We are looking for a dedicated and experienced Intelligent Cockpit Hardware Design Engineer to join our team and contribute to the development of Intelligent and Best performance cockpit system.  Closely follow the development trend and leading-edge of semiconductor technology, design the most optimal hardware solution and efficient architecture for the intelligent cockpit platform system (such as Cockpit Domain Controller, High-definition displays, Cameras, Audio etc.).

 

Bachelor’s degree or above, with the ability to read technical materials in English at CET-4 level or above. More than 5 years of work experience in embedded hardware system design and development, those with automotive Tier1 development experience are preferred With solid foundation in electronic theory, a good grasp of digital/analog circuits design, possess the capability to independently design and develop product schematics and PCB layouts using EDA tools such as Cadence, Allegro, Altium Designer, or Mentor etc., Proficient in using various vehicle-related instruments for product testing and debugging. Knowledge of automotive protocols, standards, and regulations related to in vehicle hardware design, such as I2C/I2S/GMSL/LVDS/FDPLINK/SPI . Familiar with design principles and analysis methods for signal integrity and EMC, as well as related simulation and debugging processes.  Strong problem-solving and analytical skills. Excellent communication and teamwork abilities. Ability to manage projects effectively and prioritize tasks to meet deadlines.

 

Responsible for the design and planning of hardware platform solutions for the intelligent cockpit, reviewing and obtaining alignment and approval from the management based on system performance and cost. Conduct preliminary design of concept products, evaluate, and select key IC chips (such as MCU, SOC, DDR, UFS etc.,) for Domain Controller and other cockpit modules. Responsible for the systematic optimization, integration, and implementation of cockpit domain and its surrounding modules or related functions on the cockpit platform. Responsible for designing the hardware architecture for cockpit system and drawing system block diagram, writing related technical specifications, assisting, and guiding the corresponding engineers to deliver the products. Responsible for hardware debugging, performance testing, and performance improvement during all stages of product development to ensure that all designs comply with regulatory, safety, and EMC requirements. Based on product functionality, participate, and develop corresponding design verification plans, and test method for every circuit or function. complete performance review and sign-off, and ensure that the hardware design meets functional, performance, and reliability requirements.  Responsible for guiding, analyzing, handling, and resolving hardware-related technical issues during the product launch phase. Participate in the creation of Cockpit Hardware design quality documents (Quality History, DFMEA, Control Plan), establish, and improve the design quality issue database to enhance product design safety and stability. Provide technical support to resolve issues and implement improvements post-production.