“Keep It Loose”: Flexible Designs for the Life Sciences Sector
Introduction to the UK life sciences sector
The life sciences sector in the UK, valued at £94bn, is undergoing a transformative phase, with a significant surge in investment and a growing demand for laboratory and R&D spaces over the past few years. This trend is evident in the Liverpool City Region and Manchester Science Park, where funding and strategic enhancements are positioning the North West as a vibrant hub for the sector.
Commercial space challenges in the expanding sector
As the sector continues to expand, it faces the challenge of finding affordable and flexible commercial space to accommodate its growth. Remi Smith of Avison Young UK points out that the retrofitting of industrial spaces and utilisation of modular construction emerges as a crucial strategy to drive the sector's development.
Retrofitting industrial spaces for Life Sciences
Industrial spaces are now being repurposed to meet the needs of life sciences companies. The industry spaces’ appeal lies in their flexibility, scalability, and the potential for modular design. The elevated ceiling height and versatility of industrial units make them particularly suitable for life sciences applications. Retrofitting these spaces also aligns with environmental sustainability goals by avoiding the significant embodied carbon costs associated with new constructions.
The advantages of modular construction in life sciences
Modular design is proving to be a catalyst for the sector's expansion, allowing fast-growing medtech businesses and funded R&D schemes to adapt their spaces quickly to changing needs. This approach supports agile working, fosters collaboration and innovation, and offers operational benefits such as the ease of equipment relocation, which can lead to cost savings for both occupiers and landlords.
The rise of flex lab spaces and their benefits
Flex lab spaces are another prime example of the benefits of flexible design. Unlike traditional labs, these spaces can be easily reconfigured to meet various research needs. They offer speed to market for early growth companies and the ability to accommodate changes in research direction. Integrated lab, research, and office spaces encourage collaboration and can be designed to accommodate same-sector companies, facilitating the achievement of common goals.
Designing for agility: The future of life sciences facilities
The life sciences industry requires agility and flexibility in its operations, and this is reflected in the design of its spaces. Open concepts and ceiling-mounted service panels are examples of how flexible design can promote interaction and resource sharing. Kevin Wayer of JLL highlights that the need for dynamic and adaptable lab space is crucial in getting therapies to market faster. Flexible lab spaces allow for quick reconfigurations, support engagement and collaboration, and attract top talent. Developers are beginning to incorporate features such as plug-and-play research equipment and moveable workbenches to meet these needs.
The role of technology in advancing lab efficiency
Looking to the future, the concept of the "smart lab" reinforces the importance of modern flexible design. Advances in technology, such as advanced climate control systems, automated equipment, and data management tools to enhance functionality, are set to revolutionise lab environments, making the case for adaptable spaces even stronger. With these technologies we can look forward to streamlined research processes, improved accuracy, and increased overall lab efficiency.
Government Support and the "A Prescription for Growth" Plan
The life sciences sector's growth is intrinsically linked to its ability to utilise flexible design principles in the development of its facilities. The UK government has demonstrated a clear commitment to fostering the growth of the life sciences sector as detailed in its plan: “A Prescription for Growth” (published in January 2024).
Conclusion: Embracing flexible design for future success
By embracing avant-garde design ideas, the sector can ensure that it remains at the forefront of scientific innovation, responsive to the rapid pace of change, and prepared for the future demands of research and development.
