上海第二工业大学国际硕士研究生招生简章（2026年）

1. 学校介绍

上海第二工业大学成立于1960年，是一所工科为主，多学科协调发展的上海市属普通高等学校，是上海市博士学位授权单位建设（培育）单位。学校始终坚持应用技术型人才培养办学定位，面向社会需求，为上海和全国输送了各级各类技术与应用型人才20余万名。

学校区位优势明显，师资力量雄厚。金海路校区地处上海浦东金桥，紧邻中国（上海）自由贸易试验区，与众多世界500强企业毗邻。学校下设16个二级教学单位，全日制在校生16000余人，教职员工近1200人。人才培养覆盖工学、管理学、经济学、理学、艺术学、文学、教育学、法学等8个学科门类。现有13个硕士学位授权点，50个本科专业及一批高水平高职专业。

“工程科学”学科为ESI全球排名前1％学科。学校重点建设“机械工程（智能制造工程）”“材料科学与工程（节能与新能源材料）”两个特色优势学科和“人工智能”“能源与环保”等新兴交叉学科。布局集成电路工程、标准化工程、智能医学工程等未来学科方向。成立人工智能研究院、集成电路研究院、智能医学工程研究院等，赋能学校工科重点领域发展。学生参加省部级及以上各类学科技能竞赛410余项，共获得奖项2100余项，其中国家级奖项近800项。

学校拥有“上海先进热功能材料工程技术研究中心”“上海市逆向物流与供应链协同创新中心”“上海市热物性大数据专业技术服务平台”“上海市标准化创新中心”“上海市绿色低碳服务机构”“上海市数字文旅设计创新中心”等学科科研平台十余个。学校注重产教融合，与商飞、中船、宝钢、华虹、上海电气、上检、中银上海分行、迪士尼，航天八院、中科院上海硅酸盐所、上海计算所、上海材料所等著名企业和科研院所开展全面合作。

学校目前有6个硕士专业招收外国留学生。国际商务、国际中文教育学制为2.5年；电子信息、资源与环境、材料与化工、能源动力等学制为3年。

2. 申请条件

（1）学习成绩优良，品行端正，身体健康，具有相当于中国大学学士学位的外国公民；

（2）参加中文授课学习，要求汉语水平达到HSK五级以上；

（3）参加英文授课学习，要求英语水平达到IELTS 6.0以上；

3. 申请材料

（1）证件照片；

（2）本人护照照片页复印件；

（3）学士学位证书和本科成绩单复印件；

（4）语言水平考试成绩单复印件，如HSK、IELTS、TOFEL、Duolingo等（母语为英语的申请人不需提供英语水平考试成绩单）；

（5）二位副教授或相应职称以上的学者的推荐信（需有推荐人签名和联系方式）；

（6）个人陈述；

（7）自我介绍视频；

（8）经济担保证明；

（9）无犯罪记录证明；

（10）根据情况学校可要求申请者提供补充材料。

备注：以上复印件在报到时须出示原件。

4. 申请方式

(1) 通过以下网址在上海第二工业大学网上申请系统中创建账户：

https://sspu.at0086.cn/student

(2) 在系统中填写申请表信息；

(3) 按上述要求在系统中上传申请所需要的材料；

(4) 在系统提交申请。

5. 申请时间及录取通知

2026年7月31日截止。

被录取者，由上海第二工业大学外国留学生事务办公室于新学期开学前之前，分批寄送《录取通知书》和《外国留学人员来华签证申请表》(简称JW202表)。

6．签证申请及报到注册

被录取者应持普通护照、《录取通知书》、《外国留学人员来华签证申请表》（JW202表）及领馆要求的其它材料前往中国驻外使（领）馆办理入境学习（X）签证，按通知书上规定的时间到上海第二工业大学外国留学生事务办公室办理入学报到注册手续。

7．费用（人民币元）

8．汇款信息

Bank: Bank of China, Shanghai Branch, BOCTOWER Sub-Branch

Address of Branch: 200 Mid. Yincheng Rd., Pudong New District, Shanghai 200121, China

Name and Address of Account Holder:

Shanghai Polytechnic University,

2360 Jinhai Road, Pudong New District, Shanghai 201209, China

Full Account Number (including bank codes): 446878753038

SWIFT Account Code: BKCHCNBJ300

9．联系方式

上海第二工业大学外国留学生事务办公室

地址: 中国上海市金海路2360号

邮编: 201209

电话: 0086-21-50217707，0086-21-50216004

传真: 0086-21-50217707

电子邮箱: lxs@sspu.edu.cn

网址: www.sspu.edu.cn

附件1 硕士研究生招生专业目录

附件2. 硕士研究生招生专业介绍（英文授课）

I. Master of Resources and Environment (Professional Degree)

Program Objectives:

