📚 Technical University of Munich (TUM) | 慕尼黑工业大学
The Technical University of Munich, known in German as Technische Universität München (TUM), is one of Europe's most respected science and technology universities. Based in Munich, the capital of Bavaria, it combines rigorous engineering teaching with research that reaches into aerospace, medicine, computer science and entrepreneurship. This guide explains what makes TUM distinctive, what it offers international students, and how applicants can approach it.
慕尼黑工业大学（Technische Universität München，简称 TUM）是欧洲声望极高的理工科大学之一。学校坐落于德国巴伐利亚州首府慕尼黑，把严谨的工程教学与延伸至航空航天、医学、计算机科学和创业领域的科研紧密结合。本文将介绍 TUM 的独特之处、它为国际学生提供的资源，以及申请者应如何规划。
1. TUM at a Glance | 学校速览
TUM was founded in 1868 and has grown into what is widely regarded as Germany's leading technical university. It holds the national "University of Excellence" status, a designation awarded through a competitive federal process. Its main academic sites are in Munich itself, in Garching to the north, and in Freising-Weihenstephan, with an additional teaching and research presence in Singapore through TUM Asia.
TUM 创立于 1868 年，如今被公认为德国顶尖的理工大学，并拥有德国"卓越大学"（Exzellenzuniversität）称号——这一称号需通过联邦层面的竞争性评审获得。学校的主要教学科研地点分布在慕尼黑市区、北部的加兴（Garching）以及弗赖辛-魏恩施蒂芬（Freising-Weihenstephan），此外还通过 TUM Asia 在新加坡开展教学与研究。
The city matters as much as the campus. Munich is the economic and technological heart of Germany and one of the most influential technology centres in Europe, home to global players in engineering, automotive, insurance and software. Students therefore study in a place where internships, research partners and future employers are close at hand.
城市与校园同样重要。慕尼黑既是德国经济与科技创新的心脏，也是欧洲最具影响力的科技中心之一，聚集了工程、汽车、保险与软件领域的全球性企业。因此，学生所处的环境里，实习机会、科研合作方与未来雇主都近在咫尺。
unded 1868 · Bavaria, Germany · ≈ 18 Nobel Prizes linked to TUM · University of Excellence
2. Academic Structure: Schools and Departments | 学院与学科架构
TUM is a comprehensive technical university rather than a narrow engineering school. Its traditional departments include Mechanical Engineering, Electrical and Computer Engineering, Chemistry, and Architecture, alongside Mathematics, Physics, Informatics, Medicine, Life Sciences, Management and Social Sciences. Each department offers a broad catalogue of undergraduate and postgraduate courses.
作为一所工科见长的大学，TUM 并不是单一的工程学院，而是一所综合性理工大学。学校下设多个学院，包括机械工程学院、电气工程与信息技术学院、化学工程学院、建筑学院等，同时覆盖数学、物理、信息学、医学、生命科学、管理学与社会科学。各学院均提供丰富的本科与研究生课程。
In 2021 TUM reorganised its departments into broader schools to make cross-disciplinary work easier. Teaching and research now sit largely within seven schools, while the classic subject identities remain visible in the degrees awarded.
2021 年，TUM 将原有院系重组为更宽口径的"学院"（Schools），以便跨学科合作更顺畅。目前教学与科研主要归属七个学院，但传统学科的标识仍然体现在所授予的学位名称中。
| School | 学院 | Main Focus |
|---|---|---|
| Computation, Information and Technology | 计算、信息与技术学院 | Informatics, electrical engineering, mathematics |
| Engineering and Design | 工程与设计学院 | Mechanical, civil, architecture |
| Natural Sciences | 自然科学学院 | Physics, chemistry |
| Life Sciences | 生命科学学院 | Biology, bioengineering, nutrition |
| Medicine and Health | 医学与健康学院 | Medicine, health sciences |
| Management | 管理学院 | Business, economics, technology management |
| Social Sciences and Technology | 社会科学与技术学院 | Social sciences, sport and health sciences |
3. Degree Programmes and Teaching Style | 学位项目与教学方式
TUM offers bachelor's and master's degrees across engineering, natural sciences, computer science, medicine and management, plus structured doctoral training. Teaching combines lectures and seminars with laboratory work, design projects and a research-based thesis, so students are expected to work independently from an early stage.
TUM 在工程学、自然科学、计算机科学、医学和管理学等领域提供本科与硕士学位项目，并设有体系化的博士培养。教学形式把讲座、研讨课与实验、设计项目、研究型毕业论文结合起来，因此学生从低年级起就被期待具备独立工作的能力。
Most bachelor's programmes are taught in German, while a large and growing number of master's programmes are taught entirely in English. Doctoral candidates usually join a chair, a graduate school or one of TUM's research centres, working inside a funded project.
