Cockrell School of Engineering

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

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 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 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

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