Resume | Mysite

I am a game developer with a focus on graphics programming. I love finding out how things work and visualizing them in a creative way using computer technology.:

- Portfolio : arngeo1993.wixsite.com/mysite

- Git Hub : github.com/arngeo1993

- Linkdin : www.linkedin.com/in/arngeo1993

- Email: arngeo1993@gmail.com

- Phone: +1 (425) 877 - 7573

Role: Intern Graphic Programmer (May 2019 - August 2019)

Project Name: Sparse Virtual Texture (Hardware)

Company: The Forge Interactive

Mentor: Wolfgang Engel

- Implemented sparse residency and binding in Vulkan API and tiled resource in DirectX12.

- Implemented single pass algorithm (all calculation in one fragment shader)

-- Find tiles from a particular mip level to be binded

-- Find if the tile is resident ( if resident the texel is fetched from the tile else fall to next mip level)

- Used staging buffer for transferring the pixel data to the sparse texture image.

- Mega-texture size (1.33 GB), memory used in GPU for sparse texture (80 MB) and memory used in GPU for staging buffer (80 MB).

Role: Intern Game Programmer (Jan 2016 - June 2016)

Project Name: Sky Writing – Game for kids to learn numbers and alphabets

Company: Nayi Disha Studios

- Used mecanim animation system to transition between states (Menu, Level Selection, Game Play)

- Implemented algorithm to place nodes on alphabets and words based on the shape.

- Each point will have a image with collider .

- When the finger swipes through these collider the color of the image changes.

- Implemented cards swipe from a deck.

- Used Unity and programmed in C# language

Vulkan Renderer

- Implemented the following projets Using Vulkan API

- Basic Model Loading

- Forward Rendering

- Deferred Rendering

- Moment Shadow Maps ( Compute shader Blur )

- Image Based Lighting ( IBL )

- Ambient Occlusion

- Mega Texture ( Sparse Residency and Binding )

- Key Frame Animation ( nLerp and Slerp, Wrote Quaternion Library )

- Motion Along a Path Animation ( Bezier Curve, Linear Ease in and out )

- Inverse Kinematics ( Cyclic Coordinate Descent )

- Cloth Simulation ( Gravity and Sphere Collision )

Ray- Tracing

- Implemented the following

-- Intersection of ray with sphere, cylinder, triangle ad axis aligned box

-- Path Tracing

-- Reflection

-- Transmission

-- Depth of Field

-- Motion Blur

Role: UI Programmer (Nov 2019 - Dec 2019)

Team Name: Cant Escape Games

- Implemented behavior for Buttons, Slider and Drop Down Bars in LUA.

- Used Multi cast and binding for interaction between C++ and LUA

- Implemented Affine 2d animiation with 2 key frames

- Implemented Health and Gasoline Bar for the game

Role: Graphic Programmer, Animator and Designer (Jan 2019 - April 2019)

Project Name: Robot- test – 2.5 D Puzzle and Shooting Game

- Implemented the following in OpenGL

-- Bloom

-- HDR,

-- Toon shading

-- Particle system

-- Key frame animation using Assimp

-- Spot, Point and Directional lights

-- Directional light shadow

- Used percentage closer filter to smooth shadow

- Used stencil buffer to render black outline on the player

- Designed models in Google SketchUP and MAYA

- Rigged and animated model in MAYA

Role: Programmer (Sept 2018 - Dec 2018)

Project Name: Asteroids – 2D Space Shooting Game

- Implemented homing missile

- Programmed math library (Cross Product, Dot Product... etc)

- Implemented collision detection (AABB, Circle to Circle, Point to Circle)

Role: Programmer/Designer (July 2015 - Dec 2015)

Project Name: SMIT: The Game – 3D Treasure Hunt Game

- Implemented player movement and vehicle controls

- Implemented axis aligned bounding box collision detection

- Designed college campus as the virtual world of the game

- Used Microsoft XNA and programmed in C# language

Role for all below : Programmer/Designer (2017)

Project Name: Polygon Bounce – 2D color match Game (Unity)

- Programmed ball bounce physic (Random Bounce)

- Used mecanim animation system to transition between States (Menu, Level Selection, Game Play)

Project Name: Fly By – 2D Rocket Game (Unity) (2016)

- Used mobile accelerometer to control the rocket motion

- Random obstacles position generated for unpredictability of the level

Project Name: Truth & Dare (Unity) (2016)

- Player can set their own Truth and Dare

- Used clock hands instead of bottle for game play (Reason: Bottle only points to opposite player but clock hands can point to every player within the game)

- Used 3d models with animation to represent each player (More Interactive Game Play)

Masters of Science in Computer Science (Exp. Grad. June 2020)

DigiPen Institute of Technology

Post Graduate Program in Management (MBA) (Graduated 2018)

ICFAI Business School

Bachelors of Technology in Computer Science (Graduated 2016)

Sikkim Manipal Institute of Technology

Management Trainee at MedLife (Jan 2017 - May 2017)

Six Sigma (Green Belt) Certification

Big Data Hadoop Certification

National Level Athlete (1500 meter run)