本科项目大多以德语授课，而完全用英语授课的硕士项目数量众多且持续增加。博士生通常加入某个教席、研究生院或 TUM 的研究中心，在资助项目框架内开展研究。
- Bachelor of Science / Arts - three to four years | 学士：三至四年
- Master of Science / Arts - two years, often research-heavy | 硕士：两年，研究比重高
- Doctorate (Dr. rer. nat. / Dr.-Ing.) - three to five years | 博士：三至五年
4. Research Strengths in Engineering | 工程学方向的科研优势
Engineering research at TUM is broad and deep. Aerospace, automotive engineering and energy technology are the fields where the university has long maintained international leadership, supported by close cooperation with partners such as the German Aerospace Center (DLR) and major industrial companies.
TUM 的科研领域广泛而深入，尤其在航空航天、汽车工程、能源技术等工程学方向持续保持国际领先，这得益于与德国航空航天中心（DLR）以及大型工业企业等伙伴的紧密合作。
Automotive research covers vehicle dynamics, electric powertrains, automated driving and lightweight structures. Energy research spans renewable generation, storage, power electronics and grid integration, while aerospace work includes flight mechanics, propulsion, satellite systems and space robotics.
汽车方向的研究涵盖车辆动力学、电动动力总成、自动驾驶与轻量化结构；能源方向覆盖可再生能源发电、储能、电力电子与电网接入；航空航天方向则包括飞行力学、推进技术、卫星系统与空间机器人。
5. Research Beyond Engineering | 工程之外的科研版图
Information technology, biomedical research, materials science and environmental science also generate a steady flow of innovation at TUM. Informatics is among the oldest and strongest in Germany, with recognised strengths in artificial intelligence, robotics, software engineering, IT security and data science.
除工程之外，TUM 在信息技术、生物医学、材料科学、环境科学等方面同样产出了大量创新成果。其信息学是德国历史最悠久、实力最强的院系之一，在人工智能、机器人、软件工程、信息安全与数据科学方面具有公认优势。
In biomedicine, TUM works closely with its university hospital Klinikum rechts der Isar, the German Heart Centre and Helmholtz Munich. Materials research links chemistry, physics and engineering, while environmental science addresses climate, water, energy systems and sustainable mobility.
在生物医学领域，TUM 与附属医院 Klinikum rechts der Isar、德国心脏中心以及亥姆霍兹慕尼黑研究中心密切合作。材料研究把化学、物理与工程连接起来，环境科学则聚焦气候、水资源、能源系统与可持续交通。
- Aerospace and space systems | 航空航天与空间系统
- Automotive and mobility | 汽车与出行技术
- Energy and power engineering | 能源与动力工程
- Artificial intelligence and robotics | 人工智能与机器人
- Biomedical engineering and medicine | 生物医学工程与医学
- Materials science and environmental science | 材料科学与环境科学
6. Students as TUM's Most Valuable Asset | 学生是 TUM 最宝贵的资产
TUM treats its students as its most valuable asset. Undergraduates and postgraduates are encouraged to take part in laboratory work, project-based courses and international exchange, with the explicit goal of building innovation capacity and leadership skills rather than simply passing examinations.
学生是 TUM 最宝贵的资产。学校鼓励本科生与研究生积极投入各类实验、项目制课程与国际交流，明确的目标是塑造创新精神与领导能力，而不只是通过考试。
Student life is organised through departmental student councils, subject-based initiatives and more than a hundred clubs. Project teams build racing cars, rockets and robots, and many of these teams compete internationally - a practical counterweight to the theory-heavy curriculum.
学生生活由各院系的学生代表会、学科社团以及上百个俱乐部共同组织。项目团队会造赛车、火箭与机器人，其中不少团队参加国际竞赛——这为重理论的课程体系提供了实践平衡。
7. Entrepreneurship and Start-up Support | 创业与科技创业支持
TUM runs a technology start-up centre known as UnternehmerTUM, one of the largest innovation and entrepreneurship centres in Europe. It supports students and researchers in turning research results into companies, offering coaching, funding advice, prototyping facilities and introductions to investors.
校内设有科技创业中心 UnternehmerTUM，是欧洲规模最大的创新与创业中心之一。它支持学生与研究人员把研究成果转化为创业项目，提供创业辅导、融资咨询、原型制作条件，并引荐投资人。
Additional TUM Venture Labs focus on specific technology fields such as software and AI, bioengineering, aerospace and chemistry. For a student with a strong technical idea, the pathway from a master's thesis to a funded start-up is genuinely short, and the surrounding Munich ecosystem of investors and industrial partners makes it shorter still.
