- Acquisition of a MINFLUX 3D Super-Resolution Fluorescence Microscope
- New 500 MHz NMR Spectrometer with Increased Sensitivity Probe for ALL Nuclei
- Acquisition of a Cryo Correlative Light Electron Microscopy with Focused Ion Beam Milling System
- Precision Elemental Analysis Across Varied Materials: From Semiconductors and Nanomaterials to Pharmaceuticals, Minerals, Chemicals, Food, and Ultra -Pure or -Saline Solutions
- Infrastructure for high-throughput chemical and biological analysis Laboratory Enabled through Automated sample Preparation
- High‐Throughput Automated Materials Discovery Platform at TAMU
- An Agrivoltaics Research Station at Texas A&M University
- The First Pulsed EPR Facility in Texas
- A Spatial Multi-omics Research Core in Nutrition and Metabolic Diseases
- Enhancing Genomic Research Capabilities: Modernizing DNA Sequencing Infrastructure and Introducing Advanced Long-Read Sequencing at the Molecular Genomics Core
- TXAN Mobile CARE & Clinical Trials Support: Advancing Clinical Care & Research Innovation: Reaching Rural & Remote Central Texas Populations
- The acquisition of an IVIS® Spectrum CT2 imaging system in Texas A&M Preclinical Phenotyping Core
- FastScan Atomic Force Microscope for Microscale Particle Detachment Force Measurements at the Materials Characterization Facility to Develop Resuspension Models for Improved Mitigation
- Equipment for the Soil Dynamic Characterization Lab
- CPR: A Cyber-Physical Range for Cross-Disciplinary University-Industry Experimentation in Cybersecurity
- SRCML: Scalable Robots for Complex Missions Lab
- Tactical Human Performance Laboratory
- Agile Ultra-High-Speed Spectroscopy & Imaging System
- New MALDI-TOF/TOF Mass spectrometer with tandem mass spectrometry feature
- Acquisition and Support of a PET/CT Imaging System at the Translational Imaging Center
- Next Generation Texas Virtual Data Library (ViDaL II): A Secure & Compliant Computing and Data Infrastructure
- Material mechanical testing at a range of unprecedented pressure, temperature, and strain rate conditions
- Interdisciplinary Environmental Chambers with Advanced Capabilities