Job Description Lead the functional safety requirement definition and its management for the semiconductor products (i.e., MCU, SoC and A&P product) for automotive which require ISO 26262 compliance. You can work with global members. 1. Functional safety
Job Description The main tasks will be to: - Interface with Musashi based SoC, MPU and MCU design/applications/marketing teams to understand product specifications and hence PMIC requirements - Define requirements for new PMIC products - Keep updated on
Job Description Lead the functional safety requirement definition and its management for the semiconductor products (i.e., MCU, SoC and A&P product) for automotive which require ISO 26262 compliance. You can work with global members. 1. Functional safety
Company Description SoC products for automotive applications are key parts for realizing the digitization and higher functionality of automobiles, and their evolution is unstoppable. In recent years, higher performance and higher functionality have been realized, and
Company Description Wafer prices for advanced processes are high, and the cost impact of manufacturing yield is very large. To improve yield, it is important to investigate the root causes of failures and improve manufacturing processes
Job Description Development of the OTA software update framework for Renesas automotive devices and management of development team/project - Development of common software platform for devices - Definition of requirements and specifications, development, release, and user support
Job Description As a quality assurance engineer for chemical substances contained in products, you will be involved in the following tasks. Depending on your experience and skills, we will consider the work you will be responsible
Company Description Wafer prices for advanced processes are high, and the cost impact of manufacturing yield is very large. To improve yield, it is important to investigate the root causes of failures and improve manufacturing processes
Company Description Wafer prices for advanced processes are high, and the cost impact of manufacturing yield is very large. To improve yield, it is important to investigate the root causes of failures and improve manufacturing processes
