We are looking for a highly motivated and scientifically curious Intern to join our Water Electrolysis R&D team. You will not only be responsible for tracking the global landscape of hydrogen technologies but also for diving deep into the Electrochemical Fundamentals to explain the "why" behind our test results. 作为电解水研发团队的实习生，你将负责追踪全球前沿的电解水技术趋势。你不仅要完成技术信息的搜集, 更需要运用深厚的电化学背景知识，协助工程师深入剖析电化学测试（如极化曲线、EIS等）结果背后的科学原理。 Requirements   Academic Background: Master’s or Ph.D. in Electrochemistry, Chemical Engineering, Materials Science, or a related field. Conduct comprehensive research on next-generation electrolysis technologies (PEM, AEM and AEL). Monitor academic literature and patent landscapes for breakthrough materials, such as low-iridium/non-noble catalyst strategies. Scientific Analysis & Root Cause Investigation Support the engineering team in interpreting complex electrochemical data (Polarization curves, EIS, CV, and LSV). Investigate the scientific reasons behind performance phenomena—for example, explaining why specific voltage loss components (Ohmic, Activation, or Mass Transport) shift under different operating conditions Enroll as soon as possible, and could stay for more than 6 months.   Willing to work in Wuxi  需求描述 学术背景：电化学、化学工程、材料科学或相关专业硕士及以上学历。 前沿调研：对下一代电解水技术（PEM 质子交换膜、AEM 阴离子交换膜及 AEL 碱性电解）进行全面的技术搜集与研究。 文献与专利监控：持续追踪学术文献及专利布局，挖掘突破性材料，如低铱载量或非贵金属催化剂策略。 科学分析与根本原因调查 技术支持：协助工程团队解读复杂的电化学测试数据，包括极化曲线 (Polarization curves)、交流阻抗谱 (EIS)、循环伏安法 (CV) 及线性扫描伏安法 (LSV)。 现象解析：深入调查性能现象背后的科学逻辑。例如：解释在不同操作条件下，特定的电压损失项（欧姆损失、活化损失或传质损失）发生偏移的科学机理。 职位周期：要求尽快入职，且实习期/在岗时间需不少于 6 个月。 接受工作地点在无锡