📚 EPFL - École Polytechnique Fédérale de Lausanne | 瑞士洛桑联邦理工学院
EPFL - École Polytechnique Fédérale de Lausanne - is one of Switzerland's two federal institutes of technology. Set in the lakeside city of Lausanne, it is one of the country's most important centres of higher learning and a globally recognised science and technology university with an outstanding reputation in science, engineering, computer science and related fields.
瑞士洛桑联邦理工学院（EPFL - École Polytechnique Fédérale de Lausanne）坐落在风光旖旎的洛桑市，是瑞士最重要的高等学府之一。作为全球知名的科技类大学，它在科学、工程、计算机科学及相关领域享有卓著声誉。
The institute is committed to excellent education and frontier research. Teaching and research at EPFL are always bound closely to practice, and the school has produced a large number of distinguished scientists, engineers and innovative entrepreneurs.
这所联邦理工学院致力于提供优质教育和前沿科研，教学与研究始终紧扣理论与实践的结合，已培养出大批杰出的科学家、工程师和创新企业家。
The campus enjoys an exceptional setting, backed by the Alps and facing Lake Geneva, with modern teaching buildings, laboratories and research facilities that create a first-class environment for study and work. The school matters greatly within Switzerland, and it also draws attention from around the world: students from more than 120 countries gather here for interdisciplinary collaboration, research and learning.
EPFL 的校园环境得天独厚，背倚阿尔卑斯山，面朝日内瓦湖，景色格外秀丽。校内现代化的教学楼、实验室和科研设施一应俱全，为师生营造了一流的学习与工作氛围。学院不仅在瑞士国内地位关键，更吸引着来自世界各地的目光。校园里汇聚了 120 多个国家的学子，他们在这里开展跨学科的合作研究与学习。
1. Overview: A Federal Institute of Technology | 院校概览：一所联邦理工学院
EPFL is one of the two federal institutes of technology in Switzerland, the other being ETH Zurich. Both are established and funded by the Swiss federal government and belong to the ETH Domain, a national network that also includes research institutes such as the Paul Scherrer Institute, Empa, Eawag and WSL.
EPFL 是瑞士两所联邦理工学院之一，另一所是苏黎世联邦理工学院（ETH Zurich）。两校均由瑞士联邦政府设立并资助，同属"ETH 领域"（ETH Domain）这一国家级网络，该网络还包括保罗·谢勒研究所、Empa、Eawag 和 WSL 等研究机构。
Its roots go back to 1853, when the École Spéciale de Lausanne was founded. In 1969 it became a federal institute of technology, and since then it has grown into one of Europe's leading engineering and science universities, with a strong emphasis on research intensity, international openness and technology transfer.
它的历史可以追溯到 1853 年成立的洛桑专门学校（École Spéciale de Lausanne）。1969 年，它正式成为联邦理工学院，此后逐步成长为欧洲领先的工程与科学大学之一，以研究密集、国际开放和技术转化见长。
| Key facts | 关键信息 | Details | 详情 |
| Type | 学校类型 | Federal institute of technology, publicly funded | 联邦理工学院，公立资助 |
| Location | 所在地 | Lausanne, Switzerland (Lake Geneva region) | 瑞士洛桑，日内瓦湖区 |
| Origins | 建校渊源 | 1853 as École Spéciale de Lausanne; federal status in 1969 | 1853 年为洛桑专门学校；1969 年成为联邦理工学院 |
| Student body | 学生构成 | Around 12,000+ students from over 120 countries | 约 1.2 万余名学生，来自 120 多个国家 |
| Main language of teaching | 主要授课语言 | English at master's and doctoral level; French and English at bachelor level | 硕士、博士阶段为英语；本科阶段为法语与英语 |
2. Location and Campus Environment | 地理位置与校园环境
Lausanne sits on the northern shore of Lake Geneva, with the Alps rising across the water. EPFL's main campus is located in the Ecublens district on the western edge of the city, close to the lake and connected to the centre by metro, which makes daily commuting straightforward for students.
洛桑位于日内瓦湖北岸，隔湖可望阿尔卑斯山脉。EPFL 的主校区位于城市西部的埃屈布朗（Ecublens）区，紧邻湖区，并有地铁直达市中心，学生日常通勤十分便利。
The campus is designed as a modern science city rather than a collection of isolated buildings. Teaching buildings, laboratories, libraries, cafeterias and research facilities are grouped together, and the Rolex Learning Center - a striking undulating building opened in 2010 - serves as the social and academic heart of the site, combining library, study spaces and student services under one roof.
