Maturity, Safety and Cybersecurity Management for HUD Development (ASIL B)

Management of functional safety and cybersecurity for HUD series development in an ASIL-B/C environment from concept phase to series launch. Maturity tracking, safety case evidence, and cross-site alignment with development, suppliers, and OEM interfaces form the central responsibilities.

Safety and cybersecurity management for HUD series development including variant maturity, evidence management and series launch. Management responsibility covers maturity tracking, clarification of open points and alignment across distributed sites, suppliers and OEM interfaces. Operational execution is reflected in concept development, analyses, workshops, assessments, consistent evidence management and safeguarding through to series maturity.

- Planning, steering, and coordination of all functional safety and cybersecurity activities

- Further development of project-specific safety and cybersecurity approaches

- Ensuring compliance, maturity, audit-ready evidence, and release readiness

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AR-HUD, Automotive, ASIL B, Functional Safety, Cybersecurity, OEM Interface, Distributed Teams, Team Leadership, Multi-Site Coordination, Q-Gates, Assessment

Safety and Cybersecurity Assessments for Electronic Steering System - EPS (ASIL D)

Assurance of safety and cybersecurity compliance for an electronic steering system in an ASIL-D environment. Inspections, confirmation reviews, internal assessments, and assessor alignment clarify evidence quality, open points, and external assessment readiness.

Inspection and assessment ownership is directed at safety and cybersecurity compliance for an electronic steering system in an ASIL-D environment. Evidence, artifact quality, deviations and open points are evaluated across function, system, hardware and software domains as well as safety analyses. Status reporting, escalation, assessor alignment and facilitation of reviews, workshops and awareness formats support preparation for external assessments.

- Conducting internal assessments, inspections, and confirmation reviews in functional safety and cybersecurity.

- Assessing evidence, work product quality, and compliance across multiple development domains.

- Identifying, structuring, and tracking findings, deviations, and open issues.

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Automotive, Electronic Power Steering, ASIL D, Compliance, Assessmen Readiness, Functional Safety, Cybersecurity, Assessment, Safey Analysis, Team Enablement, Findings Closure

Safety and Cybersecurity Management for HV Charger Development (ASIL D)

Responsibility for functional safety and cybersecurity of an ASIL-D high-voltage charging platform through SOP in a resident setup. Safety-critical topics, FuSa team leadership, and OEM/supplier alignment are managed across distributed development and production interfaces.

As resident, safety/security steering is applied to an ASIL-D high-voltage charging platform through SOP. Responsibility includes FuSa team leadership, steering at system and software level, OEM/supplier alignment, the Development Interface Agreement and safety case evidence. Escalation, task-force coordination and supplier-side follow-up safeguard the handling of safety-critical anomalies, release statuses and open safety topics under time and maturity constraints.

- Responsibility for functional safety and cybersecurity in the further development of an ASIL D high-voltage charging platform up to SOP

- Leadership of an internationally distributed functional safety team

- Ownership of the customer interface for safety and security topics including status reporting to the OEM

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E-Mobility, HV Charging, Functional Safety, Cybersecurity, ASIL D, Project responsible, Platform variants, Lifecycle Governance, SOP / Ramp-up, Software, L-Releases, Team Leadership, Team Enablement, Safety / Security compliance, Assessment

Functional Safety Lead for International HV Charger Series Development up to SOP (ASIL C)

Management of functional safety for HV charger development in an ASIL-C/D environment from A-sample to SOP. OEM interface work, FuSa team leadership, supplier coordination, and release maturity connect distributed development and production activities.

Functional safety management for an international HV charger new development in an ASIL-C/D environment from A-sample to SOP. Overall responsibility covers FuSa team leadership, OEM/supplier alignment, maturity steering and evidence management across system, hardware, software and production. Release maturity, safety analyses, release points, assessment alignment and escalation of open points form the operational steering logic; cybersecurity remains additionally included in governance and alignment.

- Overall responsibility for functional safety in an international HV charger new development in an ASIL C/D environment

- Leadership of an internationally distributed functional safety team across multiple sites

- Ownership of the OEM interface for functional safety topics including status reporting and assessment alignment

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E-Mobility, HV Charging, ASIL C, ASIL D, Functional Safety, Safety Management, Full Lifecycle Governance, SOP / Ramp-up, Distributed Teams, Multi-Site Coordination, Production Readiness, Customer-Interface, International, Multi-Site, Assessment, Status-Reporting, Team Leadership

Safety Release Management of an Automated Parking Assistance System - ADAS (ASIL C)

Functional safety release management for automated parking in an ASIL-C environment and level release process. Release maturity, change assessment, safety evidence, and OEM-ready approvals are aligned across system, software, and safety interfaces.

Safety release steering for automated parking brings together change and release control, release documentation, maturity assessment and safety evidence across system, software and verification interfaces. SOTIF analyses, sensor fusion aspects, open points and OEM-facing evaluation formats are integrated into the release logic and tracked through to an audit- and customer-ready release decision.

- Release management for functional safety of an automated parking function in an ASIL C environment

- Alignment of the functional scope for release planning and OEM approval

- Steering of change and release activities for level releases

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Automotive, ADAS, Automated Parking, ISO 26262, ASIL C, Safety Release Management, Release Governance, Releas Maturity, Customer-Interface

Process and Release Management for Software Development in Railway Traction Systems

Delivery management for rail propulsion systems with standards-compliant documentation, customer alignment, and review coordination. After personnel changes, work structures, knowledge transfer, and release readiness are stabilized across system, hardware, and software interfaces.

