About the Team

We are looking for a new colleague in R&D Center at our location in Guangzhou.

What you can look forward to as a Basic Software Developer:

• Develop and debug low-level drivers for system ICs, including Gate Drivers (SPI/PWM), SBC/PMICs, and CAN/CAN FD transceivers.
• Design custom CDD modules for real-time motor control (e.g., resolver decoding, fast current sampling) leveraging MCU peripherals such as GTM, DSADC, DMA, and Watchdog.
• Configure and maintain build environments, Linker scripts, and compilation toolchains (e.g., Tasking or HighTec) for multi-core TC3xx platforms.
• Perform static code analysis (MISRA compliance) and code optimization for register setup, interrupt execution timing, and multi-core memory mapping by analyzing hardware schematics.
• Implement driver-level functional safety (ISO 26262) and basic cybersecurity mechanisms (e.g., SecOC, Secure Boot, HSM driver interaction, and hardware diagnostics).
• Perform joint hardware-software co-debugging using Lauterbach debuggers, oscilloscopes, Vector CANoe, and logic analyzers, while maintaining detailed software design documents (SWDD) and ASPICE records.

Your Profile as a Basic Software Developer:

• Master of Bachelor degree in engineering, e.g. specializing in electrical engineering, software engineering or automotive engineering
• Proficient in C/C++ programming for low-level embedded systems (Infineon TriCore, ARM Cortex-M) with strong knowledge of MISRA rules and static code analysis.
• Extensive hands-on experience in low-level drivers (MCAL/BSW) and CDD development on Infineon AURIX TC3xx series (e.g., TC38x, TC39x), with the ability to read and analyze hardware schematics.
• Deep expertise in configuring key automotive peripherals and IC interfaces, including GTM, DSADC/ADC, DMA, Watchdog, Gate Drivers (SPI/PWM), CAN/CAN FD transceivers, and SBC/PMICs.
• Familiarity with AUTOSAR layered architecture, UDS/OBD diagnostic standards, and hands-on experience integrating CDD/MCAL modules into basic software.
• Basic understanding of driver-level cybersecurity mechanisms (Secure Boot, SecOC) and driver interaction with Hardware Security Modules (HSM).
• Solid understanding of real-time control execution, interrupt priority handling, register-level peripheral setup, and multi-core memory mapping.

Why you should choose ZF in Guangzhou?

• Individual Growth: At ZF, you accelerate your career by working together across borders and cultures. Take advantage of global development opportunities, support and a flexible working environment.
• Experience Variety: Join ZF to shape future mobility and sustainable systems. Drive smart solutions and contribute to safer, cleaner, affordable mobility for all.
• Find Inspiration: Develop yourself in a team-oriented and supportive environment at ZF. Take on international challenges, be inspired by your colleagues and shape the future with us.