“Bringing research development support for The Texas A&M University System members
to support the research enterprise across the System.”
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Want to join our list of Materials Science and Engineering experts?
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TAMUS Materials & Manufacturing
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System Manufacturing & Materials Infrastructure
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Campus-by-Campus Research Strengths and Topic Experts
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Quick Collaboration Guide – “Where to Go for What”
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System-wide Materials & Manufacturing Directory
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Materials Science and Engineering Across
The Texas A&M University System |
A Systemwide Briefing on Research Strengths, Facilities, and Expertise |
The Texas A&M University System brings together one of the nation’s most comprehensive portfolios of materials science, advanced manufacturing, and infrastructure research. From nanofabrication and biopharmaceutical manufacturing to large-scale infrastructure testing and digital manufacturing systems, System researchers offer depth, scale, and collaborative reach rarely found within a single academic enterprise.
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This briefing highlights shared infrastructure, campus-specific capabilities, and representative faculty expertise to help industry, federal agencies, and academic partners quickly identify opportunities for engagement across The Texas A&M University System.
Building on this foundation, we feature Dr. Ibrahim Karaman of the Texas A&M University Materials Science and Engineering Department, whose leadership has been central to advancing the field and elevating the department through sustained research excellence and faculty development. We also highlight Dr. Dimitris Lagoudas, whose vision and leadership were instrumental in establishing the Materials Science and Engineering Department and in building its strong national and international standing.
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Chevron Professor I, Dr. Ibrahim Karaman, was appointed Department Chair of the newly formed Department of Materials Science and Engineering (MSEN) in 2014. Through his exemplary leadership, the department has since grown significantly. MSEN has consistently been recognized as one of the top materials science and engineering programs in the nation and is internationally known for its innovation and impact in the field. Dr. Karaman has made numerous contributions to the processing and characterization of crystalline materials, has published hundreds of articles in prestigious journals, and has multiple patents. He has received several accolades for his contributions, including the ONR Young Investigator Award, the NSF CAREER Award, the Gary Anderson Early Achievement Award from ASME and AIAA, the TMS Robert Lansing Hardy Award, and a Fellowship to ASM. In 2018, Dr. Karaman received the Brimacombe Medal in recognition of his
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“revolutionary research on smart materials and for exceptional service to the community through the establishment of the Department of Materials Science and Engineering at Texas A&M University.”
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Distinguished University and Regents Professor, Dr. Dimitris Lagoudas, currently holds the Robert C. “Bud” Hagner Chair of Engineering. Dr. Lagoudas is renowned for his pioneering research in the design, characterization, and modeling of multifunctional materials at multiple scales, especially Shape Memory Alloys (SMA) and Adaptive Aerospace Structures. The SMA constitutive models developed by his research group have been integrated into finite element analysis software used worldwide by academia, industry, and government. Dr. Lagoudas has authored more than 500 journal articles and is one of the authors of one of the most widely used books on shape memory alloys. He has received several honors for his contributions to the field, including the Texas A&M Presidential Award of Excellence for Faculty Service to International Students, the William Sweet Smith Prize, the ASME Adaptive Structures and Material Systems Prize, and the SPIE Smart Structures and Materials Lifetime Achievement Award in 2012.
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TAMUS Materials Science and Engineering Infrastructure |
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Materials Science and Engineering Centers |
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Center of Innovation in Mechanics for Design and Manufacturing (CiMDM) – Mechanics-driven design for manufacturing, physics-based understanding of advanced manufacturing processes, and sensor-enabled prognostics and quality control.
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Institute for Manufacturing Systems (IMS) – Manufacturing systems across the full lifecycle, including product and process design, operations, supply chains, lifecycle management, and smart factories. Serves as a natural hub for digital manufacturing and Industry 4.0 collaborations.
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National Center for Therapeutics Manufacturing (NCTM) – Biopharmaceutical manufacturing research and workforce development for pharmaceuticals, biologics, vaccines, and advanced therapeutics.
