Helping global automotive leaders shape the future of mobility through cutting-edge software-defined vehicle innovations.

Founded with the mission to revolutionize legal education, our company aims to simplify, reduce the cost, and enhance the efficiency of law studies through customizable textbooks. By allowing students to create tailored learning resources, we provide a unique solution that adapts to individual learning needs.

Focused on the development of an intelligent distribution node for an advanced e-bike system, including tasks such as CAD design, PCB development, requirements management, and software development. This innovative solution integrates key electronic components, communication between these components, power management, and system efficiency for a seamless e-bike experience.

Led the optimization of the overall equipment effectiveness (OEE) for a semi-automated system, focusing on improving productivity, efficiency, and reliability. By analyzing key performance indicators such as availability, logistical downtime, performance and quality measures, I implemented strategies to minimize downtime, streamline operations, and enhance system output. This resulted in significant improvements in operational efficiency, driving both cost savings and increased throughput in the production process.

Designed and developed innovative technical products utilizing the company’s proprietary microcontroller. This involved end-to-end product development, including CAD modeling, hardware design, soldering, and 3D-prototyping.

Configuration and development of a flatbed printer modeled after 3D printing technology, designed to flawlessly apply conductive ink based on specific requirements for printing on rigid surfaces.