Engaged in Functional Safety Management and Engineering roles. My experience encompasses various project phases, from initial stages, to Start of Production (SoP) development and post-launch software change management.Key Projects and Responsibilities: - Lidar System: Development of the safety concept for the software on the computational platform. Safety analysis on both system and software level. - Radar System: Led Functional Safety Management, overseeing the entire safety lifecycle, aligning with both ISO 26262 standards and company-specific requirements. - Driver Monitoring System: Specialized in Functional Safety Engineering, contributing to the development of the Technical Safety Concept and generally development of work products in accordance with ISO 26262-4. Working with utilization of Texas Instruments microcontroller in the safety context. Additionally, in a separate role, I was involved in ensuring Freedom From Interference, focusing on maintaining system integrity and reliability as per relevant standards.Throughout my tenure, I formulated and reviewed safety-critical work products across all lifecycle stages and successfully underwent safety assessments to validate compliance and effectiveness.

Supporting Tier1 - Specialized in Functional Safety Engineering, contributing to the development of the Technical Safety Concept and generally development of work products in accordance with ISO 26262-4.

Functional Safety Engineer on the Driver Monitoring System project, utilizing the Adaptive AUTOSAR platform. My role involved the development and verification of software requirements and architecture, with a strong emphasis on ensuring compliance with ISO 26262-6 standards. This included a specific focus on implementing strategies for Freedom From Interference within the software to maintain system integrity and safety. Additionally, I was responsible for customer interfacing, aligning project goals and safety requirements with client expectations and needs.Functional Safety Manager for the Body Control Module (BCM) project, where my primary responsibilities included extensive customer interfacing and managing a vast array of safety requirements. In this role, I developed and implemented strategies to ensure that the design choices made by the system and software teams were in alignment with the customer expectations. Working with Infineon hardware requirements and FMEDA configuration (Aurix, SBC).

Systems Engineer in Body Control Module development, focused on Functional Safety aspects in line with ISO 26262-4 standards. My expertise encompasses the development of system-level Technical Safety Concept, ensuring comprehensive safety architecture integration. Proficient in executing detailed safety analyses, including Fault Tree Analysis (FTA) and Failure Mode and Effects Analysis (FMEA), as prescribed by ISO 26262 methodologies. Skilled in utilizing Renesas microcontroller, implementing their intrinsic safety mechanisms, and experienced in leveraging ANSYS Medini Analyze for targeted safety verification. Additionally, adept in managing requirements and traceability using IBM DOORS, enhanced with custom DXL scripting to align with ISO 26262 requirements management guidelines.

Systems engineering for automotive batteries. Feasibility studies for battery systems.Battery requirements.Battery electrical component selection.Working with V model. Integrity.System modeling.Testing specifications for battery systems based on e.g. ISO 12405, GBT 31484, GTR20.Working on tools and processes for battery team.Testers development both hardware integration and software development (C#).Working on innovative technologies for battery systems.Solid-state batteries.

Systems engineering for automotive batteries. Feasibility studies for battery systems.Battery requirements.Battery electrical component selection.Working with V model. Integrity.System modeling.Testing specifications for battery systems based on e.g. ISO 12405, GBT 31484, GTR20.Working on tools and processes for battery team.Testers development both hardware integration and software development (C#).Working on innovative technologies for battery systems.Solid-state batteries.

ABB Corporate Research Center Full-time Engineering InternResearch in area of coils for wireless power transfer.Research and analysis of data for EV market.RF testing of WLAN devices - preparation of measurement setups, performing measurements.Development of Labview application for control of RF testing equipment.Build of OpenWrt Linux distribution for dedicated application processor.

Soldering, using electrical tools in prototypingElectrical documentation in AutoCAD.Working on AC-DC converter with Semikron IGBT and control based on TMS320.Programming TMS320F28069 Piccolo Microcontroller for PWM generation and volt-age/current measurement.

Network designing in HFC and FD technology, coordinating work of designers, quality control, designer traning.

Network designing in HFC and FD technology.

.Testing thermal capabilities of varistors.Writing manual of a device regarding directions for use and service.Stocktaking, assisting order department in data managing