Model nuclear hybrid energy system economic and technical performance.Analyze energy system behavior and identify metrics to quantify the value of subsystem integration. The primary objectives are to increase system reliability, and reduce the risks of investing in low carbon technologies, including nuclear, and improving the integration of energy intensive industries with low carbon energy sources.Modeling and analysis is conducted using novel stochastic optimization techniques.

Designed, built, or purchased battery testing equipment for the production and analysis of high voltage batteries.Performed root cause analysis on batteries for BMW North America and BMW Manufacturing Company.Provided technical advice and safety oversight for new production line, including providing training in electrical engineering basics and electric work safety.

Managed various projects involving safety, logistics, HVAC, and structure with budgets up to $1.5 million.Successfully designed and deployed an automated measurement cell using an ABB Robot and a Nikon MV 330 laser radar sensor. This cell was duplicated and has successfully replaced traditional coordinate measuring machines (CMMs) for analysis and routine quality checks for a new body shop.Designed tooling for lift assists, turntables, and measurement fixtures.

Designed, built, and utilized automated test equipment.Developed testing plans for an innovative fitness bike.Performed tests and reported testing data and findings to product development engineers.

Performed tasks to assist professors including teaching, tutoring, and laboratory setup/cleanup.Lead study sessions and 1-on-1 tutoring sessions.

Identified and implemented process and equipment improvements to positively impact quality, waste, and downtime.Assisted in transition from ProE to Solidworks as primary CAD tool.