Automated BOM generation and supported design of customized industrial kitchen equipment with a focus on manufacturability and cost optimization.

Contributed to the development of an AI-based system for optimizing CAD models by annotating training data and learning fundamentals of neural networks.

Developing an AutomationML-based approach for integrated engineering data transformation and Round-Trip Engineering (RTE), enabling seamless data exchange, traceability, and system integration for flexible production systems within the DIAMOND project.

Designed and implemented a flexible manufacturing system integrating AAS and PLC, enabling dynamic, real-time control through REST APIs and OPC UA, with a conceptual roadmap to autonomous AAS Type 3.

Developed a concept-driven modeling approach using AML to enable seamless engineering data transformation & integration across disciplines, supporting digitalization and interoperability in production system design.

Designed an OEM-approved foot light system to illuminate the legroom area of vehicles.

Designed and positioned in-vehicle sirens and their custom sheet metal brackets.

Designed and manufactured robotic arm components for a fully automated cooking system, focusing on compact, cost-efficient solutions and system-wide collaboration.

Developed a compact liquid dispensing system using peristaltic pump technology for the automated cooking robot, handling end-to-end design, prototyping, and manufacturing.

Designed and developed food item dispensing systems and steel containers for the automated cooking robot, managing the complete process from concept to manufacturing.

Developed and implemented an Industry 4.0-based control system for a lab-scale automated production setup using PLC programming, OPC UA, AML and AAS.

Optimized the bin picking efficiency of an industrial robot using Python and RoboDK by simulating various configurations.

Led the design and development of illuminated scuff plates for passenger vehicles.