This program is based on the economic development needs, such as the carbon neutrality strategy and circular economy, to solve major technical and environmental problems in the resource recycling process of typical solid wastes represented by electronic waste, and especially to meet the urgent demand for high-quality talents who master the theoretical knowledge and cutting-edge technologies of resources, environment and safety in emerging industries. It takes the entire industrial chain of typical solid waste treatment and disposal in cities as the support point, and focuses on the research and development of resource utilization, environmental pollution prevention and control, and environmental protection equipment, as well as conducts related scientific research and talent cultivation.

Acquired Knowledge and Ability:

It involves the intersection and integration of many disciplines such as environmental science and engineering, chemistry, biology, mechanical engineering, information and computing science, and materials science and engineering, promoting the scientific and effective recycling of resources, and promoting low-carbon, clean and safe production and sustainable development. They should be capable of conducting technological research and development, engineering design, project consultation and operation management in this field.

Career Opportunities:

Independently undertaking specialized technical work such as engineering planning, engineering design, engineering implementation, engineering research, engineering development, engineering consultation, and engineering management in a certain direction of resources and environment.

II. Master of Materials and Chemical Engineering (Professional Degree)

Program Objectives:
This program is aligned with key emerging industries, particularly in Dual Carbon goals (carbon peak and carbon neutrality) and energy conservation & environmental protection. Leveraging the industrial advantages of Shanghai and the Yangtze River Delta region, it focuses on disciplinary development and talent cultivation in the field of Advanced Energy Saving and Energy Materials. The program aims to cultivate high-level, application-oriented professionals with a solid theoretical foundation in materials and chemical engineering, strong capabilities in engineering practice and technological innovation, and the ability to engage in technical development, engineering design, and project management in related fields. The program includes three distinctive research directions: Thermal Functional Materials and Thermal Control Technology, Advanced Energy Materials and Energy Saving Technology, and New Chemical Materials and Processing Technology.

Acquired Knowledge and Ability:

1. In-depth knowledge and systematic expertise in materials, chemical engineering, or related fields.

2. Strong capabilities in engineering design, technological innovation, and solving complex engineering problems.

3. Proficiency in utilizing advanced experimental techniques, modern tools, and simulation methods for scientific research and product development.

4. The ability to conduct independent research, work effectively in teams, and communicate complex technical information clearly.

Admission Requirements:
A bachelor's degree or higher in a related field.

Career Opportunities:
Graduates are highly sought-after by enterprises, especially those focused on advanced materials, energy conservation, and environmental protection. They are well-prepared for R&D, design, production management, and technical roles in fields such as new energy, advanced manufacturing, semiconductors, chemicals, and textiles. Our recent graduates (2023, 2024) have achieved a 100% employment rate, welcomed by leading companies like SMIC, Shanghai Huali, Everdisplay Optronics, and COMAC. Many have also been admitted to prestigious PhD programs overseas and at top-tier universities in China.

III. Master of Energy and Power (Professional Degree)

Program Objectives:
Energy and Power is a core foundational industry crucial for economic development, supporting vital sectors like mechanical manufacturing, aerospace, and electronics. It targets emerging fields with a focus on low-carbon technologies, energy conservation, environmental protection, and energy storage. Utilizing the regional advantages of Shanghai and the Yangtze River Delta, it concentrates on talent cultivation in power processes related to energy conversion, transmission, and utilization, clean energy technologies, and energy storage technologies. The program aims to produce high-level, application-oriented engineers with robust professional competence and innovation capabilities in the energy and power sector. The program includes three core research directions: Power Engineering, Clean Energy Technology, or Energy Storage Technology.

Acquired Knowledge and Ability:

1. Systematic, specialized knowledge and advanced technical skills in energy, power, or related fields.

2. The ability to apply engineering principles and advanced technologies to analyze, design, and develop solutions for complex energy and power systems.

3. Strong capabilities in engineering practice, technological innovation, and managing energy-related projects.

4. Skills necessary for R&D, system design, and optimization in areas like efficient energy use, clean energy conversion, and advanced energy storage.

Admission Requirements:
A bachelor's degree or higher in a related field.

Career Opportunities:
Graduates are well-positioned for promising careers in fundamental and emerging industries. They are qualified for diverse technical and managerial roles across a spectrum of fields, including power generation, aerospace, automotive, electronics, new energy (solar, wind, hydrogen), energy storage, and leading research institutes.