The University of Cincinnati’s Department of Mechanical, Materials, and Industrial Engineering (MMIE) is a research-intensive home for engineers who want to build things that matter — from high-temperature alloys for jet engines to smart manufacturing systems for the factory floor. Located inside CEAS, the college that invented cooperative education, MMIE graduates leave ready to lead.
Statistics last refreshed: May 2025.
The University of Cincinnati was founded in 1819 and today enrolls ~53,000 students across three campuses. Its Carnegie R1 designation reflects a sustained commitment to high-impact research.
Herman Schneider’s “Cincinnati Plan” — launched in 1906 from what is now CEAS — pioneered a model of paid, full-time work rotations integrated directly into degree programs. That same ethos shapes how MMIE faculty approach research partnerships today: industry sponsors don’t just write checks, they co-create knowledge alongside students and faculty.
::{.column width=“50%”} - Intelligent Manufacturing & Industry 4.0/5.0 - Additive Manufacturing & 3D-Printed Metallic Materials - Thermal & Fluid Systems - Structural Dynamics & Acoustics - Nano/Biomechanics & Nanomaterials - Energy Materials & Nanodevices :: ::{.column width=“50%”} - Metallurgy & Phase Transformations - Nuclear Engineering & Materials - Polymers & Soft Matter - Computational Materials Modeling - Dynamics & Controls - Data Analytics & AI for Engineering ::
Research in MMIE is organized around 6 major centers and more than a dozen specialized laboratories. Signature themes include:
Advanced Manufacturing — MMIE is a regional leader in additive manufacturing research, including gas-phase alloying and sintering kinetics of 3D-printed metals and magnetic-field assisted laser metal deposition of oriented nickel superalloys. The college’s Digital Fabrication Laboratory supports both fundamental science and technology-transfer projects.
Materials Characterization & Modeling — High-resolution TEM, thermomechanical testing, electron backscatter diffraction, CALPHAD-based thermodynamic and kinetic modeling, and phase-field simulation capabilities allow faculty to study materials from the atomic scale up.
Energy & Nuclear Materials — Growing investments in high temperature alloy performance, metals process modeling, rare-earth-free magnet materials, and energy device materials connect MMIE to national laboratory, Department of Defense, and Department of Energy priorities.
Smart Systems & Industry 4.0/5.0 — Faculty in dynamics, controls, structural health monitoring, and data analytics partner with regional manufacturers to deploy AI-driven inspection and process-optimization tools.
| Program |
|---|
| B.S. Mechanical Engineering |
| B.S. Industrial & Systems Engineering |
| B.S. Mechanical Engineering Technology |
| Minor in Materials Science & Engineering |
| M.Eng. Mechanical Engineering (coursework) |
| M.S. Mechanical Engineering (thesis) |
| M.Eng. Materials Science & Engineering (coursework) |
| M.S. Materials Science & Engineering (thesis) |
| Ph.D. Mechanical Engineering |
| Ph.D. Materials Science & Engineering |
Graduate students in MMIE have access to the full breadth of CEAS facilities, a rich seminar series, and UC’s professional-development infrastructure. Many research assistantships are funded through external grants from NSF, DOE, DOD/AFRL, and industrial sponsors.
Current and recent industrial partners include:
GE AerospaceSiemens Digital IndustriesThalesProcter & GambleCincinnati IncorporatedMaterionAir Force Research Laboratory (AFRL)NASA
MMIE’s industrial engagement model mirrors the broader UC co-op philosophy: deep, long-term relationships rather than transactional sponsorships. Mechanisms for engagement include:
“Our research agenda at the University of Cincinnati has grown incredibly, thanks to the talents of our faculty researchers and their passion for discovery.”
— Neville Pinto, PhD, President, University of Cincinnati
For sponsorship inquiries, contact the CEAS Research Office.
Cincinnati is home to a dense cluster of advanced-manufacturing and aerospace companies, giving MMIE researchers unmatched access to real-world problems and industry networking. The city’s cost of living is well below coastal research hubs, and students’ co-op earnings substantially offset the costs of tuition.
| [ | Department website |
| [ | Graduate admissions |
| [ | Research labs |
| [ | CEAS research office |