Splitscreen 2-player racing platformer with power-ups. The core challenge was balancing graphical fidelity and performance across split-screen viewports without frame-rate degradation. Built in UE5 over 4 weeks.
Two-player networked VR puzzle experience with motion controllers. Implemented replicated interaction systems so that both players see each other's hands and object states in sync — a non-trivial VR networking problem. Built in UE5.
Exhibition installation using real-time visual feedback to make water consumption tangible. A custom ESP32 firmware simulates rainfall and drives an LED display, exhibited at TU Wien. Received two internal awards.
Real-time face & smile detection pipeline using OpenCV, publishing detection events over ROS2 topics to an Arduino which drives LEDs. Demonstrates full-stack integration from computer vision to physical output.
Environmental monitoring station displaying air quality, temperature, humidity, and pressure on repurposed vintage VFD tubes. The challenge was driving non-standard VFD segments via shift registers within the Arduino's timing constraints.
Performance analysis comparing GPU sorting algorithms (Radix Sort, Bitonic Sort, QuickSort variants) across dataset sizes and memory layouts. Identified optimal algorithm selection thresholds based on empirical benchmarks.