校园的设计更像一座现代科学城，而非零散分布的几栋楼。教学楼、实验室、图书馆、餐厅与科研设施集中布局；2010 年落成的劳力士学习中心（Rolex Learning Center）以其起伏流畅的建筑形态成为校园的社交与学术中心，把图书馆、自习空间与学生服务整合在同一屋檐下。
For students, this setting offers both focus and balance. On one side there is the intense rhythm of a research university; on the other, mountains, lake shores and vineyards within easy reach for weekend recovery.
对学生而言，这样的环境既有专注也有平衡。一边是研究型大学紧张密集的节奏，另一边则是周末即可抵达的群山、湖岸与葡萄园，让人得以放松调整。
3. Academic Reputation and Global Standing | 学术声誉与全球地位
EPFL is widely regarded as one of the world's leading universities in engineering, computer science and the basic sciences. It regularly appears among the top institutions in major international rankings, and its research output per faculty member is among the highest in Europe.
EPFL 被公认为全球工程、计算机科学与基础科学领域的顶尖大学之一，在各大国际排名中常年位居前列，其人均科研产出在欧洲也名列前茅。
Its reputation rests on several pillars: a highly selective admissions culture, a strong doctoral and postdoctoral community, substantial federal funding, and an institutional culture that rewards research quality and technology transfer rather than size alone. Because the Swiss federal system guarantees stable long-term support, EPFL can plan research programmes over a decade rather than a single funding cycle.
它的声誉建立在几大支柱之上：高度选拔性的招生文化、强大的博士生与博士后群体、充足的联邦经费，以及重视研究质量与技术转化而非单纯规模的组织文化。由于瑞士联邦体制提供了稳定的长期支持，EPFL 能够以十年为单位规划研究项目，而不必局限于单个资助周期。
For applicants, this matters in practical terms. A degree from EPFL signals rigorous quantitative training, laboratory or project experience, and the ability to work in an international, multilingual research environment - qualities that are valued by both graduate schools and employers.
对申请者而言，这一点具有现实意义。EPFL 的学位意味着严谨的数理训练、实验室或项目经验，以及在国际化、多语言研究环境中工作的能力——这些素质同时受到研究生院与雇主的重视。
4. Research Landscape and Disciplines | 研究版图与学科分布
EPFL's research map is very broad, covering science, engineering, life sciences, computer science, materials science and many related fields. The university is organised into faculties and schools, including architecture, civil and environmental engineering; basic sciences; computer and communication sciences; engineering; life sciences; management of technology; and humanities.
EPFL 的研究版图非常广阔，覆盖科学、工程、生命科学、计算机科学、材料科学等诸多学科。学校按学院与学部组织，包括建筑、土木与环境工程学院，基础科学学院，计算机与通信科学学院，工程学院，生命科学学院，技术管理学院以及人文学院。
Its research projects attract a large number of world-class scholars and are carried out in partnership with many internationally renowned research institutions. Flagship initiatives such as the Blue Brain Project and the coordination of the Human Brain Project placed EPFL at the centre of large-scale, data-intensive science in Europe.
它的研究项目吸引了大量世界级学者，并与众多国际知名研究机构携手推进前沿科学探索。蓝脑计划（Blue Brain Project）以及人类脑计划（Human Brain Project）的协调工作等旗舰项目，使 EPFL 站上了欧洲大规模数据密集型科学研究的中心位置。
+ Engineering + Life Sciences + Computer Science + Materials Science + Sustainable Energy
This breadth is important for students. It means that an interest in, say, machine learning can be combined with work in medicine, robotics, energy systems or materials, and that interdisciplinary supervision is realistic rather than merely aspirational.
这种广度对学生非常重要。这意味着，对机器学习等方向的兴趣可以与医学、机器人、能源系统或材料研究结合，跨学科指导是切实可行的，而不只是招生宣传中的说法。
5. Teaching Philosophy: Where Theory Meets Practice | 教学理念：理论与实践的接合
The institute is committed to high-quality education and frontier research, and its teaching philosophy keeps both anchored in practice. Courses are built on strong mathematical and physical foundations, but students are expected to apply those foundations quickly - in laboratory work, design projects, programming assignments and team-based challenges.
