Mehrdad Pakmehr
Principal investigator.
Software
Built from public records only: federal awards, patents, filings and papers.Is this you? Contact Noair Lab to claim this profile, correct it or hide it.
2017First federal award
$3.5MFederal grants as PI11 awards
0Patents grantedNone matched
0PapersOpenAlex
Federal awards and patents by year
AwardsPatents
11 awards · $3.5M
| Date | Agency | Award | Amount | Company |
|---|---|---|---|---|
| Mar 10, 2022 | DoD | STTR Phase II Autonomous Model Predictive Flight Control (MPFC) System for eVTOL / UAM Vehicles with Distributed Electric Propulsion (DEP) | $750K | OPTOXENSE, INC. with University of Dayton Research Institute |
| Apr 14, 2021 | DoD | SBIR Phase I HiTECC 2.0: Turbine Based Combined Cycle (TBCC) Propulsion System Modeling & Simulation Platform for Future Hypersonic Vehicles | $50K | OPTOXENSE, INC. |
| Nov 23, 2020 | DoD | STTR Phase I Developing Distributed Electric Propulsion Control System for Electric Vertical Takeoff and Landing / Urban Air Mobility Vehicles | $150K | OPTOXENSE, INC. with University of South Florida |
| Mar 6, 2020 | DoD | SBIR Phase I Developing Service-Oriented Architectures to Enable Plug and Play Technology for Propulsion Control Systems | $150K | OPTOXENSE, INC. |
| Dec 23, 2019 | DoD | SBIR Phase I Distributed Pressure Sensing System for Hypersonic Environments using Optical Fiber Technology | $225K | OPTOXENSE, INC. |
| Dec 20, 2018 | DoD | SBIR Phase II Optimal Adaptive Control Architecture Development for TBCC Engines Integrated with MIPCC Systems | $1.4M | OPTOXENSE, INC. |
| Aug 13, 2018 | DoD | SBIR Phase I A Learning-Capable Optimal Control Architecture for Energy Optimization in Hybrid Electric UAVs | $150K | OPTOXENSE, INC. |
| Jul 9, 2018 | DoD | SBIR Phase I Developing Optimal Attention Control Policies for Sensors and Actuators Scheduling in a Distributed Propulsion Control System | $150K | OPTOXENSE, INC. |
| May 10, 2018 | DoD | SBIR Phase I Turbine Exhaust Gas Temperature (EGT) Sensor Development: FBG-Based Sensing using Sapphire Optical Fibers | $150K | OPTOXENSE, INC. |
| Nov 6, 2017 | DoD | SBIR Phase I Developing an Adaptive TVC System for High-G Propulsion Control in Missile Interceptors | $105K | OPTOXENSE, INC. |
| Jul 19, 2017 | DoD | SBIR Phase I Optimal Adaptive Control Architecture Development for TBCC Engines Integrated with MIPCC Systems | $155K | OPTOXENSE, INC. |
Peer ranks
Federal funding#29
Awards as PI#8
Patents#58
Companies
- OPTOXENSE, INC.Linked by awards · Software
Research institutions
Federal awards through Oct 21, 2026 and patents through Oct 20, 2026. Awards come from NIH, NSF and other agency records that name a principal investigator; DoD and NASA contract awards do not, so they are not shown here. Researchers are matched by name and company.