About the Role
What You Will Do Algorithm & Feature Development: Design, implement, and optimize radar-based ARAS functions using modern C/C++. Platform & OEM Integration: Develop scalable core platform software while adapting features to match the unique vehicle dynamics, chassis behavior, and styling constraints of global motorcycle OEMs. Hands-On Vehicle Testing & Calibration: Perform functional evaluations, data collection and initial calibration on test motorcycles at our Nasushiobara Proving Ground (regular trips, ~3 hours from Yokohama office) and on public roads. Cross-Functional Collaboration: Work closely with international feature development teams, system engineers, functional safety managers and application engineers throughout the V-model lifecycle. Tooling, Simulation & Data Analysis: Develop Python-based test pipelines, simulation environments, and measurement scripts to process and analyze radar sensor recordings from bench and track tests. What We Offer: Direct Purpose & Impact: Contribute directly to life-saving motorcycle safety innovations experienced by riders around the world. Hands-On Engineering Culture: Direct access to dedicated development motorcycles, closed proving grounds, and advanced rider dynamics training. Global Exposure from Japan: Work at the worldwide headquarters of Bosch 2WP, collaborating across borders with premium international motorcycle manufacturers. Growth & Modern Workplace: Continuous professional training, cutting-edge development environments, competitive compensation, and flexible hybrid working arrangements.
What You Bring (Must-Haves): Education: Bachelor's or Master's degree in Computer Science, Software Engineering, Automotive Engineering, Electrical Engineering, Mechatronics or a related field. Software Development Skills: Strong proficiency in C/C++ for real-time embedded or function software development, alongside working knowledge of Python for testing, automation, and data processing. Domain Experience: Experience in automotive function development, particularly with environmental sensors (e.g., radar, cameras) and/or chassis control systems (ESP/ABS). Dynamics & Control Theory: A strong grasp of control theory, vehicle dynamics, and physics (highly beneficial for motorcycle stability and motion-related ARAS features). Rider Passion & License: Valid motorcycle driver's license with active riding experience, comfortable participating in closed-course and public road vehicle testing. Communication: Fluency in English (written and spoken) for daily collaboration across international development centers. What Sets You Apart (Nice-to-Haves): Language Skills: Professional working proficiency in Japanese (spoken and technical written) to interface directly with domestic OEM partners and local stakeholders. Systems & Safety Engineering: Practical exposure to ISO 26262 functional safety, ASPICE, and requirement management systems (e.g., IBM DOORS, Codebeamer). Machine Learning & AI: Experience applying neural networks or machine learning techniques to sensor data processing or trajectory estimation. Automotive Tooling: Familiarity with Vector tools (CANoe, CANape), Git version control, and modern CI/CD software pipelines. Ready to shape the future of two-wheeler safety? Apply now and become part of our team in Yokohama.
Find further information about Advanced Rider Assistance Systems here: Advanced Rider Assistance Systems