学院致力于提供优质教育与前沿科研，其教学理念始终把二者锚定在实践之上。课程以扎实的数学与物理基础为根基，但学生被期待尽快把这些基础用起来——在实验、设计项目、编程作业和团队挑战中实践。
Class sizes in advanced courses tend to be small, and many courses are taught in English, which prepares students for international research environments from the beginning. Assessment often combines written examinations with project reports, oral presentations and laboratory performance, so a student who only memorises formulas will not go far.
高年级课程通常班级规模较小，许多课程以英语授课，使学生从一开始就为国际研究环境做准备。考核方式往往把笔试与项目报告、口头汇报和实验表现结合起来，因此只会背公式的学生很难走得远。
The result is a training style that resembles professional engineering practice: define the problem, choose the model, run the experiment, interpret the data, and communicate the conclusion clearly to others.
由此形成的培养方式接近真实的工程实践：界定问题、选择模型、开展实验、解读数据，并向他人清晰地传达结论。
6. Curriculum and Study Opportunities | 课程体系与学习机会
EPFL offers a full ladder of programmes - bachelor's, master's and doctoral - across engineering, science, computer science, life sciences, architecture and technology management. Master's programmes are predominantly taught in English and are often designed with a strong research component, so students spend part of their time inside a laboratory group.
EPFL 提供完整的学位阶梯——本科、硕士与博士——覆盖工程、科学、计算机科学、生命科学、建筑与技术管理等领域。硕士项目大多以英语授课，通常带有很强的研究成分，学生有一部分时间在实验室课题组内度过。
The curriculum is flexible in structure. After a common core, students choose specialisations, minor tracks and elective courses, and they may build interdisciplinary profiles that cross faculty boundaries. Doctoral studies are organised within laboratories, with funded positions, a supervisor and a thesis committee.
课程体系在结构上较为灵活。完成共同核心课程后，学生可以选择专业方向、辅修方向与选修课，也可以构建跨越学院边界的跨学科组合。博士阶段在各实验室中进行，配备资助岗位、导师与论文指导委员会。
The institute provides students with a rich and diverse curriculum and many research opportunities, helping them explore academic interests and reach career goals. Double-degree agreements, exchange semesters and specialised summer schools add further options for shaping an individual path.
学院为学生提供了丰富多元的课程体系和研究机会，帮助他们挖掘学术兴趣、实现职业目标。双学位协议、交换学期与专门暑期学校等，进一步为个性化发展路径提供了选择。
7. International Collaboration and Research Networks | 国际合作与研究网络
EPFL's research projects partner with a wide range of internationally known institutions. Within Switzerland, it works closely with the other members of the ETH Domain, including the Paul Scherrer Institute, Empa, Eawag and WSL, sharing large-scale facilities and doctoral training programmes.
EPFL 的研究项目与众多国际知名机构合作。在瑞士国内，它与 ETH 领域内的其他成员——保罗·谢勒研究所、Empa、Eawag 和 WSL——紧密协作，共享大型设施与博士培养项目。
Internationally, EPFL participates in European research frameworks and maintains partnerships with universities and industrial laboratories across Europe, North America and Asia. Its proximity to major international organisations based in the Geneva area, including CERN, creates additional channels for collaboration in physics, computing and data science.
在国际层面，EPFL 参与欧洲研究框架，并与欧洲、北美和亚洲的高校及工业实验室保持合作。它靠近设在日内瓦地区的多个国际组织（包括欧洲核子研究中心 CERN），为物理、计算与数据科学领域的合作开辟了额外渠道。
For a student, these networks translate into concrete things: co-supervised projects, access to instruments that a single university could not afford, and a research CV that already looks international before graduation.
对学生来说，这些网络会转化为具体的东西：联合指导的项目、单个大学无法负担的仪器使用权，以及毕业前就已具备国际色彩的研究履历。
8. A Campus of More Than 120 Nationalities | 汇聚 120 多个国家的校园
The campus brings together students from more than 120 countries, and international students make up a large share - roughly half - of the student body. This is not a decorative form of diversity: group projects, doctoral laboratories and student associations routinely mix nationalities, languages and academic traditions.
校园汇聚了来自 120 多个国家的学子，国际学生在全校学生中占比很高——大约占到一半。这并不是装饰性的"多元化"：小组项目、博士实验室与学生社团日常就会混合不同国籍、语言与学术传统。
Life on campus is multilingual in practice. French is the language of the surrounding city and much of daily life, while English dominates master's and doctoral teaching and most research communication, so students often move between the two within a single day.
