Portfolio & Case Studies

Explore innovative AI projects that bridge deep theoretical research with real-world applications, demonstrating practical impact across diverse domains.

AI Detection Digital Literacy Open Source

DoppelCheck

AI-Powered Disinformation Detection

A comprehensive browser extension that leverages advanced machine learning to identify disinformation and misinformation in real-time, promoting digital literacy with privacy-first local processing.

Role: Project Lead & Sole Developer
Institution: Media Lab Bayern Fellow
Impact: Open-source tool for digital literacy
Medical AI Clinical Decision Real-time

AMPEL

Clinical Decision Support System

Advanced AI-driven Clinical Decision Support System for real-time laboratory diagnostics, revolutionizing medical decision-making through intelligent data analysis and predictive insights.

Role: Key AI Architect & Co-developer
Institution: University Hospital Leipzig
Impact: Enhanced patient care through AI
Interactive AI Art Installation Ethics

ARTeFact

Interactive AI Art Installation

"Spiegelbox" - An innovative interactive installation exploring the ethical dimensions of AI empathy exploitation, demonstrating the intersection of technology, art, and philosophical inquiry.

Role: Sole AI Developer & Designer
Venue: Globe Theatre Leipzig
Focus: AI Ethics & Human Experience
Text Detection Digital Literacy BMBF Funded

SpotTheBot

AI-Generated Text Recognition

An innovative educational platform that gamifies the process of detecting AI-generated text, enhancing digital literacy through interactive learning experiences and practical skill development.

Role: Project Lead & Sole Developer
Funding: BMBF & Open Knowledge Foundation
Purpose: Educational AI literacy tool
Geothermics Optimization Simulation

KNW-Opt

Geothermal Energy Optimization

Advanced research on shallow geothermal energy systems, utilizing machine learning for predictive modeling and parameter optimization to enhance sustainable energy solutions.

Role: Co-developer & Researcher
Institution: FAU Erlangen-Nürnberg
Domain: Sustainable Energy & AI
PhD Research Cognitive Science Philosophy

Symbol Grounding

Foundational AI Research

Groundbreaking doctoral research addressing the fundamental symbol grounding problem in AI, exploring how artificial systems can develop genuine understanding and semantic representation.

Role: Principal Investigator
Institution: University of Bamberg
Outcome: PhD Thesis (2019)

Project Impact & Recognition

€2.8M+
Research Funding Secured
15+
Years of Experience
6
Major Projects Delivered
3
Open Source Tools

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