Research Core Facility Directory

The Advanced Protein Therapeutics (APT) Core at UT Austin supports the development of therapeutic proteins through a suite of cutting-edge services. Specializing in protein engineering, production, and biophysical characterization, the APT provides researchers with access to high-throughput phage, bacteria, yeast, and mammalian library platforms and state-of-the-art analytical tools. Core services include custom protein expression, discovery, engineering, purification, and characterization of next generation antibodies and enzymes. APT staff work closely with investigators, offering technical expertise and collaborative support to advance therapeutic innovations.

Services Offered

• Strategic protein library design & screening
• Custom protein expression & purification
• Biophysical & mechanistic characterization
• Collaboration on therapeutics development
• Training on protein engineering techniques

The mission of CAMDI is to advance current additive manufacturing (AM) processes and foster innovation through AM research into new processes and design-for-AM best practices that enable widespread adoption of AM.

We partner with researchers, educators, and industrial partners who seek to:

• Explore the use of industrial-quality AM processes to fabricate parts of interest to them. We have in-house expertise to help with technology selection, design (or re-design) to suit a particular AM process, and fabrication and finishing of parts.
• Push the boundaries of industrial-quality AM into new materials, new design capabilities, and new levels of quality control and predictability. We have in-house expertise and equipment for process and part metrology and control, advanced design for AM, and materials development.
• Innovate entirely new AM processes. We have a suite of in-house experimental testbeds that enable aerosol deposition, reactive extrusion of thermoset polymers, micro-sintering of metals, AM of polymer composites, and many other capabilities. We are experts at process innovation.

Services Offered

• 3D printing and additive manufacturing
• Prototyping and design assistance
• Access to advanced manufacturing tools
• Training in additive manufacturing methods
• Custom fabrication support

The Center for Electromechanics (CEM) at UT Austin specializes in the development and application of advanced electromechanical and energy storage systems. CEM conducts cutting-edge research in high-power energy conversion, transportation electrification, and grid-scale energy storage. The center provides expertise in system modeling, prototyping, and performance testing for applications ranging from defense and aerospace to renewable energy integration. With state-of-the-art facilities and interdisciplinary collaboration, CEM supports industry and government partners in advancing next-generation technologies through research, development, and commercialization.

Services Offered

• Design and testing of electromechanical systems
• High-power energy storage research
• Prototyping and custom engineering solutions
• System modeling and simulation
• Electric vehicle and grid-scale storage technologies
• Advanced manufacturing support for energy applications

The Center for Energy and Environmental Resources (CEER) at UT Austin integrates research and education to address critical energy and environmental challenges. CEER focuses on diverse areas such as air quality, sustainable energy, and emissions management, supporting innovative projects that bridge engineering, policy, and technology. The center fosters collaboration among faculty and students, promoting interdisciplinary approaches to developing sustainable solutions that enhance public understanding and contribute to global sustainability efforts.

Services Offered

• Environmental impact assessments and reporting
• Air, water, and soil quality analysis
• Renewable and sustainable energy research
• Energy systems design and optimization
• Industrial pollution reduction strategies
• Research collaboration on resource conservation and sustainable technologies

The Environmental and Water Resources Engineering Analytical Service Center provides a unique facility for determining concentrations of environmental contaminants in soil, air and water samples. The lab operates as a user facility where researchers can come in to use the requested equipment.

The facility helps address state, national, and international research project needs. This can include specialized analyses from outside firms that are within our areas of expertise but are not commercially available.

Students across the university can have the opportunity to learn how to use environmental analytical instrumentation, become familiar with quality control procedures, and help analyze the numerous samples typically required for research projects.

Services Offered

• Water quality and contaminant monitoring
• Hydrologic and environmental modeling
• Resource management and policy consulting
• Sustainable water solutions for urban and agricultural use
• Research partnerships on climate and ecosystem impact on water resources

The Ferguson Structural Engineering Laboratory (FSEL) at UT Austin is one of the largest structural research facilities globally, located at the Pickle Research Campus. It features extensive loading equipment for large-scale studies of structural behavior, supporting innovative research in structural engineering. FSEL emphasizes collaboration between faculty and students, providing graduate research assistants with hands-on experience and mentorship opportunities.

