About Us

1.Responsible for the design and execution of multi-physics coupling simulation solutions (electromagnetic, thermal, mechanical, etc.), covering the entire R&D cycle of electromagnetic manufacturing products (from concept design to verification and optimization).

2.Build multi-physics coupling simulation models, complete mesh generation, boundary condition setting, and solution calculation, and produce accurate simulation reports.

3.Analyze deviations between simulation results and physical test data, optimize simulation algorithms and parameters, and improve model accuracy and reliability.

4.Prepare relevant technical documentation and test reports, and contribute to the production of articles or patents.

5.Collaborate with R&D and testing teams to resolve multi-physics related technical issues during product development, supporting product performance iteration and technological innovation.

1. Education & Major:

Master's degree or above in Electrical Engineering, Mechanical Engineering, Engineering Mechanics, or related fields.

2. Work Experience:

At least 3 years of experience in electromagnetic/structural design. Experience in multi-physics coupling projects (electromagnetic-thermal-mechanical, etc.) is preferred.

3. Technical Skills:

Basic knowledge of mechanical design (structure, drafting, materials, processes).

Experience in the development and design of electromagnetic or permanent magnet products (e.g., transformers, motors, generators, electromagnetic brakes, etc.).

Proficient in at least one finite element simulation tool, such as ANSYS, COMSOL Multiphysics, Abaqus, Dyna, etc., with the ability to independently complete complex model simulations.

Knowledge of electromagnetics (electrostatics / alternating magnetic fields), heat transfer (conduction/convection/radiation), fluids, and structural mechanics, with an understanding of multi-physics coupling mechanisms.

Ability to simplify simulation models and optimize mesh quality, and efficiently handle convergence issues in simulations.

4. Other Abilities:

Strong data analysis and problem diagnosis skills, with the ability to extract product optimization directions from simulation results.

Good communication and collaboration skills, capable of promoting the implementation of simulation technology across teams; rigorous logical thinking with attention to detail and result validation.

2.Based on structural design requirements, complete structural evaluation and verification, model drawing, and engineering drawing generation; coordinate processing communication and follow up on manufacturing.

3.Perform on-site maintenance, troubleshooting, and upgrades of mechanical structural components of equipment.

4.Carry out other mechanical structure design tasks as required by the engineering department.

1.Associate degree or above.

2.1–2 years of experience in mechanical structural design, with a certain level of analysis and verification capability.

3.Proficient in mechanical design software (e.g., SolidWorks or other 3D design software), with strong skills in 3D mechanical design and 2D drawing output.

4.Experience in mechanical structural dimensional chain calculation, fixture/tooling design, on-site installation and commissioning, etc.

5.Proactive, responsible, good communication skills, with some experience in project development or organizational ability.

2.Based on structural design requirements, complete structural evaluation and verification, model drawing, and engineering drawing generation; coordinate processing communication and follow up on manufacturing.

3.Perform on-site maintenance, troubleshooting, and upgrades of mechanical structural components of equipment.

4.Carry out other mechanical structure design tasks as required by the engineering department.

2.Previous experience in mechanical design and manufacturing in fields such as mechanical engineering, vehicle engineering, aerospace engineering, energy and power engineering, or related areas.

3.At least 5 years of experience in mechanical structural design, with a certain level of analysis and verification capability.

4.Proficient in mechanical design software (e.g., SolidWorks or other 3D design software), with strong skills in 3D mechanical design and 2D drawing output; skilled in using structural strength evaluation software; possesses a certain level of electromagnetic analysis and thermal analysis capability.

5.Experience in mechanical structural dimensional chain calculation, fixture/tooling design, on-site installation and commissioning, etc.

6.Proactive, responsible, good communication skills, with some experience in project development or organizational ability.

1. Equipment Organization & Commissioning

Responsible for the organization and commissioning of electrical equipment. Ensure assembly and commissioning meet technical requirements and schedule targets, and guarantee normal operation.

2. Electrical Wiring Operations

Perform precise connection and wiring in accordance with design drawings and specifications. Ensure wiring is secure, reasonable, and compliant with safety and technical standards.

3. Equipment Maintenance

Conduct regular maintenance of equipment, including cleaning, inspection, fastening, and replacement of wearing parts. Ensure safe and stable operation of the equipment.

4. Quality Control & Record Keeping

Control work quality, conduct self-inspections, and maintain records, reports, and logs as required. Provide traceability support for quality management.

5. Collaboration & Task Completion

Work with the team to complete assigned tasks, coordinate and resolve assembly-related issues, and efficiently carry out work assigned by supervisors.

1. Associate degree or above in Mechanical Engineering, Electrical Engineering, Electromechanical Engineering, Electronics, or related fields, with at least 1 year of work experience.

2. Able to read electrical schematic diagrams, familiar with the assembly and application requirements of common electrical components.

3. Experience in electrical equipment maintenance or electrical control cabinet assembly is preferred.

4. Strong sense of discipline, high sense of responsibility, good execution ability, effective communication skills, and a strong willingness to learn.

1.Participate in the electrical scheme design of power units and the overall device, including topology design and performance evaluation, thermal design, and selection design of IGBTs, diodes, and capacitors.

2.Participate in routine tests and type test validation for power units and the overall device, organize test data, and perform subsequent processing and analysis.

3.Participate in fault handling and analysis of power units and the overall device during later stages, and write fault reports.

4.Participate in the R&D of various cutting-edge technology projects and the preparation of related reports.

5.Conduct technical communication with relevant departments and provide technical support.

1.Master's degree or above in power-related majors such as Electrical Engineering, Power Electronics, Electric Machines, Automation, etc.

2.Familiar with the operating principles and dynamic turn-off process of high-power power electronic devices; master the common topologies of power electronics and their application technology requirements.

3.Familiar with pulse power technology; relevant work experience is preferred.

4.Experience in the development and engineering application of high-power power electronic products is preferred.

5.Proficient in power electronic device and circuit simulation; familiarity with at least one simulation software among MATLAB/Simulink, Saber, PSCAD, PSIM, or ANSYS PLECS is preferred.