Recent Funding
Highlight New Projects from July 1st 2023 through now. Updated monthly.
| PI | Primary Agency | Length | Name of the Project |
|---|---|---|---|
| Amir Arzani | NIH | 3 years | Integrated Experimental and Computation Approach for Accurate Patient-Specific Vascular Embolization |
| Jake Abbott & Tim Ameel | Air Force Office of Scientific Research | 1.25 years | Use of Rotating Magnetic Fields to Detumble Irregular Asymmetric Space Debris-like Objects |
| Jake Abbott | NSF | 3 years | Modeling, Control, and Motion Planning of Magnetic-screw Microrobots in Soft Tissue |
| Amir Arzani &Rob Stoll | NSF | 1 year | EAGER: Understanding complex wind-driven wildfire propagation patterns with a dynamical systems approach |
| Bruce Gale | NSF | 4 years | LEAP HI: Microfluidic Design Automation for Biomedical Assays |
| Owen Kingstedt | Department of Energy | 1 year | An Extreme-Temperature Load Frame for Reduced Length Scale Experimentation to Support Nuclear Materials Research and Education |
| Yong Lin Kong | Office of Naval Research | 3 years | Gastric Resident Electronics for Marine Mammals Health |
| Steven Naleway | NSF | 3 years | Discovering the Biomechanics of Filamentous Fungi and their Hyphae |
| Eric Pardyjak | Department of Energy | 1 year | Miniaturized Weather Station with Rapid Switching Between Precipitation and Meteorological Measurement Modes |
| Shad Roundy | NSF | 3 years | Collaborative Research: Space Charge Induced Flexoelectric (SCIF) Transducers: A New Technology to Eliminate the Environmental Cost of Leaded Piezoelectric Transducers |
| Shad Roundy | NSF | 3 years | U.S.-Ireland R&D Partnership: Highly Efficient Magnetoelectric Nano-antenna Arrays with Wide Operational Bandwidth |