I. Job Requirements:
1. In-depth understanding of fuel cell operating principles, stack structure, and heat and mass transfer principles;
2. Mastery of bipolar plate material properties, including metals, graphite, and composite materials, and the ability to select and verify materials;
3. Familiarity with relevant theoretical knowledge in fluid mechanics and electrochemistry, with a solid mathematical foundation and the ability to perform relevant calculations and analysis.
II. Work Experience
1. 3-5 years of experience in fuel cell bipolar plate design and development, with a strong project design background preferred;
2. Design Software: Proficiency in 2D and 3D design software such as CAD, SolidWorks, and CATIA, with the ability to accurately draw 2D and 3D digital models of bipolar plates.
3. Simulation Software: Proficiency in CFD simulation software such as Fluent, CFX, and Comsol, as well as other related electrochemical simulation software, to analyze, optimize, and iterate bipolar plate flow fields. 4. Office Software: Proficient in using Word, Excel, PowerPoint, and other office software, and able to write technical reports, organize data, and produce presentation materials.
III. Skill Requirements
1. Problem-Solving Skills: Ability to proactively identify problems during the design and development process, thoroughly analyze their root causes, and propose and implement effective solutions.
2. Teamwork Skills: Possess a strong team spirit and be able to collaborate effectively with people from diverse professional backgrounds, such as materials engineers, process engineers, and test engineers.
3. Communication Skills: Possess excellent communication skills, able to clearly and accurately express technical ideas and effectively communicate with team members, superiors, and suppliers.
4. Innovation Skills: Have a keen insight into new technologies and processes, proactively explore and apply them in work, and provide ideas and methods for product innovation.
IV. Other Requirements
1. Conscientious and responsible work ethic, with a strong sense of responsibility and execution ability;
2. Ability to adapt to project needs, working overtime or traveling when necessary to ensure timely project delivery;
3. Strong learning ability and self-motivation, with the ability to continuously acquire new knowledge and technologies to keep pace with industry developments;
4. Bachelor's degree or above in a related field, such as mechanics, automotive, energy and power, chemical engineering, materials science, or electrochemistry.
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