Built With
| lowinertia |
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Akilesh Yelchuru

Aerospace Engineering Student & Systems Engineer

Florida, United States

ABOUT ME

I’m an Aerospace Engineering student at Florida Institute of Technology with a passion for designing efficient, mission-driven systems for air and space. My experience spans NASA L’SPACE mission design, competitive VEX U robotics, and hands-on aerospace projects involving glider aerodynamics, thermal analysis, and mechanical systems integration.


I bring a strong foundation in:


  • 3D CAD modeling (NX, SolidWorks, Fusion 360)
  • Structural and thermal simulation
  • Python, C++, MATLAB, and Arduino for automation and data analysis
  • Engineering documentation and cross-team collaboration


Whether leading subsystem development or managing trade studies, I enjoy building reliable systems that bridge theory and real-world performance. I’ve worked in roles that required adaptability, technical depth, and team communication—skills I continue to sharpen through interdisciplinary design projects and STEM outreach.


My long-term goal is to contribute to the development of human-centered aerospace systems, whether through spacecraft platforms, autonomous vehicles, or planetary exploration missions.

PROJECTS
CONTACT
RESUME
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High-Performance Glider Design & Fabrication

Designed and built an efficient, unpowered glider capable of maximizing glide ratio and structural performance under realistic aerospace constraints. The project involved optimizing a lightweight fuselage and high-aspect-ratio wings in Siemens NX,...
CAD (Siemens NX)
MATLAB simulations
CFD-based analysis
Project management
Aerodynamic modeling
Structural optimization
Composite material selection
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VEX U Robotics Spin Up Dual Flywheel Shooter Robot

Built a competition robot for the VEX U Spin Up season focused on fast disk intake, accurate shooting, and reliable autonomous scoring. I led the mechanical design and CAD of multiple intake + dual-flywheel shooter iterations (SolidWorks/Onshape),...
Fusion 360
Mechanical design
Rapid prototyping
System integration
Flywheel shooter design
Intake mechanism design
Robot drivetrain integration

L1 High-Power Rocket Project (NAR Level 1 Certification)

Designed, built, and flew a high-power rocket to earn NAR Level 1 certification, taking the vehicle from concept through simulation, fabrication, and launch with a focus on stability, recovery reliability, and prediction vs. flight validation
Fabrication & assembly
Test prep (checklists)
Post-flight data review
Computer-Aided Design (CAD)
Rocket stability & recovery design