Justin Park / Engineering portfolio

Mechanical Engineer | UAV Systems | Robotics | Systems Integration

Mechanical design and UAV systems.

I'm pursuing my M.S. in Mechanical Engineering at Georgia Tech, with a focus on UAVs, robotics, and systems integration. My work combines mechanical design, fabrication, and testing of electromechanical hardware.

View my projects Download resume

M.S. Mechanical Engineering · Georgia TechExpected May 2027B.S. Mechanical Engineering · Georgia TechGraduated May 2026

Justin Park beside the completed camera rig mounted on a quadruped robot in a hallway — Quadruped camera payloadCapstone · 2025

Selected engineering work

Selected projects

Aircraft development, robotic payload design, and professional UAV integration.

All projects →

Work in progress. I'm still updating this portfolio. Some projects are not yet included or fully described.

Completed height-adjustable camera rig mounted on a Unitree quadruped robot in a hallway

Team capstone · Aug–Dec 2025

Stabilized camera rig

A height-adjustable camera payload developed by our capstone team for a quadruped robot. My contributions included concept selection, gimbal design and drawings, and structural analysis.

Mechanical design
Electromechanical integration
Validation

View Camera Rig

Custom flying-wing survey aircraft on a workshop stand

Independent UAV development · 2024–present

Autonomous survey aircraft

Independent fixed-wing UAV development, including airframe fabrication, custom landing gear, Pixhawk/PX4 integration, and flight testing.

Airframe design
Avionics
Flight testing

View Survey Aircraft

Engineering internship · Jun–Jul 2026

Heven UAV systems integration

UAV subsystem integration, troubleshooting, and configuration documentation, alongside a Python tool I developed to estimate flight time and range.

UAV integration
Engineering software
Troubleshooting

View Heven

Assembled quadcopter with printed components and tube arms on a table outdoors

Personal hardware project

Modular quadcopter

A custom quadcopter with modular printed components and tube arms. I designed the frame, integrated the electronics, and configured PX4.

Prototyping
PX4
Hardware integration

View Modular Quadcopter

Workshop & field

A closer look at the work.

Aircraft, mechanisms, prototypes, and the people behind them.

Height-adjustable camera payload on a quadruped robot in a hallway

Camera rig and quadruped robot beside a workshop table

Quadruped camera rig viewed down an indoor hallway

Camera and red gimbal assembly on a workbench

Flying-wing aircraft outdoors near a paved path

Dark foamboard survey aircraft on a paved surface

Foamboard aircraft and landing gear viewed from the side

Survey aircraft and landing gear outdoors at sunset

Conventional-tail survey aircraft resting on gravel

Light-colored survey aircraft beside a vehicle

Robotics team with competition hardware outside a building

Team members working around a competition robot

Justin with a competition robot in a workshop

AmadorUAVs exhibit and team member at an event

Small multirotor aircraft close to the ground

Small multirotor aircraft on a workshop bench

Modular quadcopter assembled on an outdoor table

Printed multirotor frame components during assembly

Frame-analysis screenshot from the reference portfolio

Reinforced flying-wing aircraft in a workshop

Robotics demonstration setup with monitor and mechanism

Robot mechanism, wiring, and electronics during assembly

Competition robot with lift and retrieval mechanisms

Electronics, radio controller, and laptop on a workbench

Multirotor aircraft and field equipment on grass

Close view of a multirotor frame and onboard electronics outdoors

UAV team posing with aircraft at a field

Close view of multirotor flight electronics, receiver, and wiring

Fixed-wing aircraft and flight equipment beside a vehicle outdoors

Large multirotor with exposed electronics and batteries during assembly

Red printed quadcopter frame with blue propellers on a workbench

Select a photo to open a larger view.

Engineering toolkit

Technical capabilities

Mechanical design & analysis

SolidWorks and Onshape for mechanisms, mounting interfaces, and structural analysis.

Camera Rig design →

Prototyping & fabrication

FDM printing, laser cutting, airframe fabrication, and assembly.

Prototype development →

UAV & electromechanical integration

Pixhawk, PX4, QGroundControl, sensors, actuators, and flight electronics.

UAV project overview →

Testing & engineering tools

Hardware troubleshooting, flight testing, prototype testing, and Python modeling.

Camera Rig test notes →

Background

Experience and education

More about my experience →

August 2026–present
Graduate Teaching Assistant · Georgia Tech
ME 4853. Previously ME 2110 Undergraduate Laboratory Supervising Grader, January 2025–May 2026.
June–July 2026
Multirotors Engineering Intern · Heven Aerotech
I contributed to UAV integration and documentation and developed a Python performance estimator.
August–December 2024
Airframe & Avionics Engineer · Experimental Flights VIP
I led the VTOL subteam, working on structural concepts and Pixhawk integration.

Georgia Institute of Technology

M.S. Mechanical Engineering

Expected May 2027

B.S. Mechanical Engineering

May 2026 · Highest Honors

Contact

Get in touch

I'm seeking opportunities in mechanical engineering, UAVs, robotics, and systems integration. Please get in touch to discuss a role or my project work.

Seeking Spring 2027 internships and full-time roles starting Summer 2027.

[email protected]LinkedIn ↗+1 (510) 513-5799

Pleasanton, CA