Hello, my name is Jamison Stockrahm. I am from New Lenox, Illinois, and currently pursuing my bachelor's degree in engineering at the University of Illinois at Urbana-Champaign. I am passionate for design, creativity, STEM, and problem solving, and I am seeking opportunities to gain hands-on experience in the field of engineering. My experience includes programming (C#/java/python), computer-aided design, web development, and robotics.
Furthermore, I am a strong communicator, collaborator, and leader. Outside of schoolwork, I enjoy playing soccer and basketball, working out, and developing games and apps. Feel free to explore my projects below or reach out — I'm always excited to connect and discuss engineering ideas or opportunities.
Using principles from ME170 and the tool Autodesk Fusion 360, I created a Tamagotchi device using bottom-up modeling and made an assembly drawing for manufacturing. This is the first of many CAD projects I have and will be designing in UIUC's ME cirriculum.
ASME has just voted on our next long-term project. I am working alongside my fellow ASME members to design and build a functioning Iron-Man mask for Grainger's Engineering Open House in the Spring. We are planning on integrating a mechanical mask, an A.I. assistant, and possibly augmented reality to sharpen our engineering skills and display a cool project for future Grainger engineers, all while having a good time.
Using the Unity game engine and Photon Networking solution, my brother and I developed a prototype for a large scale multiplayer game, featuring complex math and logic to achieve infinite terrain generation, reliable online networking, and a vast array of content. We wrote thousands of lines of code, dozens of scripts, and utilized many software tools in order to create this. While the game is not published, working on it has sharpened my C# programming, logical thinking, and creative design skills.
My team members and I have conducted interviews on UIUC students to find out how we can improve dorm life. We decided to design a modular charging block to help students manage their cords and avoid the frustration of tangled wires and a hodgepodge of adapters. With a customizable design and clamps to hold the blocks together, students would be able to optimize their charging layout.
+1 (815) 708-5250
jamisonstockrahm@gmail.com
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