• Led a 50-member team in designing and building a model aircraft for the international AIAA competition.• Oversaw six sub-teams, budgets, recruitment, and sponsor relationships, enhancing project management experience.

• Placed 19th out of 107 teams in the 2023-2024 competition, 29th out of 99 teams in the 2022-2023 competition, and 11th out of 97 teams in the 2021-2022 competition.• Utilized MATLAB to identify optimal motor-propeller combinations and analyze propulsion system performance.

• Led three workshops to teach 30+ engineers Creo Parametric and Creo Simulate and developed standard work, improving onboarding efficiency for new engineers.• Conducted structural analyses in Creo Simulate and Ansys Mechanical to evaluate part responses to seismic activity.• Enhanced elevator design by creating data-driven predictive tools to model building sway, piston, and stack effects.• Cleaned and analyzed data for a machine learning algorithm to diagnose elevator issues and coordinated UAT.

• Reduced cost of rotor airfoil inspections through the design of 3D printed bore and ring fixtures using Siemens NX.• Optimized manufacturing workflows by creating standard procedures, diagrams, and corrective action instructions.• Assessed mishandled parts for compliance with work instruction dimensional constraints using Solumina.

• Streamlined industrial laser part manufacturing through fixture design and build, reducing assembly time.• Improved inventory accuracy by revamping the Kanban inventory system using SAP and Excel data analysis.

• Responsible for spotting trends in parking lot management across locations and advising options to go forward.• Prepared and delivered reports for executive team members, including CEO, CFO, and COO.• Developed project-level experience working with Excel, Power BI, and Visual Studio tools.