The life sciences sector is evolving rapidly, driven by advancements in biotechnology, artificial intelligence, and the increasing demand for high-quality research facilities. The Oxford-Cambridge Arc in the UK continues to be a global powerhouse for scientific innovation, attracting investment from leading pharmaceutical, biotech, and technology companies.

At Scott Brownrigg, we specialise in masterplanning and designing world-class life science campuses that not only support cutting-edge research but also create vibrant, people-centric environments. Our approach ensures that these highly specialised spaces remain adaptable, safe, and sustainable for the future.

Masterplanning Future-Ready Life Science Campuses
Our expertise in life science masterplanning allows us to design spaces that balance technical excellence with human experience. From flexible laboratory and office spaces to integrated research hubs, our masterplanning strategy is tailored to meet the complex needs of scientists, innovators, and investors alike.

We understand that successful life science developments require a unique blend of functionality, accessibility, and environmental sustainability. Our masterplanning approach prioritises:

•    Separation of servicing and deliveries from pedestrian areas

Our campus strategies ensure that logistics and servicing are planned efficiently, keeping research and working environments safe and accessible. Dedicated routes for deliveries and waste management prevent disruption, allowing for a seamless user experience.

•    Scalable, flexible development strategies

We future-proof campuses by designing adaptable masterplans that accommodate the changing needs of science and technology firms, from full laboratory spaces to mid-tech. Our phased development strategies ensure that campuses can expand organically, avoiding obsolescence and maximizing long-term value.

•    Integration of outdoor spaces for well-being and collaboration

Masterplanning is not just about buildings—it’s about creating inspiring environments. Our designs include landscaped plazas, green corridors, and outdoor workspaces, fostering a culture of collaboration and well-being.

•    STEM learning and knowledge sharing

By incorporating educational and interactive public spaces, we create masterplans that bridge the gap between industry and academia. Publicly accessible learning spaces, STEM engagement hubs, and incubator spaces ensure that campuses remain dynamic and inclusive.

Shaping the Oxford-Cambridge Arc
Scott Brownrigg has played a key role in developing some of the UK’s most significant life science hubs, reinforcing the Oxford-Cambridge Arc’s status as a world leader in research and innovation. Our experience spans major projects such as:

Cambridge Biomedical Campus
As one of Europe’s largest life science and healthcare clusters, Cambridge Biomedical Campus is home to world-class institutions, including the University of Cambridge, AstraZeneca, and the Medical Research Council. At Discovery Drive our masterplanning and laboratory design work within this ecosystem ensures the seamless integration of research, healthcare, and commercial facilities, supporting the next generation of medical breakthroughs.

Cambridge Science Park
Since its foundation in 1970, Cambridge Science Park has been a hub for cutting-edge science and technology companies. Our work here has focused on evolving the park’s infrastructure to meet the growing demand for high-specification lab and office spaces. Whilst densifying and improving the utilisation of the park, sustainability, accessibility, and tenant flexibility remain at the heart of our design approach.

The Oxford Science Park
We secured planning approval for over 450,000 sq ft of new life science space at Oxford Science Park, reinforcing Oxford’s position as a leader in global scientific research. Our designs prioritise ‘a walkable science community’ whilst creating dedicated service routes, ensuring that laboratories and workspaces can evolve alongside people centric public spaces.

Eastpoint Science Park, Oxford
By transforming underutilised space into a premier life science campus, we are delivering over 200,000 sq ft of state-of-the-art facilities, including laboratories, office spaces, and a dedicated ‘Learning Lab’ to inspire the next generation of STEM professionals, wrapped around a central amenity courtyard.

Cambridge International Technology Park
Spanning 15 acres on the outskirts of Cambridge, the Cambridge International Technology Park, a new life sciences campus will provide 550,000 sq ft of flexible research and development space. Our vision is to create a future-proof environment with external workspaces and community facilities that foster innovation across biotech, pharmaceuticals, and academia.

Investing in sustainability and community
We believe that life science campuses should not only support groundbreaking research but also enhance the wider community and environment. Our commitment to sustainability is embedded in every project, from energy-efficient building designs to biodiversity-led landscaping.

Key sustainability initiatives include:

•    Low carbon design – We employ a ‘fabric first’ strategy, utilising the latest building technologies to minimise embodied and operational carbon.
•    Biodiverse landscapes and green infrastructure – Our masterplans integrate green roofs, wildlife corridors and sustainable drainage systems to enhance ecological value.
•    Community-oriented spaces – From publicly accessible cafés to event spaces and social hubs, we ensure that our developments serve both the scientific community and the public.

Shaping the future of life sciences
Scott Brownrigg’s expertise in life science masterplanning is transforming the way research environments are designed and delivered. Our projects in Oxford, Cambridge, and beyond are setting new standards in sustainability, flexibility, and community engagement.

With a deep understanding of the life sciences sector and a track record of delivering innovative, future-ready campuses, we continue to lead the way in shaping the next generation of scientific and technological advancements.