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Undergrad School Projects

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What I Built
Implemented various real-time physics simulations using OpenGL and Unity 3D , focusing on deformable bodies and cloth-like behavior using the Mass-Spring System.
Key Projects
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Cloth Simulation
Simulated 2D cloth using a grid of particles and interconnected springs
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Sphere Deformation
Modeled a soft-body sphere using radial springs under external force
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Spring-Mass System
Implemented a dynamic spring-mass network to simulate elastic behavior
Physics Simulation using Mass-Spring System & Deformation
What I Built
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Implemented natural cubic spline and B-spline curve algorithms from scratch for smooth curve interpolation and modeling.
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Developed an interactive system for curve construction, supporting user-defined control points and real-time visualization.
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Explored properties of different spline types such as continuity (CĀ¹, CĀ²), local control, and smoothness.
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Compared spline types through visual and mathematical analysis to understand their behavior and suitability in animation or modeling tasks.
Results:
Curve Implementation
Overview
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Developed multiple graphics demos using OpenGL, demonstrating object transformation, lighting, and rendering techniques with various mathematical frameworks.
Core Features
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Object Transformation & Illumination
Displayed animated object movement and lighting using OpenGL shaders
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Ray Tracing
Built a basic ray tracer visualizing geometric object intersections and illumination
OpenGL
Project Overview
Designed and implemented core gameplay elements in Unity 3D, including character motion, particle effects, and enemy AI behaviors.
Key Features
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Character Motion
Created animation controllers for player movement, attack sequences, and skill execution.
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Particle Effects
Designed real-time visual effects using Unity's VFX graph and particle system to enhance gameplay feedback.
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Raid Monster AI (Raid Hunter)
Developed enemy AI logic with state transitions (Idle, Chase, Attack) and boss fight mechanics
Unity 3D Game Development: Motion & Particle FX Design
Project Overview
Designed a fully immersive VR gameplay experience using Unreal Engine 4, focusing on monster pattern design, level/map layout, and player-environment interaction in a virtual space.
Key Features
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Monster Pattern Design
Developed AI behavior and attack patterns tailored for VR combat experience.
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Map / Level Design
Created a spatially optimized environment for VR movement and interaction, balancing line-of-sight, cover, and action zones.
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VR Mechanics
Implemented intuitive player interaction using motion controllers and head tracking
VR Game Design using Unreal Engine 4
Mission
Clear all dots within the time limit by strategically connecting same-colored dots.
What I Built
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Developed a real-time puzzle game inspired by Two Dots, where the objective is to reduce all remaining dots to zero.
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Implemented core gameplay mechanics: dot matching, chain elimination, combo detection, and time-based challenge system.
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Designed intuitive UI and grid system for visualizing dot connections using a custom rendering loop.
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Added mission tracking, real-time countdown, and animated feedback for player actions.
Two Dots-Inspired Puzzle Game