Built With
| lowinertia |
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Nikhil Garg

Mechanical Engineering Student

DFW Metroplex | Atlanta, GA

ABOUT ME

Hello! I’m Nikhil, a Mechanical Engineering student at Georgia Tech from Flower Mound, Texas, and I’ve always liked figuring out how things work and how they can work better. I didn’t start out knowing I’d go into ME, but the more I designed and built things, the more it clicked that I enjoy making ideas real.


Now I’m focused on solving practical problems and building reliable, well-tested hardware through design and testing. I'm looking for opportunities where I can contribute to mechanical R&D, robotics, and autonomous systems.


Outside of school, I stay active with soccer, basketball, and occasional pickleball when friends drag me into it. I really enjoy exploring new food spots, checking out good coffee, and just getting out around with people I like spending time with.


Please feel free to reach out - I’d love to connect!

gargn0711@gmail.com

972-750-0912

PROJECTS
CONTACT
RESUME
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Cosmic Constructors Space Assembly Robot

Designed a conceptual orbital construction robot capable of assembling truss structures in microgravity, modeled entirely in SolidWorks with a focus on mechanism design, structural layout, and multi-axis motion. The robot was created to demonstrate...
GD&T
CAD Integration
Mechanism Design
Kinematic Modeling
Structural Layout Design
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SolidFlight Modular 3D-Printed Airplane

SolidFlight is a modular, tool-less airplane model designed and 3D-printed for ME 1670: Engineering Graphics & Design at Georgia Tech. The aircraft features snap-fit and slip-fit joints that allow fast, repeatable assembly without adhesives or...
GD&T
3D Printing
SolidWorks CAD Modeling
Snap-Fit & Slip-Fit Mechanism Design
Design for Additive Manufacturing (DFM)
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Accelerated Aging Test Bench for ADAS Sensors - Research Project

This project focuses on developing a tensegrity-based accelerated aging test bench for LiDAR, radar, and camera ADAS sensors, enabling long-term reliability evaluation in a compressed testing window. Since these sensors experience years of thermal...
SolidWorks
3D Printing & Fabrication
ANSYS Modal Analysis & Simulation (FEA)
Vibration Isolation & Structural Dynamics
Sensor Integration & Test Setup Instrumentation
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Autonomous Obstacle Avoidance Drone

This project explored how a small drone could navigate on its own by detecting and avoiding everyday obstacles. A DJI Tello was used as a programmable platform to test object-detection and avoidance behavior, allowing the team to focus on the...
Python
Computer Vision
System Evaluation
Hands-on Prototyping
Autonomous Flight Logic
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