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Core Facilities for Materials Research and Development |
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RELLIS Campus & Infrastructure Innovation |
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A 3,200-acre applied research hub emphasizing advanced manufacturing, large-scale infrastructure, and translational research across the Texas A&M University System. -
Center for Infrastructure Renewal (CIR)
Houses major facilities supporting next-generation infrastructure materials and manufacturing, including:
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Campus-by-Campus Research
Strengths and Topic Experts |
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Department of Materials Science & Engineering (MSEN)
Anchors materials research across metals, ceramics, polymers, functional materials and advanced processing, supported by a dense network of shared facilities. Key research facilities & labs:
AggieFab – nano/microfabrication for electronics, MEMS, sensors and related devices.
Materials Characterization Facility & Microscopy and Imaging Center – advanced imaging and spectroscopy.
Materials Development and characterization Center (MDC2) – alloy development, advanced sintering, laser 3D printing and mechanical testing.
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Microstructural Engineering of Structural and Active Materials (MESAM) – shape-memory alloys, bulk nanocrystalline materials, bulk metallic glasses, severe plastic deformation.
High-Bay Structural and Materials Testing Lab & National Corrosion and Materials Reliability Lab (NCMRL) – infrastructure materials, corrosion and durability.
Nuclear Engineering & Science Center – neutron activation and irradiation capabilities for materials research.
Manufacturing strengths
Located within the College Station/RELLIS ecosystem, TEES CiMDM, IMS and NCTM collectively make this the System’s main hub for:
-Mechanics-driven design for manufacturing
-Smart/digital manufacturing systems
-Biopharmaceutical manufacturing
Key unit
Department of Materials Science and Engineering (MSEN) – core hub for structural materials, computational materials, polymers, corrosion, infrastructure materials, electronic/quantum materials and more.
MSEN Department Leadership Team
MSEN Faculty Directory
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Chemistry – Polymers, Soft Matter, Functional Materials
Key unit
Department of Chemistry – Polymer Chemistry Cluster and related materials efforts.
Representative faculty
Dr. James Batteas – Regents Professor and D. Wayne Goodman Professor of Chemistry; Director of the NSF Center for the Mechanical Control of Chemistry
Dr. Donald Darensbourg – Distinguished Professor of Chemistry
Dr. Joe Elabd – Vice Chancellor for Research, Professor in Chemical Engineering
Dr. Jaime Grunlan – Professor of Mechanical Engineering, Chemistry; Director of the Polymer NanoComposites Lab
Dr. Quentin Michaudel – Associate Professor of Chemistry
Dr. Emily Pentzer – Presidential Impact Fellow; Senior Associate Dean for Research Professor of Chemistry
Svetlana Sukhishvili – Professor of Materials Science & Engineering; Director of the Soft Matter Facility
Dr. Karen Wooley – Distinguished Professor and W. T. Doherty-Welch Chair in Chemistry; Director of the TAMU Laboratory for Synthetic-Biologic Interactions
Dr. Jodie Lutkenhaus – Associate Dean for Research, Texas A&M College of Engineering; Professor, Chemical Engineering
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Biomedical Engineering – Biomaterials, Tissue Engineering, Devices
Key unit
Department of Biomedical Engineering (BMEN) – large portfolio in biomaterials, polymeric biomaterials, nanotheranostics, responsive materials, 3D bioprinting, and device-integrated materials.
Representative faculty
Dr. Daniel Alge – Professor and Director of Graduate Programs in Biomedical Engineering
Dr. Akhilesh K. Gaharwar – Chancellor EDGES Fellow, Presidential Impact Fellow, and Tim & Amy Leach Professor of Biomedical Engineering
Dr. Melissa Grunlan – Chancellor EDGES Fellow, Presidential Impact Fellow, and Charles H. & Bettye Barclay Professor of Biomedical Engineering
Dr. Mike McShane – James J. Cain Professor and Department Head of Biomedical Engineering
Dr. Shreya Raghavan – Cain Faculty Fellow II and Associate Professor of Biomedical Engineering
Dr. Taylor Ware – Professor of Biomedical Engineering
| Biomedical Engineering – Biomaterials, Tissue Engineering, Devices
Key unit
Department of Biomedical Engineering (BMEN) – large portfolio in biomaterials, polymeric biomaterials, nanotheranostics, responsive materials, 3D bioprinting, and device-integrated materials.
