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Innovative moving dome unveiled at new Oxford research centre

A 20m diameter moving dome has been unveiled at the new Ellison Institute of Technology (EIT) research centre in Oxford. Image: © Peter Landers Photography
Image: © Peter Landers Photography

A 20m-diameter moving dome has been unveiled at the new Ellison Institute of Technology (EIT) research centre in Oxford.

The project team includes architect Foster + Partners, contractor Laing O’Rourke and specialist contractor Seele.

The new campus is dedicated to advancing research and development in four focus areas – health, medical science and generative biology; food security and sustainable agriculture; climate change and managing atmospheric CO2; and AI and robotics. It brings together laboratories, clinical facilities, conference spaces and public engagement areas in a single integrated environment.

A 20m diameter moving dome has been unveiled at the new Ellison Institute of Technology (EIT) research centre in Oxford. Image: © Peter Landers Photography
The dome covered. Image: © Peter Landers Photography

The dome will be a multifunctional venue for learning, lectures, events, and interdisciplinary exchange and was revealed two weeks ahead of schedule.

The design combines timber, glass, and steel. At its heart is a glazed laminated timber dome, which is enclosed by an external steel structure.

Image: © Peter Landers Photography
Close-up of the Dome’s movable steel exostructure, a system designed to track the sun’s path throughout the day. Image: © Peter Landers Photography

The steel framework automatically tracks the sun’s movement, functioning as a dynamic shading system for the auditorium. By continuously adjusting its position as the sun moves throughout the day, it enhances occupant comfort while contributing to the building’s overall energy performance.

A 20m diameter moving dome has been unveiled at the new Ellison Institute of Technology (EIT) research centre in Oxford. Image: © Peter Landers Photography
Top-down view of the dome, showing the layered composition of steel, glass, and timber. Image: © Peter Landers Photography

Powered by four motors and a highly engineered drive system, the 80-tonne steel structure can theoretically complete a full rotation in 10 minutes.

To track the sun accurately, the system performs a series of exceptionally fine start-and-stop movements, placing significant demands on the drive technology.

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