Core Viewpoint - The article discusses the emerging field of Energy Storage Science and Engineering, highlighting its significance in response to national energy strategies and the growing demand for skilled professionals in this sector [1][3]. Group 1: Background and Strategic Importance - The establishment of the Energy Storage Science and Engineering major aligns with national energy security and industrial transformation needs, directly addressing the "dual carbon" goals and renewable energy integration [5]. - The global energy transition and "dual carbon" targets necessitate the cultivation of talent in energy storage, which is crucial for the development of new storage technologies [3]. - According to the "Energy Storage Industry Research White Paper 2025," China is expected to maintain its position as the global leader in new energy storage installations, with a projected capacity of 43.7 GW in 2024, accounting for approximately 60% of global new installations [3]. Group 2: Professional Characteristics - The Energy Storage Science and Engineering major is characterized by its alignment with national strategic needs, multi-disciplinary integration, and collaborative innovation between academia and industry [5][6][7]. - The program integrates knowledge from electrical engineering, chemical engineering, materials science, and energy dynamics, fostering the ability to solve complex engineering problems [6]. - The dual mentorship system and industry collaboration enhance the connection between educational institutions and industry demands, promoting effective talent development [7]. Group 3: Employment Prospects and Development Potential - Graduates of the Energy Storage Science and Engineering major possess a broad knowledge base and adaptability, making them suitable for various sectors including energy, environment, automotive, and new materials [8]. - Key employment sectors include energy power companies, grid enterprises, battery and system integration firms, with notable companies such as CATL, BYD, and Huawei [10]. - The major has seen a significant increase in the number of institutions offering it, with 103 universities across 27 provinces in China now providing this program [11]. Group 4: Key Universities and Their Specialties - Major universities offering the Energy Storage Science and Engineering program include Xi'an Jiaotong University, Xiamen University, and Harbin Institute of Technology, each with unique educational and research strengths [11][26]. - Beijing University of Science and Technology has established a dedicated department for this major, focusing on interdisciplinary collaboration and innovative research [19]. - Fuzhou University collaborates with German institutions to provide international exposure and dual degree opportunities for students [21]. Group 5: Career Development Paths - Career paths for graduates include roles in battery and energy storage system development, project management in energy systems, and research positions in academia [13][14]. - The program offers various development pathways, including technical expertise in research centers, project management roles, and opportunities for interdisciplinary transitions into energy investment analysis [14].

2025年高考进入倒计时，有关专业选择的讨论再度升温。 政策文件中高频提及的"战略急需""新兴交叉"，意味着专业调整已经从传统的"加减法"走向了更为深入的"调结构、促融合"。 其中，"双一流"大学作为中国高等教育的"排头兵"，新增、撤销了哪些专业？如何看待这些变化？ 根据教育部每年发布的《普通高等学校本科专业备案和审批结果》《普通高等学校本科专业目录》，我们统计了近五年（2020至2024年）"双一流"高校新增 专业布点的相关数据。 哪些在"上新"？ 1、工学类新增数量领跑 人工智能稳居榜首 统计显示，近五年"双一流"高校新增专业达1068个。其中，工学类501个，占比近半，遥遥领先于其他门类，这与工学作为我国第一大学科门类的情况相呼 应。其次是理学（131个）、管理学（86个）。 | 近五年"双一流"高校新增专业所属门类分布 | | | | | | --- | --- | --- | --- | --- | | 单位:个 | | | | | | 工学 501 | 理学 131 | 管理学 86 | 艺术学 68 | | | 法学 | | 文学 | 农学 | | | 56 | | 49 | 40 | | | ...