Matthias Hannhart

• Drive operations and project delivery for a €2M activity, coordinating engineering teams, customers and suppliers. • Manage scope, schedules, resources, risks and interfaces across a multi-project portfolio in electric, hydrogen and unconventional mobility, with 400+ ECUs supplied. • Ensure delivery continuity under constrained resources, manage P&L, cash flow, costs, procurement and commercial negotiations, contribute to strategic proposals, and lead technical recruitment.

• Developed and validated model based control software with MATLAB, Simulink and Stateflow, from system integration to HiL validation. • Progressed into functional leadership for teams of up to 10 engineers, then into Project Management and PMO from 2016, managing up to four projects. • Improved planning, WBS, resource management, reporting, documentation and release processes across multidisciplinary vehicle development.

• Developed and validated embedded control functions for Renault powertrain applications using model-based development methods. • Translated functional requirements into MATLAB/Simulink control models and supported integration and validation activities. • Worked within Renault engineering teams in a model-based automotive development environment.

• Developed and validated diesel engine ECU control functions using MATLAB, Simulink and Stateflow, from requirements to HiL and vehicle validation. • Owned DPF controls for Daimler OM651, developed immobilizer functions for Infiniti/Nissan, and implemented Functional Safety mechanisms including torque monitoring and fault reactions. • Supported software releases, customer interfaces and technical issue resolution.

• Performed ECU validation, calibration and Hardware-in-the-Loop testing for Renault powertrain applications. • Analyzed test results and investigated system behavior and integration issues in collaboration with engineering teams. • Worked with automotive calibration and validation tools in a production-oriented powertrain development environment.

• Translated textual requirements and preliminary functional diagrams into executable MATLAB/Simulink control models for a Renault engine ECU. • Simulated and validated intended functional behavior and generated model documentation for the software implementation team.

• Developed a VBA-based automated calibration solution for aerospace motion simulators, using external Renishaw measurements to assess angular positioning errors and support system calibration. • Automated measurement data processing and positioning-error analysis to support verification and calibration activities.

• Taught mathematics to secondary-school and post-secondary students, adapting explanations and teaching methods to different academic levels.

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.