Services from feasibility to turnkey delivery.

The master plan organizes the whole site: manufacturing, warehousing, QC, utilities, administration, circulation and room to grow. Concept engineering then sets the block layout, GMP zoning and the separation of personnel, material and waste flows, together with first estimates of room data and utility loads. Decisions made at this stage carry through every later discipline.

• Define
• Plan
• Design

Pharmaceutical architecture starts with how products are made and how people and materials move. Room geometry, adjacencies, finishes and circulation are chosen for cleanability, maintenance access and GMP operation, and coordinated with structure and building services. The same approach covers production areas, laboratories, warehouses, technical buildings and changing areas.

• Design
• Build

Cleanroom design starts from the process and the cleanliness grade each operation requires. Room classification, pressure cascades, airlocks and gowning are laid out as one system, together with wall, ceiling and floor construction. Designs are prepared with consideration for applicable international GMP guidelines and project-specific regulatory requirements.

• Define
• Design
• Build

HVAC is the system that holds a cleanroom in its classified state. Zoning, air change rates, HEPA filtration and AHU configuration are derived from room data sheets and the pressure cascade. Controls and monitoring are defined early, so BMS and EMS scope is clear before procurement.

• Design
• Procure
• Commission

Process utilities are designed as systems that touch the product, directly or indirectly. Demand, quality, distribution and sampling are defined for each utility, and direct-impact systems are separated from general plant services. Utility balances and P&IDs tie the utilities to the process and the building.

• Design
• Procure
• Commission

GMP review runs alongside design, not after it. Layouts, flows, finishes and systems are checked against applicable international GMP guidelines and the requirements of the target markets. Gaps are recorded, assigned and closed, so compliance questions are resolved on the drawings rather than during inspection.

• Define
• Design
• Validate
• Operate

Validation is planned at the start of the project, not assembled at the end. A risk-based CQV approach links the URS to design review, DQ, FAT, SAT, commissioning, IQ, OQ and PQ, so each requirement is traced to a test. Protocols, execution records and reports are prepared for approval by the owner’s quality unit.

• Define
• Design
• Commission
• Validate

Pharmaceutical projects combine many disciplines, vendors and approval steps. Project management holds scope, budget, schedule and risk in one controlled system, with clear interfaces between design, procurement, construction and validation. Stakeholders receive regular, factual reporting against an agreed baseline.

• Plan
• Design
• Procure
• Build
• Commission
• Validate

Procurement support turns the design into packages that vendors can price on the same basis. Bids are evaluated technically against the specification and URS, and deviations are resolved before award. Vendor documents are reviewed, and factory acceptance tests are witnessed before equipment ships.

• Procure

Cleanroom and utility works depend on details: sealing, slopes, weld quality and penetrations. Site support covers technical queries, shop drawing and submittal review, inspections and coordination between trades, with cleanliness controlled during construction. Deviations from approved drawings are recorded and resolved before commissioning and qualification begin.

• Build
• Commission

Integrated delivery brings design, procurement, construction, commissioning and qualification under one coordinated scope. Interfaces that usually sit between separate contracts are managed within one plan and one schedule. The extent of integration is agreed per project, from coordinated packages to a single delivery contract.

• Plan
• Design
• Procure
• Build
• Commission
• Validate
• Operate

Basic engineering converts the concept into a coordinated technical basis for detailed design. Process capacity, equipment philosophy, room program, zoning, flows and utility and HVAC concepts are fixed together, so that every discipline starts detailed design from the same assumptions. The outcome is a design basis that can be priced, reviewed and carried forward with fewer late changes.

• Define
• Plan
• Design

Detailed engineering develops coordinated documentation for procurement, construction, installation and commissioning. Architecture, process, HVAC, utilities and electrical design are developed in parallel, coordinated in BIM and checked for clashes before issue. Specifications, datasheets and BOQs are prepared alongside the drawings so that tender packages reflect the same design.

• Design
• Procure
• Build

Process engineering starts from how the product is manufactured and lets that sequence shape the equipment, rooms and utilities. Batch flow, capacity, transfer methods and cleaning requirements are defined with the client process and quality teams. The facility is then arranged for efficient operation, maintenance access and future expansion.

• Define
• Plan
• Design

Process piping connects equipment, utilities and points of use through routes that are sized, drainable where required and accessible for maintenance. P&IDs, line lists and valve requirements are developed with the process design and coordinated in BIM with HVAC, structure and electrical services. Hygienic and material requirements are defined and verified for each project.

• Design
• Procure
• Build

Pharmaceutical water is engineered as a complete train, from raw water assessment and pretreatment through RO, EDI and, where applicable, WFI generation, to storage, distribution loops and points of use. Capacity, water balance, sanitization concept and monitoring strategy are defined together with the process, quality and HVAC teams. Clean utilities such as pure steam, compressed air and process gases are coordinated on the same technical basis.

• Define
• Design
• Procure
• Build
• Commission
• Validate

Upgrading an operating facility starts with an honest assessment of what exists: condition, capacity, gaps and the constraints of ongoing production. Work is engineered in phases, with shutdown windows, interfaces and migration planned so that disruption is limited and product supply is protected. Commissioning and requalification are planned with the client quality team from the outset.

• Discover
• Define
• Plan
• Design
• Procure
• Build
• Commission
• Validate
• Operate