ETH Zurich

• 1. Founding And Early History

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  On the 7th of February 1854, the Swiss Confederation officially established a new federal polytechnic school. This institution began its first lectures on the 16th of October 1855 at various scattered sites throughout Zurich. The initial political climate surrounding this creation was deeply divided between liberals and conservatives. Liberals pushed for a centralized federal university while conservatives feared an increase in liberal political power. They wanted universities to remain under cantonal control instead. For years, the new school co-located within buildings shared with the University of Zurich. Locals still refer to it today as Polytechnikum or simply Poly. It started with six faculties covering architecture, civil engineering, mechanical engineering, chemistry, forestry, and social sciences. A major restructuring occurred from 1905 to 1908 under president Jérôme Franel. This period transformed course programs into those of a modern university. The right to award doctorates was finally granted during these years. The first doctoral degrees were awarded in 1909. In 1911, the institution received its current name Eidgenössische Technische Hochschule.

• 2. Campus Development And Architecture

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  Construction of the main building took place from 1858 to 1864 outside the eastern border of town. Architect Gottfried Semper designed the structure in a unique neoclassical style. He worked alongside Gustav Zeuner who oversaw the project execution. The design featured bold massings with rusticated ground levels and giant orders above. These details derived partly from the work of Andrea Palladio and Donato Bramante. As the city grew, the building found itself directly across from the University Hospital. It stood right alongside the main building of the University of Zurich. The south wing was allocated to the University until their own new building opened between 1912 and 1914. Later expansions added a cupola to Semper's original ETH structure. Geographic constraints hindered further growth within the city center. A new campus emerged on Hönggerberg hill from 1964 to 1976. This northern location allowed for significant expansion into surrounding vineyards. The last major expansion project at this site finished in 2003. Today the Zentrum campus houses departments like Mathematics and Computer Science. The Hönggerberg campus holds Biology and Physics departments along with student housing.

• 3. Academic Structure And Education

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  Undergraduate education features distinctive Basisprüfungen or base examinations during the first year. These intensive blocks cover foundational subjects in mathematics physics and engineering disciplines. Students must pass these exams within two attempts or face dismissal. Failure rates in mathematics-intensive programs often reach between 50% and 60%. The system acts as both a filter and preparation for advanced research coursework. Doctoral candidates receive paid employment directly within professors laboratories. They conduct independent research while actively contributing to teaching duties. Many departments structure doctoral training through thematic graduate schools. Collaborative research happens frequently with multiple advisers involved. International cooperation notably includes partnerships with the University of Zurich. Tuition fees remain subsidized by Swiss federal taxes at CHF 730 per semester. Foreign students will pay triple that amount starting autumn 2025. Both merit and need-based scholarships are available to all applicants. Over 100 student associations exist across various fields of study. The largest career fair on campus is called Polymesse. It organizes events regularly throughout the academic year.

• 4. Research Hubs And Technology

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  The ETH AI Center serves as the central hub for artificial intelligence research. It hosts an ELLIS unit offering fellowships to PhD students. Cooperation occurs closely with the Max Planck Institute for Intelligent Systems. Joint funding supports research projects and supervises doctoral students together. The Swiss National Supercomputing Center operates as an autonomous organizational unit based in Lugano-Cornaredo. High-performance computing services support scientists across Switzerland. In 2024 it deployed the Alps Supercomputer containing over 10,000 H100 Nvidia GPUs. This makes it one of the largest academic supercomputers globally. The Laboratory of Ion Beam Physics specializes in accelerator mass spectrometry techniques. Applications span archeology earth sciences life sciences material sciences and fundamental physics. As of 2022, 527 spin-off companies had been created from university research. An extensive project called Science City began in 2005 for Hönggerberg Campus transformation. Sustainability principles guide this district development effort. A makerspace opened near the main building in 2017. Woodworking metalworking electronics fabrication and 3D printing tools are available there. Student Project House functions as a unified entity for qualifications staffing and decision making.

• 5. Notable Alumni And Faculty

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  Albert Einstein remains perhaps the most famous alumnus associated with the institution. More than twenty Nobel laureates have either studied here or won prizes for work done at ETH Zurich. Didier Queloz received the Nobel Prize in Physics in 2019 as the most recent recipient. Two Fields Medalists three Pritzker Prize winners and one Turing Award recipient also belong to this community. John von Neumann stands among other distinguished scientists who attended or taught here. Academic achievements aside many Olympic medalists and world champions emerged from these halls. Rankings place ETH seventh worldwide according to QS World University Rankings 2025. It ranks first in Switzerland across multiple global lists including Times Higher Education 2024. The Nature Index of academic institutions ranked it twentieth worldwide and first in Switzerland in 2023. Top rankings exist in earth marine sciences geology and geophysics globally. Civil engineering water resources environmental engineering automation mathematics ecology all appear within top ten worldwide lists.

• 6. Student Life And Traditions

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  The Polyball takes place annually inside the main building since the 1880s. It is the biggest decorated ball in Europe organized by students and former students via KOSTA foundation. An amicable rivalry between ETH Zurich and its neighbor University of Zurich dates back to 1951. Teams compete annually on the river Limmat during a rowing match known as Uni-Poly. The SOLA relay race covers fourteen sections over a total distance of thirty kilometers. Over 120 sports are offered through the Academic Sports Association of Zurich ASVZ. A gym beach volleyball court football field martial-arts rooms serve all faculty and students. Student Project House includes workspaces for wood metalworking electronics fabrication plus arrayed 3D printers. Students manage these makerspaces entirely while paying little over material cost. Swiss Academic Spaceflight Initiative develops sounding rockets flown yearly at Spaceport America Cup. AMZ Academic Motorsports Association serves as Formula Student team for the university. Swissloop works on developing hyperloop systems as newest competition team. Wolfgang Pauli Lectures honor former professor with distinct lectures held since 1962. Twenty-four Nobel laureates have delivered talks across natural science fields.