Critical Mineral Supply Chain
Potential Collaboration with UNR
Potential Collaboration with UNR
Continue working with City of Dallas and the Non-Profit Green Careers Dallas
OSeMOSYS and NREL’s ReEDS
Foundation Communities Data Analytics
Working with COSMOS faculty (Drs. Chen and Rosenberger), COE CE (Dr. Park), and CAPPA Architecture (Mr. MacBride) | Project also part of K-12 NSF RET
Large Scale Modeling of Texas System for Energy System | Potential Collaboration with Stanford to Model Multiple Infrastructure Types
Collaboration with Rehrig Pacific
UTA REU project
Working with Dr. Prater (COB, UTA)
Working with Dr. Prater (COB, UTA)
Storing the energy generated by renewables such as solar and wind.
Investigate the effects of 247 Carbon Free Energy with Macro-Energy System Modeling
Investigate the secondary uses of EV batteries by recongizing EVs are giant power centers made of batteries that happen to have vehicles on top of them.
Improve Green Building Throughout Entire Lifecycle (Design, Building, and Operations)
A program to improve the efficiency of the Weatherization Assistance Program in Dallas
Investigate how heat pump adoption could affect energy usage and climate impacts.
Investigate Demand Response Control Algorithms
A project to evaluate solar and wind energy production, microgrid controls, and automation
A Stochastic Optimization scheme balancing food, energy, and water.
Looking for ways to integrate Community Solar for Low-Income Households in the Competitive Market
This EAGER award supports fundamental research in technology-enabled supply chain design to effectively deliver therapeutics to at risk populations in an urban setting.
Worked to upgrade the SimCCS framework by adding a temporal element.
An Optimization Scheme for Community Solar and RWH
Optimizing Autonomous Shared Transportation and Power System for Climate
A program to introduce K-12 to the joys of science