Mike joined the Thermal Sciences Group at NLR in 2009. His work at NLR includes thermal systems modeling, system design and operations optimization, and predictive performance analysis of concentrating solar and power generation systems. Mike has developed several performance models for NLR's System Advisor Model software, including modeling tools for Linear Fresnel, power tower, and parabolic trough technologies. He is also the developer of a power tower layout and optimization tool called SolarPILOT that combines analytical and stochastic methods to define and optically characterize power tower solar fields.

Mike has served as principal investigator on projects including developing tools for algorithmic optimization of plant design, operations, and maintenance policies, design and characterization of a high-temperature, gas-phase solar receiver for supercritical carbon dioxide applications, and others. He provides expertise in time series analysis of transient and coupled systems, optical and thermal system characterization, computational fluid dynamics, nonlinear and mixed-integer programming, and engineering software development.

Before joining NLR, Mike worked as a graduate research assistant at University of Wisconsin at Madison Solar Energy Lab, where he developed an optimization/design tool and detailed transient system component models for power tower technology.

Mike is a recipient of the Presidential Early Career Award for Scientists and Engineers and the Rath Award for best thesis with greatest potential for societal impact from Colorado School of Mines.

Real-time operations optimization software

Gen3 gas phase system development and demonstration

Concurrent optimization of capital cost and expected operations and maintenance costs

Direct high-temperature sCO₂ receivers

SolarPILOT software development

System Advisor Model—CSP development