Computer Platform

• The Industrial Autonomy & Engineering (IA&E) unit drives digital transformation by delivering AI-enabled, software-defined, and secure intelligent products that enhance customer experience and performance.
  
• We collaborate with Automotive OEMs and Tier-1 suppliers to advance Software-Defined Vehicles using AI, IoT, cloud, and cybersecurity technologies. 
  

• A multi-program engagement with a leading global Tier-1 supplier for end-to-end AD/ADAS system development.
  
• The team collaborates across project management, system architecture, software development, AI integration, system integration, validation, safety, and security to deliver scalable, high-quality, and production-ready ADAS solutions.
  

• This role offers an opportunity to grow as a high-value software expert in safety-critical AI mobility systems, with exposure to the full development lifecycle from concept to SOP.
  

• Design scalable and robust software architectures for ADAS ECUs.
  
• Optimize SoC/MPU resource allocation and manage integration component.
  
• Define AUTOSAR-based architectures (Classic & Adaptive) and optimize services.
  
• Integrate safety (ISO 26262) and cybersecurity (ISO 21434) mechanisms.
  
• Translate customer requirements into software specifications and module designs.
  
• Ensure ASPICE compliance and support CI/CD-based build and test environments.
  
• Collaborate with hardware and system teams to define interfaces and resolve dependencies.
  
• Conduct feasibility studies and technical risk assessments to maintain quality standards.
  

Requirements

• 7+ years of experience in automotive embedded software with hands-on ECU architecture design (preferably ADAS/domain controllers), including modular and layered architectures.
  
• Strong proficiency in Classic and/or Adaptive AUTOSAR, including MCAL, ECU abstraction, services, RTE, OS, and communication stack, with experience in configuration and integration.
  
• Experience in SoC/MPU-based resource optimization (CPU, memory, bandwidth, latency) and integration across software components, middleware, and drivers.
  

• Experience integrating safety (ISO 26262) and cybersecurity (ISO 21434) principles into system architecture.
  
• Familiarity with CI/CD pipelines and automated build/test environments for quality assurance and traceability.
  
• Strong collaboration with hardware/BSW teams to address HW–SW integration and low-level constraints.
  
• Proven ability in feasibility analysis, technical risk assessment, and trade-off decision-making across project lifecycle.
  

• Japanese/English both Advanced Business Level (Able to handle meetings independently, presentations, and discussions with clients and internal stakeholders).