Florentin Habermaier

Hex'n Catch was developed by a six-person team. Three witches use teleportation, broom flight, and transformations to collect magical potions. A witch hunter counters them with abilities for tracking, chasing, and catching. The main technical challenge was connecting these two distinct gameplay loops in a stable four-player match.

Mira processes unstructured medical documents through a multi-stage pipeline. After automatic alignment and OCR, Qwen2.5 identifies diagnoses, symptoms, procedures, and medications. The extracted information is stored in SQLite, returned as structured JSON, and linked back to its source in the original text. During the semester project, recognized medical terms were additionally coded with SNOMED CT. The output was designed as a standardized data foundation for future integration with FHIR-based systems; FHIR itself was not part of the implementation.

Incremental Tower Defense combines a 2D survival loop, incremental progression, and a physical controller. Enemies move from multiple spawn points toward a central tower while the player character automatically attacks targets within range. Defeated enemies provide gold for tower health, attack damage, attack speed, life steal, and defensive vines. Timed boss fights unlock new enemy types; defeating the final boss completes the run. An Arduino joystick can replace standard controls for movement and shop navigation, while LEDs indicate game progress.

Codor was developed by the five-person "Hagenberger Fünfeck" team for the "Next-Gen Education" track. Teachers upload reference solutions, which Gemini 2.5 Flash-Lite converts into an assignment description and structured, editable steps. Students solve each exercise in the integrated code editor and receive contextual guidance from an AI tutor without being shown the final solution. A dashboard gives teachers visibility into submissions and learning progress.