A novel algorithm for optimizing explicit numerical solvers, with measurably improved computational efficiency. Discovered, developed and implemented independently as project work at the Institute of Mechanics, TU Dortmund.
Mechanical engineering at TU Dortmund, moving toward computational biology and protein design.
I work at the boundary between mechanical systems and computation — numerical methods, embedded data acquisition, and lately the physics of how proteins fold. Currently finishing a B.Sc. in Mechanical Engineering while building simulation and learning systems from scratch.
selected work
3D hydrophobic-polar lattice model folded with REINFORCE policy gradients. Built as an on-ramp into computational biology.
A TestBox for functional verification of customer-specific vehicle control units, built as a working-student project at Bosch Rexroth.
Design and simulation of a protection system for industrial shredding machines. External thesis project at Bosch Rexroth.
A task-specific language model trained from scratch — tokenizer, training loop and deployment.
Headless genetic-algorithm creature simulator, self-chaining across free CI minutes to train unattended.
also
Generates printable 3D geometry from plain text descriptions.
A Flutter app for enhancing low-light images on Android.
writing
2024Technological Transparency: Unmasking the Past and Shaping a Future of Accountability2 min2024Future of wearable technologies and transhumanism2 min2023Beyond Neural Networks: The Limitations of Language Models in Replicating Cognitive Emergence2 min2023Manufacturing technology and it's impact on space exploration3 min2023The Crucial Role of Rocket Technology in Galactic Colonization and Solar Conquest3 min