| Project Title | University | AET Category | Industry Application |
| Advanced Power Distribution for Utilities | Michigan State University | Alternative Fuels for Power Generation | Power Distribution & Efficiency |
| Advanced Soldier Thermoelectric Power System for Power Generation | Michigan State University | Alternative Fuels for Power Generation | Power Distribution & Efficiency |
| AE Distributed Generation Microgrid Optimization | Wayne State University | Energy Efficiency | Power Distribution & Efficiency |
| Alterntive fuel spray and injection dynamics | Wayne State University | Biomass/Bioenergy, Alternative Fuels for Transportation, Alternative Fuels for Power Generation | Power Distribution & Efficiency, Transportation, Power Generation |
| BioDiesel Combustion and After treatment System | Wayne State University | Biomass/Bioenergy, Alternative Fuels for Transportation, Alternative Fuels for Power Generation | Power Distribution & Efficiency, Transportation, Power Generation |
| Bio-Energy Based Electrical Systems and Their Safe, Efficient Applications | Michigan State University | Biomass/Bioenergy | Power Distribution & Efficiency, Power Generation |
| Characterization of Engineered Voids at the Nanoscale | The University of Michigan | Energy Efficiency | Power Distribution & Efficiency |
| Community Based Wind Power Micro Grid Business Model | Wayne State University, Michigan State University | Wind, Fuel Cells, Batteries/Energy Storage, Alternative Fuels for Power Generation | Power Distribution & Efficiency, Power Generation |
| Control and Coordination of Multiple Power Sources | Wayne State University | Wind, Solar PV, Fuel Cells, Batteries/Energy Storage, Energy Efficiency | Power Distribution & Efficiency, Power Generation |
| Control of Fuel Cell Power Systems | The University of Michigan | Fuel Cells | Power Distribution & Efficiency |
| Development of a Aerodynamic Design Tool for centrifugal compressors | Michigan State University | Solar Heating/Cooling | Power Distribution & Efficiency |
| Efficient Interior Lighting Based on Electrophosphorescent OLEDs | The University of Michigan | Energy Efficiency | Power Distribution & Efficiency |
| Energy Efficient Lighting Transparent Ceramics from Nano Metal Oxides | The University of Michigan | Energy Efficiency | Power Distribution & Efficiency |
| Energy Efficient Passive Strategies in Buildings Building Integrated Solar Technologies - BIPV and T | The University of Michigan | Energy Efficiency | Power Distribution & Efficiency |
| Fabrication of Large Diffractive Optical Element Solar Concentrator Panels by Extrustion | Michigan State University | Solar PV, Solar Heating/Cooling | Power Distribution & Efficiency, Energy Storage, Power Generation |
| Flexible Conjugated Polymer Photovoltaic Cell having Controlled Nano-Strucure Highly Emissive and St | The University of Michigan | Energy Efficiency | Power Distribution & Efficiency |
| Fuel Cell/Processor Thermochemical Modeling | The University of Michigan | Fuel Cells | Power Distribution & Efficiency |
| Full Scale Double Skin Façade Mock Up | The University of Michigan | Energy Efficiency | Power Distribution & Efficiency |
| Full-Scale HVAC Simulation and Monitoring Systems for Thermal Comfort, Air Quality and Building Ener | The University of Michigan | Energy Efficiency | Power Distribution & Efficiency |
| Fundamental Research to Enhance Solid Oxide Fuel Cell Technology | The University of Michigan | Fuel Cells | Power Distribution & Efficiency |