisciplinary training, and professional development, the program prepares graduates for leadership roles in academia, industry, and research institutions.

PhD Program Highlights 

• 60 credits – full-time study combining coursework and research 
• Fully funded through research and teaching assistantships 
• Research opportunities in energy storage, nanotechnology, biomaterials, coatings, and semiconductors 
• Develop leadership and mentoring skills through teaching and research roles 
• Culminates in comprehensive exams and a doctoral dissertation defense 

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Life After Graduation

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