Whitney Batchelor

Game-theoretic Approach for Optimal Strategy Selection in Microelectronic Assurance

Whitney's research is exploring new models and computational approaches for determining game-theory-optimal strategies in the field of microelectronics assurance.

Christian Gottschalk

An Algebraic Cohomology Theory for Data Coherence in Electric Power Networks

Christian's research explores mathematical representations of complex systems, their behaviors and interactions, with applications in power and energy.

Seun Ojomu

Stochastic Multi-objective Optimization for Island Microgrid Design

Seun's research is on the use of stochastic multi-objective methods to explore the design space in systems with layered uncertainties such as exogenous events, probabilistic damage functions, resource variability, and function-dependent network configurations.

Manoj Sundarranan

Dynamic Resource Allocation and Routing Strategies in Large Power Networks

Manoj's research explores dynamic allocation and routing strategies in power systems, including economic and behavioral models, and uncertainty in resources and loads.

Michael Wagner

Phase-balancing Machine Drive for Enhanced Efficiency and Reliability

Michael's research explores methods to quantify and mitigate the impact of complex voltage imbalance in machine drive applications.

Jarrett Wendell

Design Optimization in Tightly-coupled Hybrid Systems

Jarrett's research is exploring new computationally-efficient approaches for simulating numerically stiff continuous plus jump-state (hybrid) dynamical systems.