Chemical Engineering M.S.

The M.S. in Chemical Engineering at Rensselaer Polytechnic Institute (RPI) gives students the opportunity to strengthen their practical and research skills through advanced coursework, faculty-guided research, and a thesis project. Students can engage with research in areas such as chemical processes, materials, biotechnology, energy, and environmental engineering, using specialized laboratories and research infrastructure across RPI. The thesis option provides an opportunity to investigate a focused engineering problem and develop experience in planning, conducting, and communicating independent research.

Students can explore these program-related practical and research opportunities:

• Research laboratories and equipment: Students may access the department’s research and instructional laboratories, which include gas chromatography/mass spectrometry, X-ray fluorescence analysis, ion chromatography, high-performance liquid chromatography (HPLC), and laser-based particle characterization equipment. These tools support research in chemical analysis, reaction engineering, separations, materials, and related areas.

• Center for Biotechnology and Interdisciplinary Studies (CBIS): This facility offers specialized core resources in analytical biochemistry, bioimaging, microbiology and fermentation, microscopy, genomics, proteomics, and nuclear magnetic resonance, supporting interdisciplinary research in biotechnology and biological engineering.

• Materials research facilities: The Center for Materials, Devices, and Integrated Systems and the Materials Research Center provide access to shared materials characterization and processing resources, including polymer laboratories and electron optics facilities.

• Computational research: The Center for Computational Innovations provides high-performance computing infrastructure for computational and simulation-based research. The department also includes faculty research involving theoretical, experimental, and simulation approaches.

• Thesis and faculty-guided research: Students in the thesis pathway conduct independent research under faculty supervision, allowing them to investigate a specialized chemical engineering topic and develop research and technical communication skills.

• Graduate research presentations: RPI’s School of Engineering holds an annual Graduate Research Symposium, where graduate students can present thesis research through talks and posters and participate in career-focused panels.

• Internships and group projects: The M.S. catalog does not specify a required internship, field trip, or standard group-project component. Students should confirm elective-specific or adviser-arranged opportunities with the department.

• Software and digital tools: The department supports computational research, but the published M.S. requirements do not name a specific software package that every student must use. Tools will depend on the student’s research area and adviser.

Facilities and research resources:

RPI’s Chemical and Biological Engineering research facilities support experimental, analytical, computational, and interdisciplinary work, giving students access to resources relevant to advanced chemical engineering research.

The M.S. in Chemical Engineering at Rensselaer Polytechnic Institute (RPI) prepares graduates to apply advanced engineering knowledge to research, process development, and industrial challenges. With its focus on specialized coursework and independent research, the program can support career paths in chemical manufacturing, biotechnology, energy, materials, and process engineering.

Graduates may pursue roles such as Chemical Engineer, Process Development Engineer, Research and Development Engineer, Process Design Engineer.

Career development and opportunities include:

• Career support: RPI’s Center for Career and Professional Development (CCPD) offers individualized career counseling, resume and CV reviews, cover-letter guidance, interview preparation, job-search strategies, networking support, and offer-negotiation advice. Graduate students can also use Handshake to explore full-time jobs, internships, research opportunities, and fellowships.

• Employment and salary information: RPI’s published information does not provide a current, verified employment rate or salary figure specifically for Chemical Engineering M.S. graduates. Historical university reports have included graduate employment and salary data, but these figures are not suitable as current program-specific outcomes.

• University–industry connections: RPI has an established relationship with GlobalFoundries, including semiconductor workforce-development initiatives and internship opportunities for participating students. The partnership illustrates industry engagement in engineering and technology, although it is not identified as an exclusive partnership for the Chemical Engineering M.S.

• Accreditation value: RPI’s undergraduate Chemical Engineering program is accredited by ABET. The M.S. degree is not separately identified as ABET-accredited. The graduate program’s value comes from advanced technical training, research experience, and preparation for professional practice or further study.

• Graduation outcomes: RPI’s Chemical and Biological Engineering department reports that its graduate curriculum develops advanced proficiency in core chemical engineering, research techniques, and written and oral communication. These outcomes support professional careers and further graduate study, though a specific M.S. placement rate is not published.

Further Academic Progression:

After completing the M.S., students who wish to pursue advanced research or academic careers can apply to a Ph.D. in Chemical and Biological Engineering at RPI or explore doctoral programs at other universities. RPI’s Ph.D. program involves advanced specialty coursework, independent research, a dissertation proposal, and a final dissertation defense. Students may develop expertise in areas such as transport processes, catalysis and separations, biotechnology, materials, and process design.