As the leader driving digital transformation, I spearhead the implementation of agile project management methodologies. My focus extends to realigning IT infrastructure towards cloud and future-proof data center solutions. Additionally, I orchestrate the integration of various AI tools into clinical workflows, optimizing operational efficiency and patient care. Through these initiatives, I aim to revolutionize healthcare delivery by leveraging cutting-edge technologies and fostering innovation at every level.

As the Lead Unity Developer for a digital learning app, I orchestrated the creation of immersive educational experiences. Collaborating closely with content creators, I translated pedagogical goals into interactive features. Through agile methodologies, I ensured timely delivery of engaging learning solutions.

Initially serving as a developer and later transitioning into project leadership, I specialized in WPF development for a major medical technology project in cooperation with Charité Berlin. I played a pivotal role in crafting robust software solutions tailored to the healthcare industry's unique requirements. My journey encompassed hands-on development and strategic oversight, ensuring the seamless execution of complex projects in a dynamic environment.

I was engaged in research and education at the Department of Computer and Electrical Engineering. Core focuses included the development of a wearables device simulations framework, integrating hardware and software components, along with the creation of various serious games. In teaching, I led exercise groups in computer game development.

We developed a VR learning environment enabling exploration of artificial neural networks in 3D. My role involved designing, training ML models, visualizing network architecture, and creating the VR environment. This immersive platform facilitated interactive learning and research, providing users with a deeper understanding of neural networks.

University Collaboration Project for implementing smart technology into the product portfolio, expanding our offerings to meet evolving market demands. Additionally, we developed a sensor data analysis tool to streamline the interpretation of data collected from these devices. This initiative enhanced our ability to deliver actionable insights to customers, driving product innovation and market competitiveness.

University Collaboration Project for enhancing the user experience of products. We enhanced the user experience of our product family through the development of a new patent. This innovation focused on optimizing usability, functionality, and overall satisfaction for our customers. By leveraging cutting-edge technology and user-centric design principles, we elevated our products to new heights, ensuring they meet and exceed the expectations of our users.

University Collaboration Project on new e-mobility body structures and their visualization in VR. We spearheaded the development of a modular vehicle body structure for e-mobility, designed to enhance adaptability and scalability. Additionally, we led the visualization of this structure in a VR environment, offering stakeholders immersive insights into its design and functionality. Our innovative approach integrates advanced materials and manufacturing techniques, fostering the evolution of a more efficient and sustainable mobility landscape.

University Collaboration Project for developing a WLAN radio concept.