Greg Kohne programmer

4513 148^th Ave. NE, Apt. MM101
(425)-869-2803
Bellevue,WA, 98007
gkohne@digipen.edu

Education:

Bachelor of Science, Real-Time Interactive Simulation

(Computer Science) Digipen Institute of Technology (2002-2006)

Technical Experience:

Computer languages: C/C++(5years), Z80 assembly with Gameboy Color, HTML(1 year)
C/C++ projects: Memory manager, hash table, 2d level editor, inheritance, sorting, 3d level loader
Networking: reliable UDP/TCP(1 year)
Graphics: Direct3D(2 years), OpenGL(1 year), BSP Tree, occluder,ray caster,bi-linear interpolation
, particle effects, and the graphics pipeline
Math: (1 year) Linear Algebra/3D math, (1 year)Calculus, and Bezier spline curves
Miscellaneous: Microsoft Visual Studio .NET (2 years)
AI: 3D flocking (1 year), Heirarchical Statemachine AI with A* path finding (1 year)

Completed Student Projects and Accomplishments:

Epicenter (3D first person game, DirectX, team of 3): AI Programmer

AI: 3D flocking and variations, heirachical state machine utilizing A* pathfinding
Design: Wrote game design document, created all fully animated animal models
Graphics: Pixel shader effects using High Level Shader Language version 1.1

System Chaos (3d third person game, DirectX, team of 4): Network Programmer

Design: Wrote game design document for game, created first level in Hammer level editor
Asthetics: Smoke particle effect, and music composition
Networking: Server/Client implementation using reliable UDP for multiplayer

Four Reborn (2D side-scroller game, DirectX, team of 5): Tool Programmer

3D Level Loader (2D side-scroller game, OpenGL): Designer/Programmer

DeCasteljau Visualization Tool and Project Programmer

(2D Spline-curve manipulation program, windows GDI):

Highlights:

Programmed successfully for five different games at Digipen Institute of Technology,
as well as various independent programming projects.

Great team works skills, communication, and ability to work with programmers
of different skill elvels on varied teams.

Always make sure to write optimized, robust, thoroughly tested and scalable code.

Ability to develope clean abstractions and interfaces.