Strategic planning and test program management of multi-kW flywheel battery systems, focusing on developing testing methodologies and site resources to meet both short- and long-term goals. Successfully maintained end-to-end ownership of multiple test programs and complex projects. Proactively researched and implemented process improvements, including site infrastructure upgrades and enhanced documentation. Actively mentored junior engineers, providing guidance and aligning efforts toward common objectives.

Test planning and execution with a strong focus on collaboration with cross-functional teams to develop comprehensive test plans encompassing objectives, scope, resources, and schedules. Identify, purchase, and install necessary equipment for a variety of system-level tests, including stress, reliability, and performance testing. Perform data collection and analysis using Python, interpreting results to identify issues and trends. Create detailed test reports and maintain organized records of all testing activities. Ensure all tests adhere to industry standards and participate in risk assessments. Actively contribute to continuous improvement efforts by recommending enhancements to testing methodologies and collaborating closely with design engineers, technicians, and project managers to align testing activities with project goals.

Design, engineer and manage year long accelerated structural lifetime tests for large wind turbine blades to the ISO 17025 standard. Reformatted and currently oversee the quality assurance criteria for all calibrated testing equipment used throughout the facility. Trained in all facility operations in order to design then implement a test safely and efficiently. Designed and implemented new tools, technologies, and techniques for data acquisition, instrumenting, and streamlining each test program.

Research involved solving problems through developed and improved techniques using analytical approaches that are then verified through experimental techniques. New software, equipment and techniques were used and tested in the analysis of structural dynamic problems and compared to proven methods of modal techniques.

Experienced mechanical background in manual and CNC machining as well as CAD design. Accurate scale models of mechanized and stationary vehicles were created through all facets of manufacturing from stress analysis and CAD modeling to machining, rapid prototyping and casting.