Technical Expertise
We design buildings that must perform technically and operationally, while supporting the people who use them every day.
In highly serviced, tightly regulated environments, clarity is essential. We resolve complex requirements with care, aligning systems, spaces and workflows to create buildings that are efficient, intuitive and able to adapt over time.
How We Work
Technical Delivery in Practice
We design buildings that are thoughtful, practical and built around the people who use them. Our experience spans healthcare, higher education, science and technology, where spaces often need to be technically robust, highly functional and easy to navigate.
We take time to understand how each place needs to work: how people move through it, how services support it, and how the design can make everyday use simpler, safer and more enjoyable. By listening carefully and testing ideas early, we help create spaces that feel considered from the outset.
Our approach combines creativity with technical confidence. We use digital tools, clear visual communication and well-coordinated design information to bring complex ideas to life and help clients, users and wider project teams understand what is being proposed.
At BMJ Architects, we design buildings for complex environments where technical performance, operational clarity and human experience must work together.
Since 1911, we have specialised in highly serviced, tightly regulated environments where performance, coordination and reliability are essential. From our studios in London and Glasgow, we support organisations delivering critical work, creating layouts that function effectively, systems that align, and design decisions that stand up to real use.
We translate complex operational requirements, dense servicing strategies and strict regulatory frameworks into clear, coordinated design solutions. By carrying that clarity through design, construction and occupation, we help ensure that demanding environments resolve into places that are simple, efficient and easy to use.
Scientific research is evolving at an unprecedented pace, and the environments that support it must be equally adaptable. At BMJ Architects, we design laboratories that enable discovery, collaboration and innovation, creating places where researchers, clinicians and academics can work together to tackle some of society’s most pressing challenges.
Working across healthcare, higher education and science & research, we understand the complex demands of contemporary laboratory environments. From teaching laboratories and translational research facilities to highly specialised clinical and academic research spaces, our designs balance technical performance with the needs of the people who use them every day. Flexibility is central to our approach, allowing spaces to adapt as research priorities, technologies and scientific disciplines evolve.
Our expertise extends to some of the most demanding environments in the built environment sector. We have extensive experience designing high-containment and biocontainment facilities, including ACDP Category 3, CL3 and other specialist research environments where safety, resilience and operational continuity are paramount. These facilities require a detailed understanding of containment principles, engineering systems and regulatory requirements, alongside careful consideration of how researchers move, work and collaborate within them.
By integrating complex servicing strategies, controlled airflow regimes and robust containment measures into well-considered architectural solutions, we create laboratories that are safe, efficient and inspiring places to work. The result is highly resilient research environments that support scientific advancement today while remaining adaptable for the discoveries of tomorrow.
BMJ Architects has extensive experience delivering highly specialised healthcare facilities for leading NHS trusts and private healthcare providers across London and the UK. Our portfolio includes complex clinical research facilities, advanced imaging departments, specialist treatment environments, GMP-compliant gene and cell therapy cleanrooms, and critical care facilities, all delivered within demanding operational healthcare settings.
Notable projects include Gene and Cell Therapy GMP facilities at Guy’s Hospital, CyberKnife treatment theatres at St Thomas’ Hospital, intraoperative MRI theatre suites at the National Hospital for Neurology and Neurosurgery, and advanced MRI facilities incorporating 3T and 7T scanners for both clinical diagnostics and pioneering research. We also played a key role in the delivery of the Royal National ENT and Eastman Dental Hospital, incorporating sophisticated imaging, audiology, vestibular and specialist diagnostic facilities.
Our expertise extends to complex phased construction within live hospital environments. At King’s College Hospital, BMJ delivered a state-of-the-art Critical Care Unit constructed above operational theatres, enabling new critical care beds to be brought into service early during the Covid-19 pandemic. The project culminated in the creation of a fully accessible rooftop therapeutic garden, designed specifically to support the recovery and wellbeing of critical care patients.
Drawing on decades of experience in technically demanding clinical settings, BMJ Architects creates innovative, resilient and future-focused healthcare environments that support exceptional patient care, research and clinical excellence.
BMJ Architects has a long-established reputation for delivering highly regulated laboratory and scientific facilities where technical performance, compliance and operational resilience are critical. Our experience spans GMP manufacturing facilities, cleanrooms, Biological Services Units (BSUs), specialist containment environments and complex research facilities supporting pharmaceutical, biotechnology, healthcare and academic clients across the UK.
BMJ has extensive experience designing regulated research environments requiring compliance with Home Office licensing, DEFRA guidance and associated governance frameworks. Our work on specialist biomedical research facilities demonstrates a comprehensive understanding of biosecurity, containment, operational workflows and welfare requirements, enabling facilities to meet demanding regulatory standards while supporting world-class research programmes.
