Matthew Jordan Louchart
ac8lr0@r.postjobfree.com 949-***-**** linkedin.com/in/matthew-louchart-4022b4140 EDUCATION
The University of Colorado, Boulder, CO Graduated Summer 2018 Bachelor of Arts, Computer Science
SPECIALIZED SKILLS
Programming Languages: C/C++, SQL, Python
Prior Experience: Java, MATLAB, HTML
Collaboration Apps: GitHub, Bitbucket, Trello, Slack Operating Systems: Windows (7, 8, 10), macOS/OSX, Linux RELEVANT EXPERIENCE
On and Off Esports, Boulder, CO, Developer & Product Manager April 2018 – August 2018
• Collaborated with a mechanical engineer in the design and dimensions of a customizable sleeve for the connectors of first party GameCube controllers.
• Set up a multi-level communication network using Slack and Discord.
• Marketed prototype at Flatiron 3 Smash Bros Tournament. PROJECT EXPERIENCE
Settlers of the Sand, Programmer and Project Manager
• Led a team of three senior-level programmers in the design process and implementation of a text-based video game using C++.
• Implemented skeleton code, scheduled team meetings, and established a critical path for the project.
• Programmed decision tree for the game, point system, and trading resources with the games bank. Basketball Court, Programmer
• Built a basketball passing and dribbling program using the Open Graphic Library in C.
• Implemented objects using commands that generated color, texture, lighting, transparency, per-pixel shading, perspectives, and movement.
Pantry Pros, Front End Developer
• Teamed up with both business and computer science students in forming a mock company to help college-age adults improve their cooking habits and live independently in a healthy economical fashion.
• Scheduled project based on milestones and made a path for creating both an application and a website. Monty Hall minigame, Programmer
• Wrote a short game using the Monty Hall probability puzzle with Python. RESEARCH EXPERIENCE
Intelligent Driver Model, University of Colorado, Undergraduate Researcher Oct 2017 – Dec 2017
• Researched the Intelligent Driver Model which is a time-continuous car following model simulating urban and freeway traffic.
• Derived equations for the IDM and used data for a statistical analysis. Reached the conclusion that the system would make driving safer and more efficient for everyone on the road.