Filament Wind Manufacturing Engineer at L3Harris Aerojet Rocketdyne (2025-06 – Present)
- Led the transition of developmental large rocket motor into full-scale production
- Developed internal software tools reducing manufacturing engineering cycle time by ~3 days
- Created new standard manufacturing tooling/process to maximize rocket motor case composite quality
- Leading manufacturing development of a filament-wound gas generator toward high-rate production
- Collaborated with suppliers to develop composite manufacturing lines
- Generated and modified CNC filament winding machine paths
- Fabricated fast-paced IRAD rocket motor with burst performance nearly 50% higher than prediction
- Authored manufacturing work instructions for both R&D and production workflows
Manufacturing Engineer Intern at L3Harris Aerojet Rocketdyne (2023-05 – 2025-06)
- Optimized composite manufacturing factory to save up to $30,000 per week
- Led fabrication of IRAD composite-overwrap warhead program through CNC machine-pathing and manufacture
- Created CNC cutting patterns for skirt layup on large scale composite rocket motor case
- Formulated and edited production composite manufacturing instructions
President at Purdue Aerial Robotics Team (PART) (2023-06 – Present)
- Oversaw the development of three organization divisions to ensure technical and professional success
- Led over 150 members to develop technical skills and experience
- Managed combined budget of over $50,000 for competition, R&D, and business divisions
- Guided product teams through technical standups and timeline-based progress
- Administratively managed team progress through project and systems engineering
Airframe Product Lead at Purdue Aerial Robotics Team (PART) (2022-06 – 2023-06)
- Designed competition UAV from ground-up
- Managed over 30 team members in devising and manufacturing competition UAV
- Led and taught wet layups and carbon infusion
Design Lead at Purdue Aerial Robotics Team (PART) (2022-01 – 2022-06)
- Maintained CAD of aircraft throughout systems and design changes
- Drove large scale design decisions for UAV systems
Aeromechanical Engineer at Purdue Aerial Robotics Team (PART) (2021-08 – 2022-01)
- Designed and manufactured flight critical systems for competition UAV
- Optimized aircraft designs through strategic iteration to maximize strength and weight of aerial system