Representative faculty
Dr. Daniel Alge – Professor and Director of Graduate Programs in Biomedical Engineering
Dr. Akhilesh K. Gaharwar – Chancellor EDGES Fellow, Presidential Impact Fellow, and Tim & Amy Leach Professor of Biomedical Engineering
Dr. Melissa Grunlan – Chancellor EDGES Fellow, Presidential Impact Fellow, and Charles H. & Bettye Barclay Professor of Biomedical Engineering
Dr. Mike McShane – James J. Cain Professor and Department Head of Biomedical Engineering
Dr. Shreya Raghavan – Cain Faculty Fellow II and Associate Professor of Biomedical Engineering
Dr. Taylor Ware – Professor of Biomedical Engineering
Dr. Arun Ham – Associate Dean for Research, Texas A&M College of Engineering
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Physics & Astronomy – Condensed Matter and Nanophysics
Key areas
Condensed Matter Physics, Nanophysics, Semiconductor and Photonic Materials – tightly linked with MSEN and nanotechnology efforts.
Representative faculty:
Dr. Shenglong Xu – Assistant Professor of Physics & Astronomy
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Texas A&M University at Galveston (TAMUG)
Key areas
Ocean engineering research at Galveston is tightly linked to corrosion and materials reliability for marine infrastructure.
Galveston faculty are involved with the National Corrosion and Materials Reliability Lab and offshore/ocean materials work.
Representative faculty
Dr. Luke Nyakiti – Instructional Associate Professor of Marine Engineering Technology
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Prairie View A&M University |
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| Key units
Department of Chemical Engineering
Department of Mechanical Engineering
Facilities & Foci
Advanced Materials & Characterization
Focus on physics and chemistry of polymers, glass-forming materials, energetic materials, and polymer nanofibers; capabilities include electrospinning, calorimetry, and advanced thermal/mechanical characterization.
Mechanical Engineering research labs
Include an Innovative Manufacturing Lab, Advanced Manufacturing Processes Lab, Materials Processing & Testing Lab, and the FAST materials center with SEM, XRD, AFM, and STM for microstructural analysis and composites fabrication.
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Expertise summary
Polymer and soft-matter physics; nanofibers and composites
Composite and polymer processing, including autoclave and RTM-based fabrication
Advanced manufacturing processes and materials testing, with strong student involvement
Representative faculty
Dr. Chang Duan – Professor of Mechanical Engineering
Dr. Ziaul Huque – Professor of Mechanical Engineering
Dr. Lai Jiang – Associate Professor of Mechanical Engineering
Dr. Shield B. Lin – Professor of Mechanical Engineering
Dr. Jaejong Park – Professor of Mechanical Engineering
Dr. Xiaobo Peng – Professor of Mechanical Engineering
Dr. Rambod Rayegan – Associate Professor and Department Head of Mechanical Engineering
Dr. Shahin Shafiee – Assistant Professor of Mechanical Engineering
Dr. Tefera Entele Tesema – Assistant Professor of Chemistry
Dr. Wenhua Yang – Assistant Professor of Mechanical Engineering
Dr. Jianren Zhou – Professor of Mechanical Engineering
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Tarleton State University |
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Key units
Mechanical, Environmental and Civil Engineering (MECE) - mechanical design, structures, materials, and some manufacturing content.
Engineering Technology - manufacturing, construction science and management.
Facilities & Foci
New state-of-the-art engineering building with advanced 3D printing, rapid prototyping, fluid/thermal
R&D trainers and universal testing machines to support high-tech engineering labs.
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Expertise summary
Applied manufacturing engineering, industrial automation, plastics and thermoplastic processing
Design for manufacturability
Strong fit for regional industry projects in discrete manufacturing, process improvement and automation
Representative faculty
Dr. Billy Gray – Associate Professor of Construction Science and Management
Dr. Poorya Hajyalikhani – Assistant Professor of Construction Science and Management
Dr. Neil Petroff – Associate Professor of Engineering Technology
Dr. Jun Xu – Associate Dean & Associate Professor of Mechanical Engineering
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| Key units
Department of Engineering (College of Engineering & Computer Science) - programs in mechanical, industrial, civil, and mechanical engineering technology.
