Recent Funding
Highlight New Projects from May 1st 2025 through now. Updated monthly.
| PI | Primary Agency | Start | Length | Name of the Project |
|---|---|---|---|---|
| Nelson Vieira De Carvalho | NASA | 12/05/2025 | 5 yrs | Developing a damage tolerance approach for ceramic matrix composites and Carbon/Carbon |
| Jay Kim | UC Berkeley | 02/01/2025 | 3 yrs | Plume Ice Capture of Organics (PICO): Sample collection for in situ biosignature analysis |
| Jake Hochhalter | NSF MATH | Computationally efficient hypercomplex variable-based sensitivity methods for rapid Digital Twin model updating | ||
| Jake Abbott | AFOSR | Mixing Magnetic Methods for Manipulation of Uncooperative Objects | ||
| Ashley Spear | NSF | 9/1/2025 | 12 mos | DMREF/GOALI/Collaborative Research: Physics-Informed Artificial Intelligence for Parallel Design of Metal Matrix Composites and their Additive Manufacturing |
| Pania Newell | NSF | 1/1/2026 | 3 yrs | Quantum Computing for Topological and PDE Solvers to Accelerate Finite Element Modeling of Heterogeneous Porous Materials |
| Eric Pardyjak | NSF | 9/1/2025 | 2 yrs | Quantifying and Parameterizing Mixed-Phase Microphysical Properties Using Novel Measurement Technologies |
| Owen Kingstedt | NSF | 3 yrs | TRAILBLAZER: Leveraging Extreme Environment Experimental Mechanics to Decipher Deep-Focus Earthquake Faulting Mechanism | |
| Tommaso Lenzi | NIH | 5/1/2025 | Lightweight PoweredProsthesis for Above-knee Amputees | |
| Amir Arzani | NSF | Collaborative Research: CAIG: Understanding thedynamical behavior of dense granular media in Geosciences usingInterpretable AI | ||
| Henry Fu | NSF | 8/1/2025 | 36 mos | Collaborative Research: Exploring FlagellarMechanics to Advance Bacterial Locomotion and NanoroboticPropulsion |
| Henry Fu | NSF | 9/1/2025 | 36 mos | Collaborative Research:Deformation-Enhanced Dynamics and Control of MicroscaleModular Soft Robots |
| Marc Calaf | NSF | 6/1/2026 | 36 mos | Collaborative Research: CBET-EPSRC: Unwinding entrainment processes in wind farm to windfarm interactions |
| Eric Pardyjak | NSF | 9/1/2025 | 24 mos | Quantifying and Parameterizing Mixed-Phase Microphysical Properties Using Novel MeasurementTechnologies |
| Eric Pardyjak | ACS | 5/1/2025 | 12 mos | Evaporation Monitoring Research Station Project |
| Amy Lenz | NIH | 5/15/2025 | 12 mos | Post-Surgical Form and Functionof Planovalgus Foot Deformities in Patients with Cerebral Palsy |
| Amy Lenz | Shriners | 1/1/2025 | 36 mos | Weightbearing CT Imaging:Applications to Pediatric Flatfoot Deformity |
| Alex Novoselov | NSF | 5/3/2025 | 60 mos | CAREER: Turbulent Boundary Layer Flashback of Lean Hydrogen Flames |
| Jake Hochhalter | ARCTOS | 1/15/2025 | 72 mos | Multi-scale Model Development for Ceramic Matrix Composites with Scientific Machine Learning with High-performance Computing |
| Jake Hochhalter | HRL | 3/24/2025 | 21 mos | Rapid Certification Of Additive Manufactured Components Using Ml/Ai And Physics-based Modeling |
| Scott Uhlrich | Myotonic Dystrophy Foundation | 1/31/2025 | Novel digital functional outcome measures for myotonic dystrophy using smartphone video | |
| Alex Novoselov | ACS | 9/1/2025 | 24 mos | Reduced-Order Modeling of Mixed Detonation/Deflagration Combustion |
| Jay Kim | NASA | 2/1/2025 | Plume Ice Capture Organics (for Enceladus exploration) | |
| Tianli Feng | DOE | 11/26/2024 | 11 mos | Microstructure-Based Predictions of Plasma-Facing MaterialProperty Degradation |
| Steven Naleway | NSF | 1/1/2025 | 24 mos | Mixed-Energized Field (MEF) Freeze Casting:Manufacturing With Energized Fields And Their Interactions |
| Scott Uhlrich | NIH | 5/1/2024 | 12 mos | Incorporating data-driven models into musculoskeletal simulations to accurately estimate joint loads in osteoarthritis using OpenCap |
| Jay Kim | MEPSGEN | 11/1/2024 | Development and validation of cornea chip for ocular drug development | |
| Hoahan Zhang | NIH | 8/1/2025 | 2 yrs | A structurally suitable neck exoskeleton for amyotrophic lateral sclerosis |
| Ashley Spear | Department of Energy | 2/13/2025 | 7 mos | A High-Fidelity Fatigue-Life Modeling Framework Using FFT |
| Jacob Hochhalter | NSF | 8/1/2024 | 5 yrs | Frameworks: Collaborative Research: IOWarp: Bending The I/O Fabric For Advancing Ai-infused Scientific Workflows |
| Shad Roundy | DOD | 9/1/2024 | 10 mos | Self-charging, Medical-grade Wearable Smart Insole Technology for Real-Time Non-Invasive Bio-Sensing, Physical State Monitoring, Health Protection, and Safety Monitoring using Edge and Cloud Computing |
| Amir Arzani | VA | 5/1/2024 | 3 yrs | Tailoring Stress Cardiac MRI for Women with Ischemic Heart Disease |
| Ken Monson | NIH | 5/15/2024 | 1 yr | Tissue Softening in Traumatic Brain Injury |
| Jiyoung Chang | Ministry of Science and ICT in Korea | 4/1/2025 | 33 mos | AI-based detection of human multiple motion components using a nanofibers-based wearable sensor |
| Tianli Feng | DOE | 11/26/2024 | 3 yrs | Microstructure-Based Predictions of Plasma-Facing Material Property Degradation |
| Tianli Feng | National Research Foundation of Korea | 7/1/2024 | 3.5 yrs | Development of Moisture-Resistant Oxide Thermal-Dissipating Fillers with Nitride-Based Ceramic-Level High Thermal Conductivity for Next-Generation Mobility Applications |
| Tommaso Lenzi | DOD | 8/1/2024 | 4 yrs | High-Performance Powered Ankle/Foot Prosthesis for Below-Knee Amputees |
| Ken Monson & Brittany Coats | DOD | 8/15/2025 | 3 yrs | Tissue Softening as a Biomarker of Traumatic Brain Injury |
| Shad Roundy & Kam Leang | USDA | 8/15/2025 | 3 yrs | Robotic Platform for Precision Irrigation Management using Passive Zero-maintenance, Long-life, Buried Sensors |