Chemical & Biomolecular Engineering, MEng

2 Year On Campus Bachelors Program

University of Illinois Urbana Champaign

Program Overview

The Master of Engineering in Chemical Engineering Leadership (M.Eng.) at the University of Illinois Urbana-Champaign is a 34-credit professional degree designed for early- to mid-career engineers and recent engineering graduates who want to combine advanced chemical engineering knowledge with business and leadership skills. Students learn to tackle complex industry challenges by developing expertise in technical engineering, financial and business decision-making, value-chain management, innovation, and leadership of multidisciplinary teams.

Curriculum Structure:

Year 1:

Students build the technical foundation of the program through courses such as CHBE 521: Applied Mathematics in CHBE, CHBE 523: Heat and Mass Transfer or CHBE 513: Advanced Transport Phenomena, and CHBE 551: Chemical Kinetics & Catalysis. Alongside this technical preparation, courses such as BADM 508: Leadership and Teams, ACCY 503: Managerial Accounting, and CHBE 581: Leadership Skills Application develop the business and leadership capabilities needed to move into engineering-management roles.

Year 2:

Students who complete the program over 24 months can further develop their professional skills through CHBE 582: Business Value and Skills Application, technical electives, and the program's experiential capstone. The ENG 572: Professional Practicum or ENG 573: Capstone Project allows students to apply their technical, business, and leadership knowledge to a high-value problem for an industry client or employer, while CHBE 594 industry workshops provide direct interaction with industry leaders and senior executives.

The M.Eng. can also be completed in approximately 12 months, so the two-year structure above represents the extended 24-month pathway rather than a mandatory two-year sequence.

Focus Areas:

Chemical Engineering, Advanced Transport Phenomena, Chemical Kinetics and Catalysis, Applied Mathematics, Business Value, Managerial Accounting, Leadership, Team Management, Innovation, Value-Chain Management, Engineering Management.

Learning Outcomes:

Students develop the ability to integrate advanced chemical engineering knowledge with business decision-making, analyze and create value across industrial processes and operations, lead high-performing multidisciplinary teams, identify and deliver innovative solutions, and apply technical and leadership skills to complex industry problems.

Professional Alignment (Accreditation):

The Illinois M.Eng. in Chemical Engineering Leadership is a terminal professional master's degree designed for industry careers, rather than a research degree. The program combines graduate-level technical engineering coursework with business and leadership training and includes industry workshops and an industry-focused practicum or capstone; the department does not present this graduate M.Eng. as a separately ABET-accredited degree.

Reputation (Employability & Rankings):

The Chemical and Biomolecular Engineering graduate program at Illinois was ranked No. 11 nationally by U.S. News & World Report in the 2025 Best Graduate Schools rankings, while The Grainger College of Engineering's graduate engineering program ranked No. 7 overall. Illinois also reports an average annual salary of $114,730 for ChBE graduate students who obtained jobs in industry or government, based on 2024–25 data; this figure is department-wide graduate data and is not limited specifically to M.Eng. graduates.

Experiential Learning (Research, Projects, Internships etc.)

The M.Eng. in Chemical Engineering Leadership at the University of Illinois Urbana-Champaign is strongly connected to industry, giving students multiple opportunities to apply technical, business, and leadership concepts to real engineering challenges. The program includes industry-led workshops in Chicago, where students interact with senior executives, as well as an ENG 572 Professional Practicum or ENG 573 Capstone Project in which students solve a high-value problem for an industry client or employer. Students can also benefit from Illinois’ extensive chemical engineering research infrastructure, computational resources, characterization facilities, and interdisciplinary institutes when their coursework or projects require advanced technical resources.

