Smart labs
Digital technologies continue to reshape how science is conducted, with powerful new tools to collect, analyse and share data.
![Scientist in a lab using a microscope](/globalassets/images/services/market-overlays/science/smart-lab-header.jpg?width=1200&height=802&quality=100)
And the incorporation of digital tools into laboratory design is revolutionising the way research spaces are planned, operated, and optimised. For example, remote monitoring of experiments presents a challenge to the very concept of a ‘traditional’ lab building.
We combine digital expertise with market specific knowledge to advise on the role of digital and data solutions in laboratory design. We deliver services and solutions that solve complex challenges for our clients, including optimised site operations, enhanced user experience, smart building design and the use of building information management (BIM) data.
Laboratories are increasingly adopting smart building technologies to enhance operational efficiency and sustainability. Digital sensors and Internet of Things (IoT) devices can be integrated into laboratory spaces to monitor environmental conditions, energy usage, and equipment performance in real time. Our digital platforms offer portfolio-wide management and control of assets’ performance, helping clients to optimise costs and predict maintenance requirements across complex facilities. We use these platforms bring machine learning and artificial intelligence to the operation of everything from chillers and HVAC, to lifts and lighting, and provide evolving insights into users’ health and wellbeing. Incorporating digital tools to laboratory design can assist with challenges such as sustainability, resource efficiency and process optimisation.
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Explore
Find out more about how our services can support you:
Projects
Explore more science projects
![](/globalassets/images/projects/m/max-planck-martinsried-campus-development/max-plancks-martinsried-campus-development-header.jpg?width=1024&height=576&quality=100)
Advising Max Planck Society on the development of a new research campus in Munich
Max Planck’s Martinsried campus development, Germany
![Exterior view of the Sir William Henry Bragg Building](/globalassets/images/projects/s/sir-william-henry-bragg-museum/sir-william-henry-bragg-building-header.webp?width=1024&height=576&quality=100)
Repurposing an old school building into a space for 21st century science
Sir William Henry Bragg Building, University of Leeds, UK
![Medical pills on a flat surface](/globalassets/images/projects/p/pharmaceutical-production-plant-extension/pharmaceutical-production-plant-extension-header.webp?width=1024&height=576&quality=100)
Managing the expansion of an innovative pharma factory and lab
Pharmaceutical production plant extension, Poland
![Inside a pharmaceutical production facility](/globalassets/images/projects/p/pharmaceutical-production-upgrade-programme/pharmaceutical-production-upgrade-programme-header.webp?width=1024&height=576&quality=100)
Engineering business resilience: pharmaceutical production upgrade programme for life sciences leader
Pharmaceutical Production Upgrade, Germany
Laboratories & research
The modern lab remains central to scientific research, development and discovery. Our approach to designing these environments reflects that importance. We prioritise cost efficiency, sustainability, resilience, adaptability and enhanced environmental performance. The goal is to provide a collaborative and inspiring workspace for scientists.
![Bristol University Nanotechnology lab](/globalassets/images/markets/science/laboratories-and-research/bristol-university-nanotechnology-lab.jpg?width=1000&rxy=0.3%2c0.57&quality=100)