[EDA] ADAS Embedded ASW Engineer (Joining bonus)

🎁Quarter 4 JOINING BONUS
Candidates with 4+ years of relevant experience who join BGSV by the end of 31 December 2026 can receive a Joining Bonus equivalent to 1 month’s gross salary, subject to program eligibility and terms & conditions.
Analyse and break down customer and system requirements into clear, testable software requirements for ADAS functions.
Design, implement, and maintain embedded automotive software in C++ for driver assistance functions.
Collaborate with system, software, testing, and project stakeholders to clarify requirements, resolve technical issues, and ensure timely delivery.
Develop and execute unit tests using Google Test (gTest), support software testing, and perform debugging, root-cause analysis, and defect resolution.
Participate in code and design reviews, and use configuration management and defect tracking tools to maintain software quality and traceability.
Provide effort estimation, technical input, and risk feedback for project planning and release preparation.
Ensure compliance with automotive development processes, coding standards, ASPICE expectations, and applicable functional safety practices.
Take ownership of assigned software tasks, work independently within a dedicated project team, and meet delivery timelines and software quality targets.
Education: Bachelor in software engineering or related field
ADAS and embedded domain: Functional knowledge of driver assistance systems. Automotive and embedded domain knowledge is mandatory.
Software engineering: Strong C++ programming, requirement engineering, and debugging skills with at least 5 years in Embedded software
Testing: Working experience with the Google Test (gTest) framework and a strong understanding of unit testing and software test methodologies.
Developer tools and processes: Strong knowledge of developer tools; experience with configuration management and defect tracking tools; hands-on experience with Bitbucket, GitHub, Git, and Visual Studio Code; understanding of Automotive SPICE (ASPICE) and functional safety processes and practices.
Communication and collaboration: Strong communication and interpersonal skills, with the ability to work independently within a dedicated project team and manage multiple stakeholders.
Preferred skills (advantages): Knowledge of CAN / Ethernet communication protocols; Python scripting; Japanese language skills; knowledge of Linux / QNX; expertise in vehicle-specific physics.

Skills
Python, C++, Git, Linux

Employment type
Full-time

Work arrangement
No