We are recognised for our ability to coordinate complex stakeholder requirements involving scientists, operators, regulators and specialist engineering teams. Drawing on decades of experience in the science, research and healthcare sectors, BMJ combines specialist technical knowledge with innovative design thinking to deliver future-ready laboratory environments that support discovery, manufacturing excellence and scientific advancement.
As architects, we are constantly learning and responding to changes in our environment. Our clients foster this approach to discovery and learning, encouraging those in education and research to look toward the future. Our role in supporting this journey is to create the learning environments and specialised spaces in which this ambition can thrive.
BMJ have an established record of designing teaching and research facilities. From assessing campus-wide strategies through to complex and detailed specialist spaces, we deliver through briefing, design and construction stages.
Our enduring relationships with our clients enable us to delve into the detail of their requirements – not just for spaces suitable for function, but for shaping the education and research environments and their evolving response to changing technologies and work styles.
Flexibility of function and form has become a more fundamental issue with a focus on sustainability and adaptability over time. Designing science and research facilities in the context of low-carbon and Net Zero goals is a challenge to which we bring our expertise in Passivhaus and sustainable labs.
Examples include the Net Zero-enabled New Darwin, which combines teaching and research for Biological Sciences; the Sustainable Future’s Lab for Imperial College London, the Pears Building; and the Discovery Centre for the University of Dundee.
BMJ have been designing complex laboratories for over 50 years and we bring this vast depth of knowledge to briefing, design and buildability of unique and one-of-a-kind flexible facilities, often where the equipment to be housed is still under development. All our designs are required to meet strict safety criteria, whilst having both user-centric spaces and maintainable working environments.
They range from Imperial’s MAGIC laboratory undertaking new material research within a metal-free lab, to the concept for the Francis Crick, the largest biomedical lab in Europe and the National Biosecurity Centre.
- 16 BREEAM “excellent” projects since 2011 (total value £577m)
- First BREEAM “Outstanding” rated building in Scotland
- First BREEAM “Outstanding” rated laboratory building in the UK
- First commercial Passivhaus project built in Scotland
- First building to achieve combination of ‘Passivhaus’ and BREEAM ‘Excellent’
“At BMJ we recognise the contribution good design can make to quality of life, occupant wellbeing, and the sustainability of our communities & campuses. We support our clients’ ambitions to meet their Net Zero objectives by delivering complex projects to achieve the highest levels of sustainability and energy efficiency”
Graham Carlin, BMJ Associate
Complex projects require high level expert advice to protect clients’ interests throughout the design and build periods.
BMJ’s specialist knowledge and experience place us in an ideal position as technical advisors to help clients prepare business cases, consult with stakeholders, develop briefs, budgets, option appraisals and assess subsequent contractor proposals in relation to objectives, value, risk and quality. We make sure our clients receive measured and considered advice at every stage of their build.
At BMJ, we act as technical advisors guiding the client from project inception, then protecting their interests during construction and occupation. Alternatively, we can switch to becoming part of the main contractor’s team once they are appointed. Either way, we provide vital continuity and the assurance that everyone is working towards the same goal.
At BMJ, we undertake the role of Principal Designer (Building Regulations) on many of our projects, including for Higher-Risk Buildings (HRBs), with a number of our projects having already successfully passed through the Building Safety Regulator’s Gateway 2 approval process.
We recognise the importance of embedding safety and compliance within our designs from the outset, and have developed our own in-house Building Safety Act processes and toolkit to support the effective Planning, Managing, and Monitoring of designs as they progress through the design stages, to ensure compliance.
We have the Skills, Knowledge, Experience, and Behaviours to undertake the role, as well as putting members of our team through the appropriate training to develop and maintain competency. Our professionals are confident and empowered to challenge designers to achieve compliance.
Members of our team delivering Principal Designer (Building Regulations) services are embedded into project delivery teams from the outset, enabling them to be fully integrated into the design decision-making process throughout.
“All our projects, no matter what scale, sector, or stage of delivery, need to both deliver & demonstrate compliant and safe outcomes.”
Daniel Maloney, BMJ Associate
Great design starts with great information. For more than 20 years, we have been leading the way in BIM-enabled design, using intelligent 3D modelling and digital information management to create coordinated, data-rich models that bring clarity to complex projects.
Working within the ISO 19650 framework, we provide a trusted foundation for collaboration, helping clients, consultants and contractors work within a more connected design and construction process. The result is better coordination, reduced risk, greater efficiency and more informed decision-making from concept through to completion and beyond.
“The evolution of BIM over the past two decades has transformed the way we design, collaborate and deliver projects. Today, digital models are far more than visual representations; they provide a single source of truth that connects people, information and decision-making. This enables greater certainty, better outcomes and a more collaborative approach that benefits everyone involved in the project journey.”