• Design, build, and test a comprehensive latency evaluation suite to optimize robot-to-sensor synchronization, enabling 10x faster part scanning speed and 50% cycle time improvement.• Optimize ROS message flow to ensure timestamp consistency, enhancing time-aware robot positioning and sensor synchronization.• Refine and validate collision geometries of robotic welders to reduce collision checking time for offline planning operations.

• Led the Drivetrain sub-team to accomplish yearly goals, culminating in a 1st place finish out of 110 international teams.• Oversee the drivetrain system design, test, and manufacture, including all electrical and mechanical subsystems.• Support recruitment efforts and mentor new team members in design and manufacturing skills.• Facilitate the transition to EV for the 2025 competition year via leadership training and design planning.

• Create, execute, and analyze on-vehicle tests and communicate findings.• Install, document, and utilize next-generation vehicle/powertrain telemetry system to facilitate future vehicle testing.• On track and dynamometer testing, post-test teardown, analysis, and documentation.

• Coordinated with multiple disciples to conduct a P&W Progressive Release Review for Developmental Parts for an FAA endurance engine test, including dimensional design changes, design verification with Structures, Aero, and Thermals teams, modifying prints, gathering approvals, and releasing to manufacturer.• Participated in the P&W Part Review process by analyzing damper ring effectiveness for LPT Shaft Curvic Heatshield.• Researched various hardware configurations for the M-Flange to reduce disassembly torques to facilitate improved serviceability while maintaining the required bolt preload.• Assisted in updating P&W Engineering Standard Work with analysis and correction of past engineering oversights

• Assist in body quality plan creation and implementation for new models.• Created fully automatic quality reports and data visualization aggregating data (Polyworks and Excel) from what had been disparate sources enabling complex problem analysis on multiple vehicle body sections leading to robust solutions.• Used 3D scanning and probing (ROMER and Leica) to confirm the accuracy of install and calibration of check fixtures for various vehicle body sections.

• Assisted in the construction of fully autonomous robotic weld cells for research and deployment.• Purchased and assembled computer components into custom servers for real-time weld adapting, global scanning, and machine learning.• Researched and tested long-range USB transmission for machine vision cameras.

• Created a stand-alone Excel add-in (VBA and XML) to allow employees in the areas of finance, orders, shipping, and receiving, to more easily interact with company's ERP system.• Load / unload trucks. Operate machinery. Other general duties.

• Assisted IT Technicians with the configuration and repair of PC’s