How the campus of the future will develop

The ETH campus of the future is an urban campus. It combines rooms for study, research and work with leisure and meeting areas. It is open to ETH members, guests and visitors. The campus will offer facilities for sport, recreation, families and accommodation, as well as innovative educational facilities, state-of-the-art research technology and exchanges between science, business and society.

According to the masterplan ¡°ETH 365ÌåÓýÖ±²¥_365ÌåÓýͶע-¾º²ÂÍøͶ H?nggerberg 2040¡±, the look and feel of the campus will be even more urban than today with modern and historic buildings, public gardens and squares, and lively streets with caf¨¦s, shops, events and exhibitions. A central boulevard will concentrate the main traffic flows and create more space for pedestrians. The campus will be surrounded by the H?nggerbergring with a tree-lined avenue marking the border of the surrounding agricultural and recreational areas, which will remain.

Urban qualities through infill development

Things were different when ETH first arrived at H?nggerberg. Although the campus idea had already inspired the plans of the 1950s and 1960s, ¡°ETH H?nggerberg¡± initially remained an outpost with barely any social facilities or cultural offerings beyond education, basic research and catering. This changed after the turn of the millennium: from 2003, the H?nggerberg campus became a ¡°district for thought culture¡± that sustainably connects science, business and the public. The basis for this was the ¡°Science City¡± masterplan (2005) and the special building regulations of the city of Zurich (2007).

Recreational and family facilities, such as the Sport Center (2009), student apartments (2016) and cr¨¨ches, have since been created. Retail and catering services have been expanded and public events have been introduced that make the campus come alive, including the Treffpunkt Science City series (since 2006), exhibitions, visitor tours and Active Sundays, a sport and exercise event for children (since 2015).

Space for scientific innovations

A hallmark of the new masterplan ¡°ETH 365ÌåÓýÖ±²¥_365ÌåÓýͶע-¾º²ÂÍøͶ H?nggerberg 2040¡± is that it does not reinvent the campus of the future, but rather condenses the development so far into a coherent, urban whole, as praised by the architecture magazine Hochparterre. Ulrich Weidmann, ETH Vice President for Infrastructure, says: ¡°The campus at H?nggerberg is an icon and not a single building.¡± The aims of the masterplan are based on the revised special building regulations that the Zurich City Executive Council, the ¡°Stadtrat¡±, has transferred to the Municipal Council, the ¡°Gemeinderat¡±, today, since the campus development will soon reach the limits of the current regulations (see box).

Building development is prompted by the space requirements for education, research and knowledge transfer, and the goal of creating an attractive environment on campus that attracts top researchers and talents from all over the world. The space requirement was driven by new research areas that were barely foreseeable before 2000 ¨C for example, personalised medicine, sustainable building and digital fabrication. This is reflected in construction activity from 2010: during this phase, ETH built the Molecular Health Science Platform laboratory building (2012), the research laboratories for sustainable and digital construction, the House of Natural Resources (2015) and the Arch_Tech_Lab (2016).

Development is ongoing: digitisation and artificial intelligence are changing everyday research and work processes. ETH researchers are also working on the fundamentals of quantum computers. Accordingly, a physics building and a new scientific data centre are among the next buildings planned.

The value of green space

The masterplan and special building regulations focus specifically on spatial use: the planned high-rise buildings, for example, should be on the central piazza and the boulevard, i.e. next to the main pedestrian flows. The spatial concentration of the buildings means that the green spaces and parks in particular can be preserved and upgraded (e.g. the Flora Ruchat Roncati garden). A third park will be built at a vacant site in the south-western section of? the campus. In addition to the relaxation factor of green spaces, the planning principles for campus development also include matters such as barrier-free movement, sustainability, biodiversity, environmental compatibility and climate warming in the city.

Planning is carried out in close collaboration between ETH, the canton and the city of Zurich, and in consultation with the neighbourhoods. In order to bolster bus services, ETH is working with the Zurich transport company VBZ and the Zurich transport association ZVV. In 2019, the frequency of the much-used bus line 80 was increased and in November 2019, VBZ began the project planning work for the external page electrification of lines 69 and 80. The aim is for the campus of the future to be driven by electric double-articulated buses, thus massively increasing capacity.

The buildings and atmosphere at the H?nggerberg campus are a popular subject on ETH Zurich¡¯s Instagram account of which this selection of photos is inspired external page (instagram.com/ethzurich).