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AEROSPACE / DESIGN

Solar-Powered UAV Design

Airframe design work balancing stability, aerodynamics, mass, and power for a solar-powered UAV.

XFLR5AerodynamicsMechanical design

Sep 2024 — Jun 2026

The work

Project notes.

A concise summary of the work documented in my résumé.

Overview

As part of the Suncoast Science Center Aerospace Club, I worked on airframe design and solar-powered UAV components. I later led a seven-person airframe team.

Key contributions

  • Led a seven-person airframe team and coordinated with three project teams to meet engineering milestones.
  • Optimized wing and tail profiles in XFLR5 to balance stability and aerodynamic performance.
  • Designed solar-powered UAV components under mass, power, and aerodynamic-efficiency constraints.

Additional technical photos, schematics, or code links can be added as the project documentation becomes available.

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