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Life Sciences
Our life sciences consulting work spans laboratories, cleanrooms, research facilities and pharmaceutical manufacturing environments. These buildings carry regulatory obligations, contamination control requirements and technical infrastructure demands that shape every design decision, from structural grid to services specification. We’re Morson Praxis, a multi-disciplinary technical consultancy. We understand how these spaces need to function at a scientific and process level, not just an architectural one.
Speak to our life sciences consulting team
What sets us apart in life sciences consulting
We bring architecture, civil and structural engineering, mechanical and electrical building services, BIM coordination and sustainability advice together under one practice. That matters in life sciences, where a decision made at one discipline affects every other. No coordination gaps, no competing assumptions about what the facility needs to achieve. Just a team that understands the brief from all angles and works accordingly.
Through the wider Morson Group, we connect building consultancy with process engineering, pharmaceutical manufacturing expertise and specialist technical resource. When a question about a GMP cleanroom sits alongside one about clean utilities or commissioning documentation, we can help with all of it. That’s a combination most building consultancies can’t offer: the depth of a specialist life sciences consultancy with broader group capability behind it.
Regulatory frameworks and compliance
Designing to GMP, ISO & COSHH standards
Life sciences buildings are shaped by their compliance obligations. MHRA Good Manufacturing Practice guidelines govern pharmaceutical production. ISO 14644 classifies cleanrooms from ISO 1 to ISO 9, and EU GMP Annex 1 adds specific requirements for sterile manufacturing. COSHH assessments drive laboratory ventilation design. We work to these frameworks as live design constraints, mapping requirements to spatial decisions before a drawing is produced, not after.
Technical infrastructure for critical environments
HVAC, clean utilities & containment systems
The infrastructure that defines a life sciences facility is largely invisible. HVAC systems maintain pressure cascades, temperature tolerances and particle counts within validated limits. Clean utilities (purified water, water for injection, compressed air, specialist gases) – each carries its own quality standard and validation requirement. We coordinate these systems alongside the structural and architectural design from the start. That keeps them buildable, maintainable and compliant.
Adaptability and long-term performance
Buildings that keep pace with research
Research priorities shift. New instruments arrive. Teams grow. A facility that can’t respond to those changes costs far more to fix than it would have to future-proof at design stage. We build adaptability in from the outset: demountable partition systems where appropriate, modular services distribution, accessible ceiling voids, structural grids that preserve options. The aim is a building that doesn’t need rebuilding every time the science moves on.
Life sciences consulting in practice
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Understanding life sciences consulting
Commonly asked questions about life sciences consultancy.
A life sciences consultancy is a specialist practice that designs and engineers the buildings where scientific and pharmaceutical work takes place: laboratories, cleanrooms, research campuses and manufacturing facilities. Services typically cover architecture, mechanical and electrical engineering, contamination control strategy, regulatory compliance and sustainability planning. The work spans the full project lifecycle, from early feasibility through to construction support and commissioning.
Life sciences consulting is distinct because the buildings are governed by regulatory frameworks, contamination hierarchies and process requirements that don’t apply elsewhere. Decisions about structural grids, HVAC design and services routing are all shaped by how the facility is used scientifically. A standard building consultancy can design a shell; a life sciences consultancy designs what goes on inside it too.
The applicable frameworks depend on what the building will support. MHRA guidelines cover pharmaceutical production. ISO 14644 governs cleanroom classification. EU GMP Annex 1 sets requirements for sterile manufacturing. UKHSA defines containment for biological agent work, and HSE laboratory safety guidance applies broadly. Identifying which frameworks are relevant is one of the first tasks in any life sciences project.
HVAC design is central to how a life sciences building performs. Systems maintain pressure cascades, control particle counts within cleanroom classifications, and protect people and processes from contamination. In GMP pharmaceutical environments, HVAC performance is tied directly to batch integrity and regulatory compliance. Getting it right at design stage is considerably easier than correcting it during validation or after occupation.
The right life sciences consultancy understands the scientific and regulatory context of the work, not just the building. Look for in-house multi-disciplinary capability, demonstrable experience in GMP or cleanroom environments and a track record on complex, often occupied sites. Engaging a consultancy at feasibility stage, before commitments are made on layout or specification, tends to produce the most considered outcomes.
