Portfolio

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Ocean Simulation

Real-time ocean simulation developed in C++/OpenGL, leveraging Fast Fourier Transform (FFT) and OpenCL for wave simulation. Features Physically-Based Rendering (PBR), image-based lighting (IBL) for enhanced realism, and an HDR skybox for a dynamic, immersive sky. Inspired by Jerry Tessendorf's paper 'Simulating Ocean Water'.
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Cloth Simulation

Real-time cloth simulation, developed in C++/OpenGL, that employs a Mass-Spring System, inspired by the paper "Fast Simulation of Mass-Spring Systems" by Liu et al. Parallelized using OpenMP and features Physically-Based Rendering (PBR), image-based lighting (IBL) for enhanced realism, and an HDR skybox for a dynamic, immersive sky.
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Procedural Terrain Generation

Real-time Procedural Multifractal Terrain Generation, developed in C++/OpenGL, that generates infinite multifractal terrains using Fractal Brownian Motion and Perlin Noise. Features Physically-Based Rendering (PBR), Image-Based Lighting (IBL), HDR skybox and Volumetric Fog Rendering.
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Skeletal Animation

Real-time Skeletal Animation, developed in C++/OpenGL, utilizing Assimp, dual quaternion skinning and Inverse Kinematics to create interactive and smooth animations. Parallelized using OpenMP and features Physically-Based Rendering (PBR), image-based lighting (IBL) for enhanced realism, and an HDR skybox for a dynamic, immersive sky.
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Game Engine

OpenGL Game Engine that features Physically-Based Rendering (PBR), Image-Based Lighting (IBL), HDR skyboxes, and dynamic soft shadows. The engine also leverages Tessellation shaders to dynamically refine mesh detail at runtime and anti-aliasing to reduce visual artifacts, enabling the creation of visually compelling and realistic scenes.
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Game Engine

Vulkan Game Engine that features Physically-Based Rendering (PBR), Image-Based Lighting (IBL), HDR skyboxes, and dynamic soft shadows. The engine also leverages Tessellation shaders to dynamically refine mesh detail at runtime and anti-aliasing to reduce visual artifacts, enabling the creation of visually compelling and realistic scenes.
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Ray Tracing Engine

Advanced Raytracer application, developed in C++, that utilizes OpenMP for parallel computing to enhance performance. The project features global illumination, motion blur, depth of field, soft shadows and Phong Local Illumination