Dipl.-Ing. Martin Havers

Systems Engineer & Embedded Systems Expert: Systems Engineering and development of complex embedded and electronic systems – from requirements and system architecture to hardware/software development, integration and product realization. Focus: Systems Engineering · Embedded Systems · Electronics · Requirements Engineering · System Architecture · Technical Project Leadership · Product Development

Leadership of Systems, Platform & Architecture Engineering with disciplinary responsibility. Responsible for systems engineering, system architecture and platform concepts, including the development and continuous improvement of engineering processes and methods. Driving interdisciplinary collaboration across product development, electronics, software and requirements engineering.

Independent engineering assignment at Marquardt, focusing on systems and embedded development for automotive electronic control units. Activities included hardware and embedded software development as well as functional safety-related engineering.

Technical project lead for an ECU platform for autonomous exhaust aftertreatment systems (DeNOx, particulate filtration and regeneration). Technical lead for embedded software and control unit development, requirements engineering and system architecture. Responsible for system integration and transfer into series production with international development partners.

Built up and led the Control & Electronics engineering function with disciplinary leadership responsibility, focusing on embedded electronics and control systems. Responsible for the development of an ECU platform from concept through series production for diesel exhaust aftertreatment systems. Technical leadership covering electronics, embedded software and system integration.

Technical product management for lambda sensors and electronic measurement systems. Responsible for technical product support, customer-specific applications, as well as development and implementation of electronic solutions for exhaust aftertreatment systems.

Focus on communications engineering, electronics and embedded systems. Key areas included analog and digital circuit design, signal processing, control engineering, microcontroller systems, FPGA technologies, programming and communication systems – providing the technical foundation for later work in embedded and systems engineering.