Ethernet Experts in Munich

• Development of a comprehensive transformation model for IT departments and ITSM organizations, from operational stabilization through structuring and optimization to strategic advancement
• Design of a transformation matrix that connects development phases with the implementation activities Position, Focus, Model, Enable, Anchor and Develop
• Development of assessment, maturity and decision-making logic to determine the operational starting point, the appropriate entry point and the prioritized areas of action
• Structuring of an end-to-end approach from current-state assessment and target vision through operating model, roadmap and service modules to implementation and integration into steady-state operations
• Derivation of combinable consulting and implementation modules, including methods, deliverables, role models, governance structures and transformation paths
• Collection, structuring and prioritization of business requirements from the perspectives of IT management, service management and operational roles
• Translation of requirements into target visions, process and role models, decision criteria and traceable deliverables

Environment / Tools: ITIL 4, IT4IT, Operating Model Canvas, SIAM, maturity models Kanban

• Executed standard/complex test cases using ECU-test and Python, improving test throughput by 30%.
• Performed validation and execution of ECU test cases on HiL benches for ADAS to ensure functional quality before release.
• Worked closely with customers to align test activities with project requirements and provide regular validation updates.
• Coordinated with subcontractors to track defects, ensure timely issue resolution, and maintain test quality.
• Ensured testbench stability and maintenance before executing test plans, identifying and resolving issues proactively.
• Developed Python-based automation scripts for reporting and workflow automation.
• Managed test issues and documentation via Jira in coordination with QA and development teams.
• Used CANPE for measuring signals of CAN, FlexRay, Ethernet, and IP using Vector CAN tools.

• Developed lateral-safety steering functions across two service packs, serving as Product Owner for SP-2021 and Function Developer for SP-2025
• Defined and maintained system requirements, coordinated validation and testing, and ensured seamless integration into series vehicles across 29 BMW, MINI, and Rolls-Royce models
• Drove a 62.5% reduction in Lane Keeping Assistant PPH (Problems Per Hundred) count from 9.6 (2023) to 3.6 (2025) in the US-IQS (Initial Quality Study) by enhancing function performance, contributing to a 7-position improvement in BMW’s overall brand ranking
• Managed collaboration with two main suppliers, resolving technical challenges and securing on-time milestones
• Delivered safety functions that supported multiple NCAP programs (EuroNCAP, ChinaNCAP, KoreaNCAP, JapanNCAP), with all models meeting or exceeding targets

• Experience in testing of Body Control Module (BCM) using Dspace, Control Desk and EXAM in GHIL (Gesamt HIL).
• Led a team of 8 engineers and managed end-to-end execution of software for each release, from requirement analysis to final validation and release.
• Coordinated with function specialists (Fachabteilung) to analyse requirements and derive test cases.
• Developed test specifications and maintained bidirectional traceability between requirements and test cases.
• Automated test cases and built library functions using EXAM (Audi and VW customer-specific tool for test automation).
• Organised GHIL testing activities for both manual and automated test execution.
• Evaluated and analysed test reports generated from night runs in EXAM.
• Identified software and GHIL issues based on report analysis and created bug tickets for traceability.

• Customer interface and relationship management
• Requirements management and work coordination
• Technical and functional support focusing on automotive Ethernet

• Relaunch of the project management conference “PM-Summit” of PMI Germany Chapter e.V.
• Call for Papers and evaluation
• Onboarding of speakers
• Program composition
• Uploading the program to the website with presentation titles and speaker information
• Conducted the Call for Papers and completed and published the program
• Tools & technologies: Miro, MS Teams, Office

• Initial technical analysis of the requirements for the two applications

• Creating a system concept for the interim solution and for the final solution

• Creating the product vision, customer journey, and story map for the interim solution in close cooperation with subject matter experts

• Building a development team

• Managing dependencies and interfaces with the other applications according to Domain Driven Design principles

• Creating EPICs and user stories, and maintaining the product backlog in coordination with subject matter experts and developers

• Running sprint reviews with relevant stakeholders such as subject matter experts and management

• Analyzing the requirements for the final solution

• The interim solution was built within 8 months and was successfully used for the 2022 heating cost billing

• The interim solution has since been further developed to increase automation

• A technical concept for the final solution was created

• Handover to two internal Product Owners is currently in progress

• Network automation
• CI/CD and Docker environment
• Python Nornir for network automation
• pyATS for monitoring and test case automation
• Network Access Control (Radius) and Device Admin Access Control (TACACS) with AAA and Cisco ISE with Cisco/HP/Aruba Devices
• Cisco ISE Clusters (2/4/8 nodes) configuration
• Cisco ISE Authentication and Authorization configuration
• Cisco/HP/Aruba Switch/WLC Tacacs/dot1x/Radius configuration
• Cisco ISE automation with Restconf and Python

• Successfully integrated the Vector Flash Bootloader (FBL) for both NXP and TI SoCs within the Ford FNV3 and FNV4 audio amplifier projects.

• Achieved complete bootloader bring-up and ensured reliable operation, enabling secure and efficient firmware update capabilities.

• Developed a valid approach for running the Vector FBL entirely from RAM on the TI SoC, addressing unique architectural and memory handling challenges.

• Debugged and optimized NXP MCAL and TI MCAL configurations to ensure proper low-level hardware initialization.

• Managed specific constraints of DDR-only bootloader execution on TI SoC, including memory mapping and execution flow.

• Tools: Vector DaVinci Configurator, Vector CANoe

• Languages: C, Python

• Standards: AUTOSAR

• CVA6 MMU: formal verification using SVA
• CVA6 subsystem: IP integration, verification (UVM)
• Tightly coupled cache coherence for CVA6: RTL design and verification (SystemVerilog), FPGA prototyping (IP integration - CPU, LLC, DDR, Eth), Linux
• Verification of a laser controller on FPGA (medical, VHDL, VUnit, Python, C++ for Microblaze)
• Fault injection emulation on FPGA (SystemVerilog)

• Technical control, planning, and coordination of safety-related development activities for an embedded battery management system (ASIL-B to ASIL-D) across all project and series phases
• Coordination of interdisciplinary work packages between hardware, software, and system development as well as external suppliers for module and series management
• Management of development, evaluation, and maturity level assurance of safety mechanisms (diagnosis, monitoring, degradation) for series release
• Active risk, problem, and escalation management when facing target conflicts between safety, cost, schedules, and series readiness
• Stable, release-ready series safety architecture with no major findings
• Significantly increased planning and decision-making security in module and release committees
• Sustainable improvement of coordination and control processes between system, HW, and SW teams

• Development and maintenance of hardware drivers in C++
• Conducting unit and integration tests to ensure code quality
• Debugging and fixing issues with the hardware team and FPGA team
• Defining and developing software concepts and coordinating with the software architect
• Expanding test automation to improve efficiency
• Research and development of algorithms to improve existing codebases (runtime, memory usage, accuracy)

• Coordination, planning and reporting of base software bugs between software/hardware supplier, internal departments and functional owners

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