1. Lead the design, simulation, and testing of high-voltage, high-power power systems.

2. Manage circuit schematics, component selection (IGBT, thyristors, etc.), and technical documentation.

3. Build R&D and testing platforms for power electronics hardware and software.

4. Oversee the installation and debugging of power systems on-site.

1. Major in Power Electronics, Electrical Engineering, or related fields.

2. 3+ years in R&D of high-power rectifiers, inverters, or pulsed power supplies.

3. Expertise in power topologies, EMI design, thermal design, and reliability analysis.

4. Familiarity with the characteristics and life-cycle analysis of IGBTs, capacitors, and inductors.

1. Execute Verilog/VHDL development and debugging on Xilinx platforms.

2. Implement communication protocols (UDP/TCP/SPI/UART/I2C) for data transmission.

3. Develop and maintain ADC/DAC drivers and data buffer management.

4. Conduct timing and resource optimization to resolve performance issues.

5. Maintain design and test documentation.

1. Major in Electronics, Communications, or Microelectronics.

2. Proficient in Vivado and timing simulation.

3. Ability to read chip datasheets and write drivers.

4. Experience with ZYNQ platforms or power projects is preferred.

1. Responsible for the overall design and optimization of ultra-high vacuum (UHV) systems.

2. Design and optimize non-standard cryopumps.

3. Execute calculations and simulations for vacuum pumping and gas injection.

4. Oversee system operation and maintenance.

1. Major in Vacuum Technology, Mechanical Engineering, or Precision Instruments.

2. 2+ years of experience in vacuum systems; simulation experience is preferred.

3. Proficient in fluid, mechanical, and thermal simulation software.

1. Lead multi-physics simulation and optimization (EM, Fluid, Thermal, Particle Motion).

2. Assist in vacuum system design, manufacturing, and debugging.

3. Support other systems with specialized simulation tasks.

1. Major in Physics, Nuclear Engineering, or Vacuum Tech.

2. Strong physical intuition and proficiency in simulation software (COMSOL, etc.).

3. Experience in fusion vacuum systems or large-scale vacuum equipment is preferred.

1. Design and debug spectroscopy, laser, and microwave optical diagnostics.

2. Maintain diagnostic systems and support plasma discharge experiments.

3. Lead experimental design and signal analysis for optical systems.

1. Major in Optics, Physics, or Precision Instruments.

2. Proficient in Geometric, Physical, and Fourier Optics.

3. Experience with Zemax, SolidWorks, and Matlab.

1. R&D of diagnostic systems for plasma density, temperature, and ions.

2. Formulate fusion experimental plans and analyze discharge results.

3. Lead the physical design and engineering of fusion sub-systems.

1. Ph.D. or experienced researcher in Plasma Physics; experience with fusion experiments.

2. Proficient in electrodynamics, single-particle orbit theory, and MHD.

3. Familiarity with RF power, pulsed power, and magnetic probes.