6 Renesas Jobs

Nature of Experience: Engages & Responsible in key development, design & testing of Embedded Systems using C programming language . C knowledge is compulsory. Knowledge of on-board communications SPI, I2C, UART Knowledge of Boot loader Programming, Diagnostics - UDS on CAN is a must. Knowledge of Motor/actuator drivers SW Design and SDLC processes Experience on Layered SW Architecture and Module development, testing and release Basic Hardware Design Knowledge and Hardware/Firmware Debugging Skills. Excellent knowledge of embedded S/W debugging techniques, ability to solve technical problems. Excellent communication & team management skills. Good knowledge of Renesas , Microchip microcontrollers, integration, testing, code review, programming skills Behavioral Competencies: Positive attitude. Strategic Thinking Envisioning future, creativity and systems thinking. Emotional connect, - ownership & accountability and drive for results. Communicative and a strong team player Functional Competencies: self-believer, focusing on core knowledge & Innovative thinking.

This role Involves to execute complete embedded software development lifecycle Design and implement software of embedded devices and systems from requirement to production and commercial deployment Support software QA and optimize I/O performance Required Candidate profile Exp in development and troubleshooting on embedded targets Exp in C & embedded systems design, Familiarity with 8bit and 32 bit Mcu like Atmel, Microchip, Renesas, Cypress & Nuvoton

Role & responsibilities Embedded C/C++ development CAN, J1939 protocol stack implementation & diagnostics Microcontrollers: STM32, NXP, PIC, Renesas RTOS (FreeRTOS, VxWorks, etc.) ECU communication & diagnostics Schematic reading and circuit-level debugging Tools: CANalyzer, CANoe, Oscilloscope, Logic Analyzer Professional Strengths: Strong understanding of electronics fundamentals and embedded system design Proficient in driver development and bare-metal programming Capable of interpreting DBC files and integrating CAN network stacks Effective in collaborating across hardware and software teams Preferred candidate profile

Handle algorithm & develop reliable & innovative solutions for all designs. Develop best practices for Embedded systems, C /C++ prog. Create Flow charts/ Algorithm for design blocks/ modules. Debug & test progs on protos. Analyse failure & correct. Required Candidate profile BE-EEE with 5-7 yrs exp in R&D/ engg in Valve monitoring & control instruments, positioners, oil & Gas & Indust domain in Arm microcontrollers (STM32 series, Microchip, Renesas), Debugging, etc. must. Perks and benefits Salary varies with merit and experience

About ZF ZF is a global technology company that supplies systems for passenger cars, commercial vehicles, and industrial technology, driving the next generation of mobility. Our innovative solutions enable vehicles to see, think, and act across four key technology domains: Vehicle Motion Control, Integrated Safety, Automated Driving, and Electric Mobility. We offer comprehensive product and software solutions for both established vehicle manufacturers and emerging transport and mobility service providers. ZF electrifies a wide range of vehicle types, contributing to reduced emissions, climate protection, and enhanced safety in mobility. About the Role: We are seeking a highly skilled and motivated Embedded Software Engineer with deep expertise in AUTOSAR BSW development , Bootloader , and automotive communication protocols . You will be part of a dynamic team developing cutting-edge automotive software solutions aligned with industry standards such as ISO 26262 , ASPICE , and MISRA C . Key Responsibilities: Design, develop, and integrate AUTOSAR Basic Software (BSW) modules. Develop and maintain Bootloader and Hardware Security Modules (HSM). Configure AUTOSAR stacks using tools like Vector DaVinci , EB Tresos Perform real-time debugging, root cause analysis, and issue resolution. Collaborate with cross-functional teams to ensure compliance with ASPICE and ISO 26262 . Conduct unit testing, integration testing, and validation using CANoe , CANalyzer , and vFlash . Interface with microcontrollers such as NXP S32K , Infineon Aurix , Renesas RH850 , and others. Work with communication protocols including CAN , CAN-FD , UDS , LIN , SPI , UART , I2C , and Ethernet . Required Qualifications: Strong programming skills in Embedded C and scripting in CAPL . Hands-on experience with AUTOSAR , UDS (ISO 14229) , and ISO 15765 . Familiarity with safety standards like ISO 26262 and ASPICE . Experience with microcontroller peripherals: ADC , PWM , DMA , GPIO , Flash , etc. Proficiency in debugging tools: Trace32 , UDE , IAR , Isystem Debugger . Experience with SCM tools: GIT , Bitbucket , ClearCase , ClearQuest . Knowledge of ASICs like TJA1145 , MC33FS , MCP2551 . Preferred Qualifications: Experience with Agile Project Management and V-cycle SDLC . Familiarity with Requirements Management tools like DOORS , Codebeamer . Knowledge of Design Tools such as Enterprise Architect , CATIA Magic . Experience with Traceability Management

Responsibilities: 1. Product Delivery ownership of Board Support Packages and driver development. 2. BSP and Drivers development for Linux on Renesas, NXP and TI Platforms. 3. Design and implementation of system recovery module 4. Board bring up, Schematic review and working with h/w team on new board design. 5. Debug and troubleshoot BSP and Driver level issues. Should be familiar with hardware debugging. 6. Ability to work on applications will be an advantage Requirement: Relevant experience of 5+ years in Embedded Linux Development. Hands on Software Development experience in C/C++. Experience in Linux BSP Development for different platforms Experience in Embedded Development in C, C++ & Python Linux Kernel internals, Device driver implementation. Hands on experience with Yocto for atleast two commercial products Experience in initial board bring up on new hardware, preferably for Renesas, NXP, TI etc. processors. Experience in Customization bootloader and Linux operating system for embedded platforms. Experience in porting board support packages from reference platform. Experience writing custom device drivers and related SDKs/APIs. Candidate should be fully conversant in studying hardware schematics, component/module datasheets. Candidate should be fully conversant in using test equipments like CRO, logic analyzers, data loggers etc. Review of hardware schematics and support the hardware design with low- level software components. Experience with software firmware verification and testing and generating high quality documentation of the design and test results. Candidate should be fully conversant with preparing and understanding pin-muxing arrangements of the hardware Candidate should have worked on IIC, SPI, UART, RTC, Ethernet, Flash, DDR RAM and other high-speed digital interfaces.