• Developed and owned Technical Safety Concepts (TSC) for ASIL-C/D systems. 
• Prepared/reviewed Development Interface Agreements (DIA) and performed safety impact analyses for system and software changes. 
• Reviewed and derived Safety Goals, FSRs, TSRs, and software safety requirements. 
• Conducted and supported SYS / HW / SW safety analyses, including FMEA, FMEDA, FTA, and DFA. 
• Defined safety mechanisms, fault detection concepts, and degraded/safe-state strategies. 
• Supported Functional Safety verification, including requirements reviews, architecture reviews and verification planning. 
• Developed and maintained Safety Plans, Safety Cases and safety argumentation. 
• Developed Functional Safety and system architectures for high-voltage BMS and power-electronics systems, including safety requirements, monitoring, fault handling, and safe-state concepts. 
• Supported safety assessment and certification activities according to ISO 26262, IEC 61508, and ISO 13849. 
• Worked on 220 V DC/AC inverter and DC/DC converter systems, including system architecture, failure analysis, and safety-related design aspects.

Led system and software architecture initiatives for Daimler Truck global IT platforms, focusing on digital transformation.

• Led end-to-end system and software architecture definition for global Daimler Truck IT systems 
• Established structured requirements engineering processes across distributed teams 
• Integrated ISO 26262 and SOTIF considerations  
• Supported ASPICE-aligned development processes 
• Contributed to acquisition of new automotive projects through technical leadership 
• Acted as architecture interface between OEM stakeholders and implementation teams. 

Responsible for system architecture and safety management of next-generation vehicle functions within VW Group?s central software organization. 

• Led safety management for highly complex vehicle functions (incl. access systems & ML-based features) 
• Developed SOTIF strategies 
• Defined Operational Design Domains (ODD) for safety-critical functions 
• Coordinated cross-domain requirements engineering across vehicle platforms 
• Supported safety approval processes at OEM level 
• Defined and reviewed system architecture, Functional and Technical Safety Concepts, Safety Goals, FSRs, and TSRs for next-generation vehicle functions. 
• Performed system-level safety analysis and impact analysis for architectural changes. 
• Supported verification of safety requirements and safety mechanisms. 
• Contributed to Safety Case preparation and approval activities at OEM level. 

Architect for advanced automated driving and Level 3/4 parking systems within CCAM programs. 

• Developed system and E/E architectures for Level 3/4 automated parking and driving 
• Defined validation strategies for safety-critical vehicle functions 
• Led sensor set definition and system integration strategy 
• Contributed to infrastructure-based automated driving initiatives 
• Coordinated OEM collaboration for advanced development programs 
• Created and maintained HARA (+SOTIF), Safety Goals, FSC, and TSC for Level 3/4 automated-driving systems. 
• Derived and reviewed FSRs and TSRs across system and subsystem levels. 
• Performed system safety analyses, including FMEA/FTA-based evaluation of failure propagation. 
• Defined safety mechanisms and fault-containment strategies. 
• Supported Functional Safety verification and validation activities. 
• Contributed to safety argumentation and Safety Case documentation. 

Architect for safety-relevant video platform systems (MPC2, SVC2). 

• Developed Functional and Technical Safety Concepts for ASIL-B ADAS video platforms.  
• Derived and reviewed FSRs, TSRs, and software safety requirements.  
• Performed system/software safety analyses and defined safety mechanisms.  
• Supported Functional Safety verification, ISO 26262/ASPICE audits and assessments.  
• Contributed to safety documentation and Safety Case evidence.  
• Designed customer-specific software architectures for Daimler.  
• Supported international software development coordination. 

Responsible for development of AUTOSAR memory stack across multiple Bosch product lines. 

• Architected and implemented AUTOSAR 3.1/4.0 memory stack modules 
• Supported integration across radar, video, ABS/ESP, BCM platforms 
• Led cross-product coordination for memory stack in CC & AE business units 
• Ensured hardware abstraction for multiple MCU families (MPC, Renesas, TI) 
• Contributed to requirements engineering and software quality assurance 

Developed hardware-related software (HSW) for safety-critical braking and powertrain ECUs.

• Led hardware-related software development for Audi ABS/ESP/EHB systems.  
• Developed embedded and real-time software for automotive powertrain ECUs, including BMW Mini EDC16.  
• Implemented DMA, SPI, and FlexRay communication functionality.  
• Integrated KWP2000 diagnostics and CAN/LIN communication.  
• Worked with safety-critical DSP-based control implementations and MCU peripherals.  
• Supported system integration, requirements implementation, and validation of powertrain functions. 

• Product management for PABX systems CARIN 16/24/48/96/500 (Call Control & Charging Software) and direct customer support.

• Design and implementation of analog PABX systems CARIN 16/24/48/96/500 (Call Control & Charging Software)

• Design and implementation of software for digital switching systems (low capacity PABX < 840 ports)

• Design and implementation of Operation & Maintenance Software Tool for digital switching systems (high capacity ~10.000 ports)

• Developed embedded systems for telecom switching systems, railway control (CTC), automation platforms, and safety-critical braking systems. 
• Worked with Z80, Motorola, TI DSPs, PLCs, and industrial PCs. 

• Design and implementation of control systems for die-casting system (software, Hardware), using PLC (Programmable Logic Control) and IBM industrial PC (IBM 386) as a platform

• Design and implementation of control systems for the electrical oven (software, Hardware)

• Design and implementation of pager systems for hospitals (software, hardware)

• Design and implementation of a temperature control system for the hatchery industry (Hardware & software)

• Design and implementation of test instruments for testing and qualifying of analog/digital switching systems before delivery

• Design and implementation of the CTC system (Centralized Traffic Control)

• My activity consisted of designing and implementing software and Hardware of front ends, using an IBM industrial PC (IBM 286) and PC interface card. (The project ordered by National Railway)

• Design and implementation of a water level measurement system with low power consumption, using a Z80 processor (SW & HW)