Matthias Hannhart

• Lead customer, partner, and business development activities across Continental Europe, supporting the adoption of embedded software and control platforms. • Coordinate collaboration between customers, partners, engineering, product management, and operations teams to ensure successful execution and customer adoption. • Support regional growth through partnership development, strategic opportunities, and market-driven product improvements.

• Act as the primary technical interface between customers, engineering, product, and operations teams across international markets. • Lead solution qualification, PoCs, pilot projects, and early deployments by aligning requirements, constraints, and integration needs. • Build trusted customer and partner relationships, support issue resolution, and translate field feedback into product and platform improvements.

• Managed innovative mobility projects and programs, ensuring alignment between customer expectations, contractual commitments, and delivery objectives. • Defined and improved project governance, reporting, and execution processes to enhance predictability and operational effectiveness. • Coordinated stakeholders across engineering, functional safety, quality, and business functions to support decision-making and issue resolution.

• Developed and validated embedded control functions for automotive systems using model-based development methods. • Contributed to ISO 26262 functional safety activities, including hazard analysis and safety requirements engineering. • Collaborated across control, system, safety, and validation teams to support system integration and risk mitigation throughout the development lifecycle.

• Developed and validated automotive control functions using model-based development methods in collaboration with OEM engineering teams. • Translated system requirements into implementable control solutions while supporting integration, calibration, and vehicle-level validation activities. • Contributed to cross-functional problem solving across system, software, and vehicle engineering domains.

• Developed and validated embedded control software for automotive powertrain systems, supporting OEM programs from requirements through integration and validation. • Contributed to control development, calibration, system integration, functional safety, and ECU security activities in international and multi-OEM environments. • Acted as a technical interface during customer validation and acceptance phases, supporting technical investigations, issue resolution, and engineering coordination.

• Translated system requirements into control specifications and developed automotive control functions using model-based development approaches (MATLAB/Simulink). • Supported system integration, calibration, testing, and issue resolution in collaboration with vehicle and system engineering teams. • Performed Hardware-in-the-Loop (HiL) testing, including test automation and result analysis using Python.

Focus on system modeling, estimation, diagnostics, and control of complex multi-variable systems.

Multidisciplinary engineering curriculum covering mechanical and electrical systems, control engineering, signal processing, applied mathematics and real-time software development.

Intensive pre-engineering program with a strong focus on Mathematics and Physics.