Services Offered

• Structural testing for large-scale infrastructure
• Custom experimental setups for materials and load testing
• Seismic simulation and impact studies
• Consulting on construction materials and structural design optimization
• Research support for civil engineering projects

The Fluid Inclusion Analysis Laboratory at UT Austin's Structural Diagenesis Initiative is dedicated to studying fluid inclusions, which serve as natural time capsules revealing the history of minerals and rocks. The lab employs advanced techniques like microthermometry and Raman spectroscopy to analyze fluid properties and their evolution. Researchers investigate the mechanisms of fracture formation and cementation, contributing to a deeper understanding of subsurface processes and resource management. This facility is essential for interdisciplinary studies in geochemistry and geology.

Services Offered

• Fluid inclusion analysis for geological research
• Microthermometry measurement and interpretation
• Sample preparation and petrographic analysis
• Training in fluid inclusion microscopy
• Collaborative research in mineral and hydrothermal systems

Services Offered

• Testing of construction and infrastructure materials
• Analysis of durability, weathering, and fatigue in materials
• Structural performance and characterization studies
• Consultation on material selection and sustainability for infrastructure projects

The NASCENT Center at UT Austin is an NSF-funded Nanosystems Engineering Research Center focused on advancing scalable nanomanufacturing technologies. By developing high-throughput manufacturing systems, materials, and metrology, NASCENT addresses the practical challenges of creating next-generation mobile computing and energy devices. The center collaborates with academic and industry partners, translating nanoscience innovations into scalable, real-world applications in healthcare, energy, and electronics. Through transformative research and educational programs, NASCENT is training future leaders and enabling industrial impact in nanotechnology.

Services Offered

• Research in scalable nanomanufacturing processes
• Access to nanoscale fabrication tools
• Testing of nano-enabled devices
• Collaboration with industry for technology transfer and commercialization
• Training in nanomanufacturing techniques

Services Offered

• Large-scale structural testing for natural hazards
• Wind, earthquake, and wave simulation
• Data collection and analysis for structural resilience
• Collaboration for engineering and safety research

The Nuclear Engineering Teaching Laboratory is an innovative facility with unique capabilities. Services provided by the NETL are available to researchers and clients both within and outside The University of Texas at Austin including international clients. Services include education and training, nuclear and radiation related research, nuclear analytical services, radioisotope production, and specialized technical services. With the varied areas of specialty of NETL staff, NETL welcomes all nuclear and radiation related inquiries.

Services Offered

• NETL research areas are typically related to nuclear forensics but also include robotics applications along with other areas.
• Trace element analysis using neutron activation analysis and prompt gamma activation analysis. Measuring distribution of elements in material using neutron depth profiling. Imaging materials with neutron radiography.
• The NETL can produce a variety of radioisotopes for use in research, nuclear medicine, and industrial processes.
• The NETL staff have a variety of areas of specialty to aid in design and development of experiments, processes, and products.

The Nuclear and Radiation Engineering Program at UT Austin advances nuclear science through research and education, with a focus on radiation effects, radioisotope production, and environmental applications. Based in the Nuclear Engineering Teaching Lab, the program provides hands-on experience with a TRIGA reactor and advanced nuclear facilities. Services include Neutron Activation Analysis, Prompt Gamma Activation Analysis for element concentration mapping, Neutron Radiography, and sample irradiations. The program prepares students for impactful careers in nuclear technology and promotes public understanding through outreach and tours.

Services Offered

• Access to nuclear reactor for research and education
• Neutron activation analysis
• Radiotracer studies and isotope production
• Training and safety protocols for reactor use

The Multiphoton/Confocal Microscope is a state-of-the-art, high-resolution imaging system designed for multi-platform applications. This advanced microscope is particularly well-suited for the bioscience and biomedical engineering fields, enabling high-speed, high-resolution image capture in various modes without disturbing the sample. Its versatility and precision make it an invaluable tool for researchers conducting detailed studies in dynamic biological environments.

Services Offered

• High-resolution 2-photon and confocal microscopy
• Imaging of live cells and tissues
• Multi-modal fluorescence capabilities
• Support for biomedical and life sciences research

TMI is the administrative unit responsible for providing state-of-the-art instrumentation and infrastructure to support materials research at UT-Austin. TMI oversees a variety of specialized facilities, each managed by Ph.D.-level experts, that offer resources for thin film and nano/micro fabrication, x-ray scattering, electron and atomic force microscopy, surface and bulk spectroscopy, thermal analysis, and electronic and optoelectronic testing. TMI staff provide essential support to researchers across these facilities, ensuring access to advanced tools and expertise for innovative materials research.

Services Offered

• Materials synthesis and characterization
• Access to microscopy and spectroscopy facilities
• Thin-film and nanomaterials research
• Consulting on material properties and testing