Personal Work | Portfolio

Physics-based Flight Simulator

Team Size: 1

Role: Programmer/Designer/Artist

Platforms: Unity 3D, Blender, Substance Painter.

Tools: Trello.

Duration: February 2024 - Present

Contributions:

I am currently working on a physics-based flight simulator at the intersection of my passion for aviation engineering and inspiration from the movie Top Gun: Maverick.
This simulator features a modular configurator where users can input real-world values specific to different aircraft.
Additionally, I am creating a playable version of a scene from the movie, complete with AI opponent aircraft and weapon systems.
My goal is to deepen my understanding of 3D asset development pipeline, level design, and physics-based programming through this project.

References:

Real-time modeling of agile fixed-wing UAV aerodynamics: https://ieeexplore.ieee.org/document/7152411

Team Size: 3

Role: Programmer / Producer

Platforms: Steam VR, Arduino

Tools: Google Docs, Trello.

Duration: February 2021 - March 2021 (1 month)

Contributions:

Initiated project exploration on VR finger tracking, assembling a specialized team of two hardware engineers with aligned interests.
Collaborated with hardware engineers to gain insights into resource requirements and outline a preliminary budget for the project.
Managed logistics to ensure seamless project operations.
Assisted hardware engineers in the assembly of the PCB (Printed Circuit Board).
Conducted debugging and testing of the C files (Arduino) to ensure optimal performance.

References:

Team Size: 1

Role: Student

Platforms: Unity, Adobe Photoshop

Tools: Shadergraph, VFX Graph.

Duration: June 2020 - July 2020 (1 month)

Contributions:

All of these effects and the assets required to make them were created from scratch by me.
The goal was to gain a better understanding of the VFX pipeline using Shadergraph and VFX Graph.

Team Size: 1

Role: Programmer / UI Designer

Platforms: Android Studio, TensorFlow

Tools: Google POSENET Model

Duration: January 2020- January 2020 (2 weeks)

Contributions:

I have been a long-time yoga practitioner and wanted to experiment with yoga pose detection using computer vision.
Created an app for yoga pose recognition using Kotlin, integrating ML Kit SDK for computer vision.
App provides real-time feedback on pose accuracy during yoga practice sessions.
Designed to be user-friendly, prompting "Valid Pose" for correct poses demonstrated by the yoga coach.