此外，TUM Venture Labs 聚焦软件与人工智能、生物工程、航空航天、化学等具体技术领域。对拥有技术想法的学生而言，从硕士论文到获得融资的创业项目，这条路径确实很短，而慕尼黑周边的投资人与产业伙伴生态又进一步缩短了它。
8. International Students and Language Requirements | 国际学生与语言要求
TUM is highly attractive to international students. It offers a wide range of English-taught programmes - particularly at master's level - and its language requirements are, in many cases, more accommodating than those of comparable institutions. International student support services are well developed and friendly.
对国际学生来说，TUM 同样极具吸引力。学校开设众多英语授课课程（尤其在硕士阶段），其语言要求在许多情况下比同类院校更为灵活。国际学生支持服务也相当完善且友好。
Applicants should nonetheless read the requirements carefully. Bachelor' such as DSH-2, TestDaF 4×4 or an equivalent C1-level qualification. English-taught master' around 6.5 or TOEFL iBT around 88, though individual programmes set their own thresholds.
不过，申请者仍需仔细阅读要求。本科项目大多以德语授课，通常要求 DSH-2、TestDaF 4×4 或同等 C1 级别的德语证书。英语授课的硕士项目一般要求雅思约 6.5 或托福 iBT 约 88，但各项目会自行设定具体标准。
- Orientation weeks and buddy programmes | 新生周与学伴项目
- German language courses at several levels | 多级别德语课程
- Visa, accommodation and insurance advice | 签证、住宿与保险咨询
- Career services and internship support | 职业服务与实习支持
9. Global Partnerships and Exchange | 全球合作与交流机会
TUM has established wide-ranging cooperation with universities and research institutions around the world, creating abundant opportunities for international exchange and collaboration. Agreements cover student exchange, joint research projects, double degrees and doctoral co-supervision.
TUM 与全球众多高校及科研机构建立了广泛合作，为学生创造了丰富的国际交流与协作机会。合作形式包括学生交换、联合科研项目、双学位以及博士联合指导。
Its most visible international footprint is TUM Asia in Singapore, which offers joint master's programmes with local universities, while the TUMCREATE research centre in Singapore tackles urban mobility and sustainability. Within Europe, the Erasmus+ network gives students straightforward access to partner universities in other countries.
其最显眼的海外布局是新加坡的 TUM Asia，与当地高校合作开设联合硕士项目；新加坡的 TUMCREATE 研究中心则聚焦城市出行与可持续发展。在欧洲范围内，Erasmus+ 网络让学生可以相对便捷地前往其他国家的伙伴院校交流。
10. Munich as a Technology Hub | 慕尼黑：德国科技创新心脏
Studying at TUM means studying inside one of Europe's strongest industrial regions. Munich hosts the headquarters or major offices of automotive, engineering, insurance, semiconductor and software companies, and it has become one of the leading start-up cities in Europe.
在 TUM 读书，意味着身处欧洲最强的产业区域之一。慕尼黑聚集了汽车、机械工程、保险、半导体与软件企业的总部或重要分支机构，并已发展成为欧洲领先的创业城市之一。
The practical consequence for students is a dense market for internships, working-student roles and graduate jobs in engineering, data science, mobility and management. The trade-off is cost: Munich is among the more expensive German cities for rent, so budgeting matters even though most students pay only a small semester contribution rather than full tuition.
对学生的实际影响是：在工程、数据科学、出行技术与管理领域，实习、学生兼职与毕业生岗位的市场非常密集。代价则是生活成本——慕尼黑的房租在德国城市中偏高，因此即便多数学生只需缴纳少量学期注册费而非全额学费，预算规划依然重要。
11. Applying from an A-Level Background | A-Level 申请者须知
Applicants with A-Levels are generally eligible for direct entry to German universities, but TUM applies its own subject requirements on top. For engineering and science degrees, mathematics and at least one science subject are normally expected, and competitive programmes may look for strong grades in those specific subjects rather than only the overall profile.
持有 A-Level 成绩的申请者通常具备直接申请德国大学的资格，但 TUM 会在此基础上附加自己的学科要求。工程与理科专业一般要求数学加至少一门理科科目；竞争激烈的项目往往更看重这些特定科目的成绩，而不只是整体表现。
Applications for international qualifications usually go through uni-assist for document checking, and many master's programmes require an aptitude assessment (Eignungsverfahren) that weighs grades, motivation and sometimes an essay or interview. Deadlines are strict: winter semester applications typically close on 15 July, and summer semester on 15 January, with earlier cut-offs for some international applicants.
国际学历的申请通常需通过 uni-assist 进行材料审核，许多硕士项目还要求参加能力评估程序（Eignungsverfahren），综合考量成绩、动机，有时还包括短文或面试。截止日期非常严格：冬季学期一般 7 月 15 日截止，夏季学期一般 1
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