The Francis Crick Skylab is an innovative extension to the Francis Crick Institute, elevating London's biomedical research capacity through sustainable and strategic vertical expansion.

The Francis Crick Skylab is an innovative extension to the Francis Crick Institute, designed to elevate London’s biomedical research capacity through sustainable and strategic vertical expansion. Situated in King’s Cross, this lightweight steel-framed addition transforms the space under the rooftop into a 2 storey state-of-the-art laboratories, offices, and collaborative spaces, enabling world- class scientific exploration without compromising the building’s existing structure or ongoing research activities.

This state-of-the-art facility not only expands laboratory space in the heart of London, but it also creates an environment where pioneering research can thrive, driving both economic growth and transformative advances in healthcare.

The design of the internal spaces was to be functional whilst at the same time allowing for a degree of flexibility due to the very nature of the Science Community, requiring changes and adaptations to suit Research advances, along with new equipment innovations to help aid research in the future in providing a safe and secure environment for Researchers to work within. Consideration was given to the type of structure and the selection of building materials due to its location within the building footprint and in relation to the physical delivery and buildability aspects to maintain the scientific activities below uninterrupted. Sustainability and adaptability are integral to the Skylab’s design.

Decentralised plant systems allow for independent environmental control, ensuring laboratory spaces remain functional during broader campus disruptions. Flexible floorplates accommodate evolving research needs, reinforcing the Institute’s long-term vision for scientific advancement. The Francis Crick Skylab not only expands the Institute’s research capabilities but also serves as a blueprint for sustainable retrofitting in dense urban environments. It demonstrates how intelligent design and collaborative partnerships can drive forward London’s position as a leader in scientific innovation, sustainability, and resilient urban growth.