Bogdan Gradinaru

Coordinate Tier2 Suppliers Coordinate and plan activities for Safety Team (System, SW & HW Safety Experts) Project Steering meeting Status Reporting Plan, define and mediate Safety activities w/ OEM Safety Manager Camera Safety Requirements (including SOTIF) Create and track Safety KPIs & Safety Guidelines ( FuSa requirements review with Customer and Supplier Write Safety Case report & Product Release Recommendations Coordinate external functional Safety audits and assessment. Internal safety coaching

Supporting OEM Dependability Team - SW DFA Analysis for Highway Pilot Item Training for Automotive Cybersecurity ISO 21434 Cybersecurity ISO 21434 project acquisitions ISO 21434 documentation & implementation for Tier1 (NIDEC) Cross Functional Safety (ISO 26262) – Cybersecurity (ISO 21434) Training in Automotive for TÜV Süd Academy Concept and creation of ISO 21434 Explanatory Videos https://clockworkx.de/3s/

Safety for Machinery: IEC61508 - IEC62061 & ISO13849 SISTEMA - Safety Functions analysis and Performance Level validation Compliance European Directive 2006/42/EC - CENELEC EN1175

ISO 26262, Safety analyses (FMEDA / FTA / FMEA / HAZOP), HARA, AUTOSAR Safety Mechanisms, HARA, Powertrain Architecture, Goal Structuring Notation Information Security Management Systems standards ISO27001/5

Debugging and Root Cause Analysis of issues based on car tests and System HILs by BMW UKL project for LEB452 Intermediating SW issues between Basic SW Developpers (Delphi USA/Luxembourg) and functional SW Developpers and Testers (BMW) Support BMW System Tests at HILs and at vehicle Helping Delphi System-Test team in Luxembourg to automatize Fusi System Tests and support for Technical Safety Requirements traceability to SW functions accordingly to ISO 26262

E-GAS monitoring concept (FWP, BWP, DcDc, Inv), implement SW for level2 components (REN, UCX-Üeberwachung Schutze) for PEU (Power Electronic Unit) for LEB125 platform – projects I01, I12, F15, F18 at BMW AG EA-411 Bug tracking and root cause analysis based on feedback given by Functional developer, after HIL and Car tests Create and maintain SW guidelines (architecture, coding guidelines, naming conventions document, MISRA), Error Handling Concept (adaption from Standard Core 6 to Autosar – DEM<->FIM)

Body C1MCA project for Volvo –Diagnostics - HIL simulations Bug tracking and issues solving based on feedback from Car testers Diagnostics services implementation UDS-ISO 14229-1 and ISO 15765 Integration of Diagnostics Kernel Implementation of Network Management services for LIN Integration of communication driver Volcano (Mentor Graphics) Integration of TPMS library provided by Continental. Specifications for End-of-Line and support to end-of-line engineers.

Validating MCU SW simulator for EBS systems (suppliers: TI and Freescale) Implemented EEPROM memory model in C++ and integrated in the ECU SW framework MCUs based on ARM7, CortexM3 - those from TI, and those from Freescale were based on PowerPC e200z0 core Analyze hardware specifications and implement test cases accordingly to Continental requirements. 2 types of test cases: functional, internal modules test (CAN, SPI, SCI, TIMERS, XBAR switch etc) and external, black-box.

Principal skills covered: different CAD tools i.e.ModelSim, Cadence PSpice Digital Circuits Programmable circuits