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Pharmaceuticals Facilities
Pharmaceutical engineering leaves little room for approximation. A facility that doesn’t perform at qualification isn’t just a project problem. It’s a regulatory one, with direct consequences for production timelines and patient supply. Morson Praxis works with pharmaceutical manufacturers across the UK to design GMP-compliant facilities that are built around your manufacturing process and ready to stand up to inspection.
Speak to our pharmaceutical engineering team
What sets us apart in pharmaceutical engineering
Most pharmaceutical facilities fail at the interface between process and building. Room classification, flow routes, equipment integration, utility specification. These decisions connect directly to your regulatory position, and they have to be right before detailed design begins. We work with your process and quality teams from the outset, so the engineering reflects how your facility will actually operate, not how a generic template assumes it will.
A design decision made at feasibility can still create a qualification problem two years later. That’s why we stay involved across the full project lifecycle, from initial brief through to commissioning support and live site delivery. Architecture, M&E, civil and structural, and project management sit within a single team so nothing falls into the gaps between disciplines.
Compliance by design
How we approach GMP facility requirements
EU GMP Annex 1 was substantially revised in August 2023 (the most significant update to sterile manufacturing guidance in over a decade). It introduced a mandatory Contamination Control Strategy and expanded requirements around isolator and RABS technology. For any facility being modified or built new, these aren’t background regulations to interpret later. They’re constraints that shape layout, airflow, materials and access routes from the first drawing.
Science into space
Pharma process engineering that starts with your product
A vaccine fill-finish suite and a solid oral dosage form manufacturing floor share almost nothing in terms of engineering requirements. That’s the starting point for pharma process engineering. Understanding what your process actually demands before specifying anything. We work from your manufacturing science outward: defining room classification, containment strategy, flow routes and equipment integration around the product you make, not the facility type we’ve designed before.
Controlled environments
Cleanroom design across all classification grades
Cleanroom performance depends on the HVAC system behind it. Maintaining ISO 14644 classification across Grade A, B, C and D environments requires airflow modelling, pressurisation strategy and unidirectional flow design that holds under production conditions, not just at commissioning. We design controlled environment systems as part of the wider building. Co-ordinated with process utilities, structural design and electrical instrumentation from the outset, so the building performs as a whole.
Pharmaceutical engineering in practice
Nottingham City Council, Boots Enterprise Zone
Morson Praxis provided multi-disciplinary services at the Boots Headquarters campus in Nottingham.
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Understanding pharmaceutical engineering
Questions we’re often asked about pharmaceutical engineering.
Pharmaceutical engineering is the application of engineering principles to the design, construction and operation of facilities that manufacture medicinal products. It covers GMP-compliant facility design, cleanroom and HVAC engineering, pharma process engineering, sterile manufacturing environments and the utility systems (purified water, clean steam and compressed gases) that those environments depend on.
A pharmaceutical engineering consultancy is a specialist firm that supports the design and delivery of pharmaceutical manufacturing and laboratory facilities. Work typically covers process engineering, GMP facility design, cleanroom classification, regulatory compliance, commissioning and qualification support, and project management in live manufacturing environments.
GMP requirements for pharmaceutical facility design are the standards that govern how manufacturing environments are designed and maintained to protect product quality and patient safety. In the UK, the MHRA issues manufacturing licences based on demonstrated GMP compliance. The revised EU GMP Annex 1, in force since August 2023, sets the current standard for sterile manufacturing environments.
Pharma process engineering is the discipline that translates manufacturing science into the physical design of a facility: defining room classification, containment requirements, flow routes and equipment integration based on the specific product and process. Decisions made at this stage carry through to qualification, which is why getting them right early is the most effective way to reduce compliance risk.
Cleanrooms in pharmaceutical manufacturing are classified on a Grade A to D scale under EU GMP guidelines. Grade A is required for high-risk operations such as aseptic filling and demands unidirectional airflow. Grade B, C and D environments support lower-risk activities. Classification is set by the manufacturing process and maintained through validated HVAC design and environmental monitoring.
