Simulation & Verification: Use simulation tools for functional circuit simulation, verification, and reliability analysis.
PCB Design: Responsible for multi-layer PCB design, ensuring signal integrity, power integrity, and EMC/EMI performance. Ensure PCB design meets safety regulation requirements.
Debugging & Testing: Set up test platforms, complete functional, performance, reliability, and EMC testing of hardware boards independently. Capable of analyzing and troubleshooting during testing.
Productization: Prepare design documentation, test reports, and production guidance documents. Support the trial production and mass production transfer of new products, resolve hardware-related technical issues during manufacturing, and continuously drive product cost reduction, performance improvement, and quality enhancement.
Technical Pre-Research: Track the latest control hardware technology trends, lead the selection and evaluation of new components and technologies, and promote the improvement of the team's technical capabilities.
Position Requirements
Master's degree or above in Electronic Engineering, Automation, Power Electronics, or a related field.
Minimum of 5 years of control hardware development experience in frequency converters, servo drives, industrial control, new energy electronic control, or related fields, with successful mass-production products or projects. Familiarity with electrical drive product design standards. Experience in control hardware design for medium-voltage frequency converters is preferred.
Development and debugging experience with TI C2000 series DSP or similar DSPs. Proficiency in hardware design for at least one ARM Cortex-M/R/A series processor.
Proficient in analog and digital circuit design. Expertise in DC/DC power supply development, debugging, and optimization. Solid understanding of magnetic components (switching power supply transformers, inductors) characteristics and applications.
Proficient in using tools like PSpice, LTspice, or Saber for circuit simulation and reliability analysis.
Proficient in using tools such as Altium Designer, Cadence Allegro, or Mentor PADS for multi-layer PCB design.
Proficient in using various standard test equipment for circuit debugging and fault diagnosis.
Strong communication and coordination skills, with a good team collaboration spirit.
Some project management experience is preferred.
Fluent English communication skills.
Building a cleaner, smarter future takes all kinds of minds: the curious, the courageous, and the creative. That's why we welcome people from all backgrounds and experiences.
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