• Digital module requirements elaboration and capture in close collaboration with System/Digital Architects and Analog Design team members with regards to Analog-Digital interfacing
• Develop digital block architecture under consideration of Automotive quality, testability and safety requirements (ISO26262)Digital RTL design implementation including: state machine design, synchronization, clock gating, low-power strategies, mixed-signal interfacing, static timing analysis (STA), design-for-test (DFT), clock-domain-crossing (CDC), etc.
• Digital design verification on block and top-level (UVM environment) and fault injection simulations according ISO26262
• Digital RTL synthesis using state-of-the-art tools, including DFT, low-power and safety requirements
• Handover and collaboration with Digital Place & Route team, execute gate-level simulation
• Conduct requirements/architecture/design reviews and generate relevant block design and sign-off documentation
• Close collaboration on Design-for-Test strategy with Test Development Engineers to meet Automotive test coverage requirements. Support Test Development with ATPG pattern generation and simulation
• Contributions to continuous improvement of digital design methodology, best practices, guidelines

Who we are looking for

• Master’s degree in Electrical Engineering with an emphasis on Digital Integrated Circuit Design or equivalent
• Professional experience of >3 years in digital IC front-end design covering aspects of architectural exploration, specification, modelling, timing analysis, design-for-test strategies and verification
• Experience with advanced MCU/bus-system based digital architectures (e.g. ARM Cortex-M/AHB/AXI/etc.) is a plus
• Experience with relevant coding languages and CAD tools used for digital IC design and verification (Verilog, System-Verilog, Synthesis, LINT, CDC, Static Timing Analysis, IR-Drop, ATPG, etc)
• Experience with formal requirements management tools (e.g. Jama, Doors, ...)
• Additional experience in following fields is a plus: Standard and automotive interfaces (I2C, SPI, SENT, PSI5, LVDS, etc.); ISO26262 functional safety concepts and implementation of digital safety mechanisms
• Ability to perform digital design verification in a UVM environment is a plus
• Proficiency in English (both oral and written) and excellent communication/listening skills
• Collaborative and respectful team player, dedicated to team success
• Exceptional team working attitude is a must

Please contact Stefanie Kleierl for further information via STEFANIE.KLEIERL@AMS-OSRAM.COM or +49 (941) 8501391.