Students can develop practical skills through:

Industry-led workshops: The two CHBE 594 special-topic courses are delivered as two-day workshops in Chicago, bringing M.Eng. students together with industry leaders and senior executives to examine how engineering, business, and leadership practices are applied in real-world situations.
Professional Practicum: ENG 572 allows students to gain experiential experience by working on a high-value problem for an industry client or employer and applying the technical and leadership skills developed during the degree.
Industry Capstone: ENG 573: Capstone Project provides another project-based route in which students integrate their chemical engineering, business, and leadership knowledge to address an industry problem.
Collaborative learning: The workshops include smaller breakout sessions where participants share experiences and consider how the concepts learned can be applied to current work or study opportunities.
Computational research: Illinois Chemical & Biomolecular Engineering has research activity in computational engineering, using scientific computing and modeling of complex chemical and biomolecular systems.
Chemical Sciences characterization facilities: Students have access to facilities including the High-throughput Screening Facility, Microanalysis Laboratory, Mass Spectrometry Laboratory, NMR Laboratory, and X-Ray Diffraction Laboratory through the School of Chemical Sciences.
Holonyak Micro & Nanotechnology Laboratory: HMNTL provides access to 15 Class 100 and 1000 cleanrooms, 46 general-purpose laboratories, and a 2,500-square-foot BSL-2 bionanotechnology complex, supporting work involving microelectronics, biotechnology, and nanotechnology.
Materials Research Laboratory: The MRL supports interdisciplinary materials research and houses more than 140 instruments valued at over $40 million, providing substantial characterization and materials-research infrastructure.
National Center for Supercomputing Applications (NCSA): NCSA provides high-performance computing resources for computational research, and several Chemical & Biomolecular Engineering faculty use its resources for computational work.
Carl R. Woese Institute for Genomic Biology: Its Core Facilities provide biological microscopy and image-analysis resources, user training, experimental-design and data-interpretation support, and a high-performance computer lab equipped with Amira and Imaris software.
Engineering and chemistry libraries: Students can use the Chemistry Library for chemical engineering books, journals, study spaces, and other resources, while the Grainger Engineering Library Information Center provides engineering workstations used for CAD, numerical analysis and modeling, and software development.
Interdisciplinary institutes and collaborations: Chemical & Biomolecular Engineering researchers collaborate with organizations and institutes including the Beckman Institute, Carl R. Woese Institute for Genomic Biology, Holonyak Micro & Nanotechnology Laboratory, NCSA, BioMADE, and the Center for Advanced Bioenergy and Bioproducts Innovation (CABBI).

Progression & Future Opportunities

The M.Eng. in Chemical Engineering Leadership at the University of Illinois Urbana-Champaign is built specifically for students targeting professional careers in industry or government, combining advanced chemical engineering with business, management, and leadership training. Graduates can pursue roles such as Chemical Engineer, Process Engineer, Engineering Manager, and Process Development Engineer, with the program’s industry workshops and client-based practicum/capstone providing direct opportunities to apply these skills.

Key career-development opportunities include:

Career services: Students can use School of Chemical Sciences Career Services for career advising, industrial job-search coaching, résumé/CV and cover-letter assistance, mock interviews, and professional-development workshops. On-campus students can also access Grainger Engineering Career Services, the Graduate College Career Development Office, and The Career Center.
Employment and salary: Illinois reports an average annual salary of $114,730 for graduate students who obtained jobs in industry or government, based on 2024–25 graduate outcomes data. This figure is for Chemical & Biomolecular Engineering graduate students overall and is not limited specifically to M.Eng. graduates.
Industry partnerships: Companies can sponsor student internships and capstone projects, propose business challenges, and participate in industry workshops as mentors, advisors, or case-study contributors.
TSMC collaboration: In 2025, TSMC Arizona visited Illinois ChBE to explore longer-term collaboration involving internships, capstone/practicum projects, industrial design projects, engagement events, and other opportunities for M.Eng. students.
Industry workshops: Students meet experienced industry leaders and senior executives through two-day workshops held during the Fall and Spring semesters, gaining exposure to how engineering, business, and leadership practices are applied in real-world situations.
Graduation outcomes: The program is intentionally structured as a terminal professional degree for industry or government careers, rather than as a research master's or direct doctoral pathway.
Professional value: Students graduate with a combination of technical chemical engineering knowledge, financial analysis, leadership, management, strategic planning, and industry experience—skills designed to support progression toward leadership positions.

Further Academic Progression: The Illinois M.Eng. is explicitly designed as a professional, non-thesis degree and is not a pathway to a doctoral program. Students who want to pursue research or a Ph.D. should consider the department's doctoral route rather than treating the terminal M.Eng. as a direct Ph.D. pathway; Illinois states that it does not offer a terminal M.S. in Chemical Engineering, with its M.S. option available to doctoral candidates.