Advanced Materials for Sustainable Infrastructure Lab (AMSI) - Established in 2022 within civil engineering, focused on sustainable, energy-efficient bulk construction materials. Uses nanoindentation and scratching techniques to characterize cementitious and construction materials and to design CO₂-reduced concretes.
Facilities & Foci
College of Science research facilities include an X-ray diffractometer, NMR, and other instrumentation supporting physical and environmental materials research.
Representative projects include:
electrically conductive, multifunctional cementitious composites using sand and mining waste (self-heating/ice-melting concrete for cold climates); and
eco-friendly ultra-high-performance concrete using local, low-cost materials to reduce cement production emissions and costs.
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Expertise summary
Sustainable cement and concrete; multifunctional infrastructure materials
Advanced micromechanical characterization
Strong partner for infrastructure, coastal, and climate-resilient materials collaborations
Representative faculty
Dr. David Bridges – Associate Professor and Department Chair of Engineering
Dr. Hongwei Hsiao – Professor & Rogelio Roger Benavides Memorial Chair
Dr. Iltai (Isaac) Kim – Assistant Professor of Engineering
Dr. Aref Mazloum – Professional Assistant Professor of Mechanical Engineering
Dr. Petru A. Simionescu – Associate Professor of Engineering
Dr. Nancy Soliman – Assistant Professor of Civil Engineering and Director of the Advanced Materials for Sustainable Infrastructure (AMSI) Lab
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Texas A&M University–Kingsville |
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Key units
Department of Mechanical and Industrial Engineering (MIEN) - mechanical design, manufacturing, and industrial systems.
Department of Chemistry - offers a Nanomaterials Science and Engineering graduate certificate.
Facilities & Foci
Materials Science Lab – tensile, impact, fatigue, hardness, creep, metallography, and corrosion testing.
Composites Fabrication Lab – filament winder, curing ovens, heated platen presses, and multimaterial 3D printers for composite structures.
Manufacturing Processes Lab – CNC mills (large and desktop), additional 3D printers, and micromilling for modern manufacturing process education and research.
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Expertise summary
Composite fabrication, advanced manufacturing (CNC + additive manufacturing), and mechanical testing
Manufacturing systems, lean and computer-integrated manufacturing – an excellent partner for process optimization and production systems projects
Representative faculty
Dr. Hossain Mohammad Motaher – Associate Professor of Mechanical and Industrial Engineering
Dr. Mahesh Hosur – Associate Dean for Graduate Affairs and Research; Professor of Mechanical and Industrial Engineering
Dr. Peel Larry – Professor of Mechanical and Industrial Engineering; Mechanical Engineering Undergraduate Coordinator
Dr. Jin Kai – Professor of Mechanical and Industrial Engineering; Industrial Engineering Program Coordinator
Dr. Jingbo Louise Liu – Professor of Chemistry & affiliated with the Texas A&M Energy Institute.
Dr. Alam Shah – Associate Professor of Mechanical and Industrial Engineering
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Texas A&M International University |
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| Key unit
School of Engineering (SOEN)
Facilities & Foci
Physics and engineering research includes work categorized under materials science.
Engineering programs emphasize systems/industrial engineering, preparing graduates for manufacturing systems design and optimization.
Expertise summary
Emerging materials research within physics (e.g., condensed matter, materials-related topics) • Strong orientation toward manufacturing and industrial systems
Natural fit for collaborations in process/supply-chain optimization, production systems, and applied materials characterization rather than heavy lab-based synthesis
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Representative faculty
Dr. Khaled A. Enab – Director, AI Center; applications of AI in engineering systems and smart manufacturing.
Dr. Deepak Ganta – Associate Director for Systems Engineering AI; AI for engineering and potentially smart manufacturing systems.
Dr. Mahmoud T. Khasawneh – Associate Professor of Systems Engineering; manufacturing systems and operations.
