Overview
4th in US, 6th worldwide in AIAA Aircraft Design Competition. Systems engineering and team collaboration across aerodynamics, structures, propulsion, controls.
Problem
Design complete aircraft system meeting mission requirements while balancing conflicting parameters. Multi-objective optimization across subsystems. Industry expert evaluation.
Solution
Subsystem design analysis using MATLAB, CAD, analytical tools. Trade studies and performance optimization within constraints. Cross-functional coordination integrating individual contributions into cohesive design. Comprehensive technical report and presentation to judging panel.
Impact
- 4th in US: Top aerospace engineering programs
- 6th worldwide: International technical excellence
- Complete system: Integrated multidisciplinary aircraft design
- Expert validation: Industry panel evaluation
Impact & Learnings
Engineering Excellence:
- Demonstrated ability to apply theoretical knowledge to complex real-world problems
- Developed proficiency in aerospace analysis tools and methodologies
- Validated technical competence through competitive performance
- Built foundation for future systems engineering work
Collaboration Skills:
- Effective team coordination across parallel workstreams
- Clear communication of technical concepts and trade-offs
- Integration of diverse perspectives into unified design
- Balance of individual contribution with team success
Competitive Experience:
- Performance under pressure and tight deadlines
- Presentation skills for technical audiences
- Handling expert scrutiny and feedback
- Resilience through setbacks and iterations
Key Capabilities Demonstrated:
- Systems engineering for complex multi-disciplinary projects
- Technical analysis and optimization
- Collaborative problem-solving in team environment
- Communication of technical work to expert audiences