Process and delivery governance for rail drive systems carries responsibility for document structure, review processes, customer alignment and release baselines. Requirements management, standards-based development documentation and formal inspections are connected across system, hardware and software interfaces. Coaching, technical workshops and lessons learned stabilize working practices after project restart and support CMMI/audit preparation as well as reliable delivery capability.

- Support of project management and ownership of the customer interface in the rail project

- Planning and structuring of the documentation landscape for development and release processes

- Creation and maintenance of System Requirements Specification, Software Requirements Specification, Software Design Description, and Interface Control Documents

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Rail, Propulsion System, IEEE 1558, Process Governance, Team Onboarding, Documentation Compliance, On-train / Off-train, Deviation Management, Team Enablement, Cross-Functional Coordination

Functional Safety Engineering for Airbag Control Unit (ASIL D)

Safety engineering for airbag control units with a supplier focus in an ASIL-D environment. Development interface agreements, safety work products, supplier assessments, and evidence connect semiconductor and interface components with internal assessments and ECU integration.

Supplier-facing safety engineering responsibility is directed at safety-critical semiconductor and interface components for airbag control units in an ASIL-D environment. Development Interface Agreements, the safety deliverable matrix, acceptance criteria, supplier assessments and safety case evidence are handled. Reviews, inspections, FMEDA/FMEA/FTA/DFA and alignment on technical clarification points safeguard traceability, diagnostic coverage evaluation and evidence capability between Tier 1, suppliers and ECU development.

- Planning and coordination of the supplier’s safety activities for safety-critical semiconductor and interface components

- Initiation and tracking of the supplier safety lifecycle through Development Interface Agreements

- Definition of required safety work products, content, timelines, maturity levels, and review criteria

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Automotive, Airbag ECU, ASIL D, ISO 26262, Safety Management, Safety Analysis, FMEA, FMEDA, FTA, SPFM/LFM, Interface Agreements, SafetyCase, Maturity, Supplier Assessment

System Safety Engineering for Driver Assistance Control Unit - ADAS (ASIL C)

Safeguarding of near-series ADAS functions in an ASIL-C environment at system level. Safety concepts, safety requirements, system analyses, and release maturity are owned for radar, LiDAR, and camera systems at the OEM interface.

At system level, the safety plan, functional and technical safety concepts, system safety requirements and safety mechanisms are owned for near-series ADAS functions in an ASIL-C environment. HARA, FSC and TSC reviews, system FMEAs, release maturity alignment and OEM communication safeguard the evaluation of sensor fusion, fail-safe strategies and edge-case scenarios.

- System safety engineering for near-series ADAS functions in an ASIL C environment

- Creation of the safety plan and functional safety concept

- Creation of technical safety concepts for sensor fusion and autonomous emergency interventions

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Automotive, ASIL C, SPICE CL2, ADAS, Driving Assistance, Compliance, Integration, System Functional Safety, Radar, LiDAR, Camera, Fail-Safe Strategy, L-Release, Maturity, OEM Interface, Calibration

System Safety Engineering for Drive Systems of Mobile Machinery (PL C)

Functional safety for electrohydraulic drive systems and transmission control units in construction and agricultural machinery. Hazard analyses, safety goals, safety concepts, and requirements are owned across system, hardware, and software elements.

Process Support for Software Development in Railway Traction Systems

Process management for rail propulsion systems with requirements management, work product maturity, and standards-compliant development documentation. After team changes, review structures, knowledge transfer, and customer alignment are stabilized across system, hardware, and software interfaces.

Technical Project Leadership for International HVAC ECU Series Development

Process management for rail propulsion systems with requirements management, work product maturity, and standards-compliant development documentation. After team changes, review structures, knowledge transfer, and customer alignment are stabilized across system, hardware, and software interfaces.

Technical Project Leadership for International Railway Passenger Information Systems

Technical project leadership for rail passenger information systems in an international on-train environment. Milestone and requirements management, customer alignment, and coordination of hardware, software, and system elements connect distributed development sites.

Optimization of V&V Processes in MedTech Software Development for Dental X-Ray System

Process consulting for agile validation of dental X-ray imaging systems in a regulated MedTech environment. Process optimization, validation logic, inspection artifacts, tool selection, and team enablement connect agile approaches with traceable compliance evidence.

Process Engineering for Railway Traction Systems according to CMMI and IEEE 1558

Process management for rail safety development with requirements management, development artifacts, and review structures. Maturity improvement, customer alignment, and assessment preparation are coordinated across system, hardware, software, and production interfaces.

V&V Management for MedTech CT Detector Development with HW/SW/FPGA Components

Validation management for CT detector integration in a regulated MedTech environment. Risk-based inspection planning, system qualification, software integration, and interface verification form the central responsibilities across hardware, software, and validation interfaces.

Validation Management for Pharma / IVD PCR Analysis Platforms

Validation management for an automated IVD platform for blood analysis in an FDA-related environment. Validation strategy, inspection automation, traceability, failure analysis, and regulatory evidence connect PCR analysis, robotics, and real-time data processing.

Manufacturing Optimization for Optoelectronic Surveillance Camera Systems

Optimization of manufacturing processes for optoelectronic safety systems with variant-capable production logic. Manufacturing and inspection concepts, automated calibration, firmware flashing, and traceability support production processes with minimal changeover times.

Functional Safety · Cybersecurity · Process | Technical Project Lead | Automotive · Rail · MedTech

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