As part of the Real-Time Production R&D Engineering team I worked on really awesome stuff such as using ML for 3d environment reconstruction and developing new features for the proprietary 3d content creation software primarily focused on real-time rendering. While working with C++, I played a role in developing the rendering API, and for the ML project in Python, I utilized PyTorch as the main framework.

I led the testing and validation of the Cybertruck's powertrain firmware, specifically focusing on differential lockers in off-road modes. I designed, implemented, and executed Hardware-in-the-Loop (HIL) tests to ensure comprehensive coverage of all specified requirements. Additionally, I conducted in-depth analysis and evaluation of ECU data, ensuring optimal performance and reliability.

Working at Nuwa, home to the world’s first pen that digitizes human writing on any paper surface, I created an autonomous testing unit simulating human’s note-taking, content and motion, to validate the engineering design. Using complex path planning concepts, and a text-to-handwriting generation ML model, I was able to recreate a human-pen interaction in a controlled environment in order to ensure thorough testing and achieve the highest quality assurance possible.

My work at Centivizer consisted of designing consumer products using SolidWorks and gathering data from finite element analysis, FEA, using ANSYS. In addition, I was in-charge of market research to find the optimal mold-injection manufacturer for our products and the best heart rate tracker to implement into a product.