Exploration and practice of

doi:10.19799/j.cnki.2095-4239.2024.0046

Abstract

Abstract:

As China advances its "Carbon peak and carbon neutrality" strategy, there is heightened emphasis on innovating advanced energy storage technologies. Driven by national policy and industrial demand, the rapid development of these technologies has precipitated a significant shortage of both basic and high-level professional talents needed for their large-scale advancement. In response, the Ministry of Education launched a new major in Energy Storage Science and Engineering in 2020 to meet the growing need for adept professionals in this field. This new discipline integrates multiple fields including Power Engineering and Engineering Thermophysics, Chemical Engineering, Electrical Engineering, Materials Science and Engineering, and Management Science and Engineering, positioning it as a quintessential interdisciplinary subject with a complex knowledge structure. Addressing the challenge of training high-level talents, Tianjin University has leveraged its extensive experience in reforming engineering education. Utilizing the National Industry-Education Platform for Energy Storage, the university has pioneered the "1+N+X" model of industry-education integration and collaborative education. This model includes initiatives such as reforming the joint training mode of universities and enterprises, establishing collaborative internship and practice bases, and constructing enterprise tutor teams. Furthermore, the university conducts various training activities, including postgraduate training, undergraduate internships, project-based practice teaching, and advanced training in Energy Storage Science and Engineering. These initiatives have yielded significant outcomes, contributing effectively to the cultivation of high-level talents in the energy storage sector.

Key words: industry and education integration, talent training, energy storage

CLC Number:

G 64

Jinding LI, Linhao FAN, Shouhang ZHANG, Siqi LI, Weiyu WANG, Qing DU, Guowei LING, Gang PAN, Kui JIAO, Chengshan WANG. Exploration and practice of "1+N+X" model of industry-education integration and collaborative education in training talents for energy storage[J]. Energy Storage Science and Technology, 2024, 13(6): 2099-2106.

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References 12

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国家储能技术产教融合创新平台建设批次	储能平台建设高校	储能专业建设学院	学位点现状
首批	西安交通大学	钱学森学院	本硕博
首批	天津大学	未来技术学院	本硕博
首批	华北电力大学	能源动力与机械工程学院	本硕博
第二批	哈尔滨工业大学	能源科学与工程学院	本
第二批	重庆大学	能源与动力工程学院	本
第二批	中国石油大学(北京)	能源与材料学院	本硕
第二批	上海交通大学	机械与动力工程学院	本

所属国家	学校名称	储能研究机构
美国	斯坦福大学	储能研究中心(StorageX)
美国	麻省理工学院	麻省理工学院能源倡议(MIT Energy Initiative)
新加坡	南洋理工大学	能源研究所(Energy Research Institute @ NTU)；新加坡能源研究中心(Singapore Energy Centre)
新加坡	新加坡国立大学	能源研究所(Energy Studies Institute (ESI))；新加坡能源研究中心(Singapore Energy Centre)
瑞士	苏黎世联邦理工学院	电力系统与储能实验室
德国	慕尼黑工业大学	能源技术研究所(Institute for Energy Systems)
日本	京都大学	先进能源研究所(Institute of Advanced Energy)
韩国	首尔国立大学	储能研究所(Energy Storage Research Institute)

企业名称	岗位名称	岗位数	岗位待遇
平高集团储能科技有限公司	试验检测技术岗产品工艺技术岗	3个 9个	实习证明、实习补贴、餐补、住宿
中汽研新能源汽车检验中心(天津)有限公司	燃料电池试验辅助及数据分析实习生	8个	实习证明、实习补贴、餐补
中汽研中汽数据有限公司	热流体模型测试专员燃料电池模型测试专员动力电池安全预警研究助理	2个 2个 1~2个	实习证明、实习补贴、餐补
中弗(无锡)新能源有限公司	研发实习生岗	1~3个	实习证明、实习补贴、食宿
天津内燃机研究所	先进能源动力研发实习生	6个	实习证明、实习补贴
海河教育园区管委会	产业发展实习生	10个	实习证明、实习补贴、早午餐

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