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West Texas A&M University |
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Expertise summary
Materials characterization for metals, polymers, composites, and geological samples
Supports mechanical and civil engineering research, as well as regional industry testing needs
Representative faculty
Dr. Benton Allen – Bell Professor and Assistant Professor of Systems Engineering
Dr. Sanjoy Bhattacharia – Associate Professor of Mechanical Engineering
Dr. Emily Hunt – Dean of Engineering and Professor of Mechanical Engineering
Dr. Roy Issa – Professor of Mechanical Engineering
Dr. Joshua Partheepan – Associate Professor and Britain Professor of Renewable Energy
Dr. Vinu Unnikrishnan – Associate Professor of Civil Engineering
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| East Texas A&M University |
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Key unit:
Department of Engineering and Technology
Facilities & Foci
Construction, electrical, and industrial engineering programs emphasize sustainable construction materials and modern construction technologies.
Participates in automated pavement construction research involving robotics and intelligent sensors for infrastructure construction, integrating materials, construction processes, and automation.
Expertise summary
Applied research in infrastructure materials, sustainable construction, and construction automation
Strong fit for transportation and civil infrastructure materials and construction-process collaborations
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Texas A&M University–Texarkana |
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Key unit
Department of Mechanical Engineering
Facilities & Foci
Mechanical Engineering curriculum features Materials Science & Engineering and Manufacturing & Materials in Design, with associated labs.
Faculty expertise includes advanced materials, nanomaterials, and polymer nanocomposites, as well as design and advanced manufacturing.
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Expertise summary
Strong teaching and an emerging research base in mechanical design, materials selection and manufacturing processes
Good regional partner for product design, materials selection for manufacturability and polymer/composite applications
Representative faculty
Dr. Md Nizam Uddin – Assistant Professor of Mechanical Engineering and Program Coordinator
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Texas A&M University–Central Texas |
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| Key unit
Mechanical Engineering Technology (MET) in the Department of Science and Mathematics
Facilities & Foci
Teaching-driven campus focused on manufacturing operations, process improvement, and applied mechanical design, serving Central Texas industry. The MET program explicitly prepares graduates for manufacturing, product improvement, and mechanical systems roles.
Curriculum includes manufacturing processes, design, and applied mechanics, with a strong applied/technologist orientation.
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Expertise summary
Mechanical Engineering Technology (MET) faculty collectively focus on manufacturing, product improvement and mechanical systems implementation.
Representative faculty
Dr. Taylor Harvey – Associate Professor of Engineering
Dr. Praveen Malali – Associate Professor of Engineering
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Texas A&M University–San Antonio |
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Key units
Electronic Systems Engineering Technology (ESET)
Facilities & Foci
Emerging campus with emphasis on electronics-centric manufacturing, testing, and systems integration rather than core materials synthesis
Well-suited to electronics manufacturing, test & validation, and embedded systems projects in the San Antonio region
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Expertise summary
Faculty in the Department of Computational, Engineering, and Mathematical Sciences (including ESET) cover electronics-oriented manufacturing, testing, embedded systems, and industrial applications.
New B.S. in Electronic Systems Engineering Technology (pending SACS approval) geared toward careers in manufacturing, avionics, medical electronics, energy industries, and infrastructure support.
Curriculum is hands-on and lab-based, using state-of-the-art equipment with explicit integration of industry projects to build applied design and manufacturing skills.
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Texas A&M University–Victoria |
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Expertise summary
Current strengths are primarily in business, education, and selected STEM areas
Good partner for workforce and applied projects, partner for petrochemical and manufacturing industries along the coast
Representative faculty
Dr. Moira Baldwin – Associate Professor of STEM Curriculum and Instruction
Dr. Jie Yang – Professor of Supply Chain Management
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Quick Collaboration Guide –
“Where to Go for What” |
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Advanced Materials Discovery & Characterization |
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Best for: Fundamental materials research, applied materials development, durability testing, and multiscale characterization.
Core capabilities
Nanofabrication and cleanroom processing
Electron microscopy, spectroscopy, and surface analysis
Mechanical, thermal, and environmental testing
Primary engagement points
Texas A&M University – College Station
Prairie View A&M University
Texas A&M University–Corpus Christi
West Texas A&M University
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Advanced Manufacturing & Industry 4.0 |
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Best for: Smart manufacturing, automation, digital twins, production optimization, and lifecycle systems.