校园生活在实践中是多语言的。法语是周边城市与日常生活的语言，而英语主导硕士、博士阶段的教学与大部分科研交流，学生常常在一天之内就在两种语言之间切换。
Interdisciplinary collaboration is a natural consequence. A robotics project may involve computer scientists, mechanical engineers and life-science researchers; an energy project may involve materials chemists, economists and environmental engineers. Students learn to explain their work to people who do not share their background - a skill that matters as much in industry as in academia.
跨学科合作由此成为自然之事。一个机器人项目可能涉及计算机科学家、机械工程师与生命科学研究者；一个能源项目可能涉及材料化学家、经济学家与环境工程师。学生学会向不同背景的人解释自己的工作——这项技能在产业界与学术界同样重要。
9. Internships, Exchange and the Academia-Industry Bridge | 实习、交流与产学桥梁
EPFL creates numerous internship and exchange opportunities and encourages students to build bridges between academia and industry. Industrial internships are a standard part of many master's programmes, and they often take place in companies in Switzerland, elsewhere in Europe or further afield.
EPFL 创造大量实习与交流机会，鼓励学生在学界与产业之间架起桥梁。企业实习是许多硕士项目的标准组成部分，实习地点常常在瑞士本地、欧洲其他国家，或更远的地区。
The EPFL Innovation Park, located next to the campus, hosts a dense cluster of technology companies and start-ups. This proximity means that research results can move into products quickly, and that students can meet founders, engineers and investors without leaving the neighbourhood.
紧邻校园的 EPFL 创新园（EPFL Innovation Park）聚集了大量科技公司与初创企业。这种邻近关系使研究成果能够快速转化为产品，学生不必离开周边就能见到创始人、工程师与投资人。
Exchange semesters with partner universities abroad, summer research placements and student competitions all serve the same purpose: developing cross-disciplinary thinking and an entrepreneurial spirit rather than purely exam-oriented skills.
与海外合作院校的交换学期、暑期研究实习以及各类学生竞赛，都服务于同一目的：培养跨领域思维与创新精神，而不是单纯的应试能力。
10. Social Responsibility and Sustainability | 社会责任与可持续发展
Beyond academic achievements, EPFL places particular emphasis on social responsibility and sustainable development. The institute is actively involved in research on environmental protection, sustainable energy use and social innovation, and it works closely with government and industry to address the difficult problems of our time.
除学术成就外，EPFL 还特别注重社会责任与可持续发展。学院积极投身于环境保护、能源可持续利用和社会创新等研究领域，与政府及企业紧密协作，为解决当代社会面临的难题贡献力量。
Concretely, this shows up in energy systems research, building and mobility studies, climate and environmental modelling, and in the push to reduce the environmental footprint of the campus itself. Research on photovoltaics, smart grids and low-carbon construction has direct policy and industrial relevance in Switzerland.
具体而言，这些努力体现在能源系统研究、建筑与交通研究、气候与环境建模，以及降低校园自身环境足迹的举措中。光伏、智能电网与低碳建筑方面的研究，在瑞士具有直接的政策与产业相关性。
For students, sustainability is therefore not a separate "topic" but a design constraint that runs through engineering, architecture, computer science and management courses alike.
因此对学生来说，可持续性并不是一个单独的"话题"，而是贯穿工程、建筑、计算机科学与管理类课程的设计约束条件。
11. Alumni and Long-Term Impact | 校友与长期影响
EPFL has produced a large number of outstanding scientists, engineers and innovative entrepreneurs. Its alumni can be found in university laboratories, research institutes, large technology firms and start-ups around the world, and several global technology companies trace part of their origins to the school.
EPFL 已培养出大批杰出的科学家、工程师和创新企业家。它的校友分布于世界各地的大学实验室、研究机构、大型科技公司与初创企业；若干全球性科技公司的起源也与这所学校有关。
Entrepreneurship is actively encouraged, and alumni involvement extends beyond graduation: former students act as mentors, investors, guest lecturers and recruiters. This creates a self-reinforcing loop in which current students gain access to networks that would otherwise be hard to reach.
学校积极鼓励创业，校友的参与也延伸到毕业之后：他们担任导师、投资人、客座讲师与招聘者。这形成了一个自我强化的循环，让在校生得以接触原本难以触及的人脉网络。
The long-term impact is not measured only in prizes or patents. It is also measured in the habits the school instils
更多咨询请联系16621398022（同微信）
或截图后用「扫一扫 → 相册」选择本图