• Lead a team of engineers and scientists including six direct reports to further Toledo Solar’s central goal of domestically manufacturing Cadmium Telluride photovoltaic modules for use in non-utility and novel application sectors• Spearhead project management, research and development efforts for Toledo Solar’s core product line – along with the creation of new product lines and applications – including responsibility for design and fabrication• Optimize manufacturing line processes resulting in significantly increased quality, efficiency, and yield, through implementing a process of design, testing, analysis and iterative improvement. • Set up feedback loops generating data driven insights throughout the production process – by integrating data across solar simulators, beta back scatter, blue eye, x-ray fluorescence, photoluminescence, profilometers, IR cameras, and more• Developed knowledge and expertise across multiple product certification and compliance standards (UL, IEC, NEC) and incorporate obtaining necessary certifications in project plans and timelinesapplications• Chosen representative for Toledo Solar to the Cadmium Telluride Accelerator Consortium• Presented at 7th Annual CdTe Photovoltaics Workshop at National Renewable Energy Laboratory in Golden, CO (2023)

• Designed custom components enabling cutting-edge medical research using Solidworks and other CAD software, and fabricated them using a variety of processes (hand assembly, 3D printing, computer-driven milling) and materials (glass, polycarbonate, PLA, resin)• Created a computational model to analyze experimental data using Python• Formed and documented standardized processes, experimental designs, and testing procedures• Furthered research insights by synthesizing findings resulting in multiple novel publications

• Developed custom software enabling biomedical research for human vision and metabolic pathways• Software distributed and utilized across top-tier biomedical institutions

• Conducted exploratory interviews with clients to determine project requirements and scope, and developed proper project procedures, deliverables, and timelines based on gathered information• Designed and constructed custom test setups to acquire data necessary to meet project requirements• Maintained a high standard of technical writing for reports, many of which were filed with regulatory organizations like the DOT• Became proficient with a variety of US and international testing standards such ASTM, UN, and ISTA

• Graduated among top of the class from both phases of Halliburton’s hydraulic fracture technical school• Oversaw multiple large scale hydraulic fracturing projects totaling $5M+ through to completion• Projects required preliminary design and testing, procurement of equipment and materials, coordination of crews on site, execution of design plans, and final reporting of results to the client

• Helped set up and run neurophysiological experiments• Planned and built custom setups for experiments from scratch materials, as well as used high tech equipment (such as a laser micropipette puller) to manufacture necessary supplies• Aided researchers work on grant applications and scholarly articles