Eric Arnebäck Email & Phone Number

Remote

Remote

Joined the team to improve the 3D scanning solution that was being developed by the company. Made great and visible improvements on the color quality of the produced scans. Using my Computer Vision and Geometry skills, I developed solutions that would automatically fit products such as helmets and glasses to the heads of customers, from our 3D scans. Worked on developing cutting-edge, web-browser-based tools, that are used for collecting and storing 2D and 3D data. This data is used for training machine learning models. This involved front-end as well as back-end work.Technologies used: Javascript, Typescript, C++, Webassembly, WebGL, Ruby, Ruby on Rails. React.js, Computer Vision, Metal, Digital GeometryIt is a remote position.

Copenhagen Area, Denmark

Was responsible for developing Rendering Technology for the games that are being developedin the studio

Gothenburg, Sweden

I was Responsible for developing and adding new features to the graphics engine of the software Industrial Path Solutions(IPS).I worked on:* Prototyped Screen Space Reflections for the purpose of Automotive rendering* Prototyped replacing OpenGL with Vulkan for rendering of CAD data, and ported an internal OpenGL-based engine from OpenGL to Vulkan.* Implemented a Path Tracer from scratch using OptiX for GPU-accelerated ray tracing, and integrated my solution into a simulations software used in the automotive industry.* Implemented a solution for rendering huge Particle Simulations(millions of particles) .

Gothenburg, Sweden

Did my Master's thesis at Fraunhofer-Chalmers Centre.

Göteborg, Sverige

Worked as a contracted student a couple of days a week while studying at the university. Some of the things I did was- Figuring out the undocumented internal graphics engine of the company, and writing documentation for it.- Explore approaches to rendering a huge number of moving meshes at interactive rates. The application of this is rendering particle simulations with many, many particles.- Explore procedural mesh generation. These meshes were to be used in the visualization of particle simulationsTechnologies used: GLSL, OpenGL, C++.