Company Description Renesas is one of the top global semiconductor companies in the world. We strive to develop a safer, healthier, greener, and smarter world, and our goal is to make every endpoint intelligent by offering
Job Description Planning and execution of advanced technology development (R&D) projects and prototype development in the following themes related to automotive software development - Simulation systems for in-vehicle semiconductors - Cloud-based software and system development environments
Job Description ・Design system architecture that maximizes the strength of Renesas SoC/MCU/software and propose system-level solutions to customers ・Define requirements for software, development environment and hardware for the designed system architecture ・Functional allocation of software and hardware to
Job Description ・Support and lead Virtual Simulation Environment development activities to be provided to automotive OEM/Tier1 customers. ・Plan product development with stakeholders: Sales/Marketing/hardware Design/Quality by considering automotive market dynamics and and execute in a timely manner.
Job Description *Hiring will be into all Renesas EMEA and APAC offices, either for hybrid work or remotely* In this role, you will be part of the AI & Cloud Engineering (ACE) Division and the Product
Company Description Automotive SoC products are key components for realizing the computerization and high functionality of automobiles, as represented by CASE. In addition to the need for higher speed and lower power consumption in the basic
Company Description Automotive SoC products are key parts for realizing the electronic/high functionality of automobiles, typified by CASE. In order to consider future SoC architectures, we need people who have the ability to envision the future of
Company Description SoC products for automotive applications are key components for realizing the electronic and high-functionalization of automobiles, as represented by the CASE. In addition to the need for higher speed and lower power consumption of