Core capabilities
Manufacturing systems design and optimization
Smart factory and digital manufacturing platforms
Supply chain–enabled production modeling
Primary engagement points
TEES Institute for Manufacturing Systems (IMS)
Texas A&M University – Industrial & Systems Engineering
Tarleton State University
Texas A&M University–Central Texas
Texas A&M International University
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Biopharmaceutical & Therapeutics Manufacturing |
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Best for: Biologics, vaccines, pharmaceuticals, scale-up, and workforce training.
Core capabilities
GMP-aligned manufacturing research
Bioprocess scale-up and validation
Industry and workforce training programs
Primary engagement points
National Center for Therapeutics Manufacturing (NCTM)
Texas A&M University – College Station
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Infrastructure Materials & Construction Innovation |
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Best for: Transportation systems, sustainable construction, resilient infrastructure, and large-scale testing.
Core capabilities
Large-scale structural and materials testing
Sustainable and multifunctional concretes
Infrastructure durability and performance modeling
Primary engagement points
RELLIS Campus – Center for Infrastructure Renewal (CIR)
Texas A&M University–Corpus Christi
East Texas A&M University
West Texas A&M University
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Electronics, Mechatronics & Systems Manufacturing |
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Best for: Microelectronics, sensing platforms, embedded systems, and systems integration.
Core capabilities
Micro- and nano-scale device fabrication
Electronics manufacturing and validation
Mechatronic and embedded systems integration
Primary engagement points
AggieFab Nanofabrication Facility
Texas A&M University – Electrical & Computer Engineering
Texas A&M University–San Antonio
Tarleton State University
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Translational Research, Scale-Up & Industry Engagement |
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Best for: Moving innovations from lab to deployment through pilots, prototypes, and partnerships.
Core capabilities
Pilot-scale manufacturing and prototyping
Industry-sponsored research and consortia
Workforce-aligned training and credentialing
Primary engagement points
TEES Centers and Institutes
RELLIS Campus applied research environment
System-wide industry engagement teams
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One System. Many entry points.
Contact us! TAMUS Research Development Office can connect you with the right faculty, facilities, and opportunities.
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System-wide Materials Science and Engineering Experts Directory |
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Readers interested in exploring additional expertise are encouraged to visit the Research Development Office website, which hosts a System-wide Materials Science and Engineering Experts Directory. The directory provides an accessible overview of faculty expertise across The Texas A&M University System, supporting collaboration, partnership development, and efficient identification of research leaders in this field.
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Chief Research Officers in The Texas A&M University System |
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Dr. Costas N. Georghiades
Texas A&M University
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Dr. Pete van Hengstum
Texas A&M University at Galveston
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Dr. Magesh Rajan
Prairie View A&M University
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Dr. Rupa Iyer
Tarleton State University
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Dr. Ruby A. Ynalvez
Texas A&M International University
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Dr. Ahmed Mahdy
Texas A&M University–Corpus Christi
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Dr. Jose F. Espiritu
Texas A&M University-Kingsville
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Dr. Angela Spaulding
West Texas A&M University
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Dr. Brent Donham
East Texas A&M University
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Dr. Sushil Sharma
Texas A&M University–Texarkana
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Dr. Mohamed Abdelrahman
Texas A&M University–San Antonio
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Dr. Jeff Kirk
Texas A&M University–Central Texas
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Dr. Amir Ibrahim
Texas A&M AgriLife Research
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Dr. Rodney Bowersox
Texas A&M Engineering Experiment Station
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Dr. Dan Hale
Texas A&M AgriLife Extension Service
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Dr. Aaron Stottlemyer
Texas A&M Forest Service
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Tracy Foster
Texas A&M Engineering Extension Service
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Dr. Joe Zietsman
Texas A&M Transportation Institute
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Dr. Kiril M. Dimitrov
Texas A&M Veterinary Medical Diagnostic Laboratory
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Dr. Michael W. Hull
Texas Division of Emergency Management
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| researchdevelopment@tamus.edu
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