Duncan Kuchar
An undergraduate Aerospace Engineering student with big dreams
Contact: duncankuchar33@gmail.com
Current Coursework: ENAE 311H (Compressible Aerodynamics), ENAE 301 (Dynamics of Aerospace Systems), ENAE 362 (Aerospace Instrumentation and Experimentation), ENAE 380 (Flight Software Systems), ENES 200 (Technology and Consequences: Engineering, Ethics and Humanity), ENAE 398H (Honors Research)
2024 SpaceX Engineering Intern - Recovery Engineering Team - Long Beach, CA
Proficient Programs:
CFD, STAR-CCM+, CAD, FEA, NX, SOLIDWORKS, Fusion 360, MATLAB, Python, Java, C#, C++, Manufacturing, High-Pressure Systems, Microsoft Suite, Google Suite
Machining Experience:
Hand tools, Manual power tools, 3D-printing, Laser cutting, Manual mill, lathe, CNC water jet
Technical Projects:
SpaceX Engineering Intern
Recovery Engineering Team
Took extreme ownership of and completed 2 major projects, 7 secondary projects, and 4 tertiary projects
Designed and analyzed solutions with NX and Teamcenter
Presented multiple critical reviews
Managed supplier relations
Created manufacturing planning
Successfully implemented project solutions
Operated high-pressure systems
Ensured redundancy of designs
Performed failure analysis
Collaborated with cross-functional teams including manufacturing, dynamics, FEA, reliability, analysis, and more
Terps Racing Formula SAE
Aerodynamics Team - Technical and Managerial Lead
Active Aerodynamics Project Lead
High-Fidelity Simulation Lead
Pitot Tube Project Lead
Pressure Taps / Pressure Scanner Project Lead
Data Validation Lead
Undertray / Diffuser Project Lead (2022-2023)
Recruitment and Outreach Lead
Driver
Co-Founder (CTO) of RedHelm Labs
Flying High but not for long: The Battle Against Short Drone Battery Life
Completed NSF I-Corps Program
Received $1000 Undiluted Funding
Research: Hypersonic Aerodynamics of Airfoils
Aerodynamics of free-flying airfoils at Mach 6 using the HyperTERP wind tunnel
Achieved top 6 research posters at showcase
Over Terrain Vehicle (Autonomous Robotics)
Team leader, Robotics Design Sub-team Leader
Best Constructed OTV Award
Best Fire Mission Award
Research: MIT+NASA, Construction on Mars
NASA-funded research on technology to heat construction materials on Mars using solar radiation
DIY Sailboat
Team Leader
Design, construction, and testing of a scratch-built catamaran capable of carrying three passengers