Development of 2D/3D pipework layouts based on system requirements and spatial constraints

Routing of pipe systems (chilled water, heating, process, domestic) to optimise space and maintain access

Coordination of pipework with structural, architectural, and MEP services to avoid clashes

Sizing of pipes based on flow rate, velocity, and pressure drop calculations

Selection of materials and specifications based on system type, medium, and operating conditions

Integration of supports, anchors, and expansion allowances for thermal movement

Layouts for plant rooms, risers, corridors, and distribution zones

Creation of isometric drawings and spool sheets for fabrication and installation

Compliance with project standards, building codes, and industry best practices

Review and incorporation of supplier and vendor data into the final design

Evaluation of thermal expansion, contraction, and movement across pipe networks

Analysis of stress concentrations at bends, anchors, and equipment connections

Load assessment due to internal pressure, weight, and dynamic forces

Calculation of allowable stress levels based on material properties and design codes

Design and placement of supports, guides, and expansion loops to manage pipe movement

Verification of flange alignments and equipment nozzle load compliance

Simulation of operating and standby scenarios to validate system resilience

Assessment of seismic, wind, and vibration impacts where applicable

Compliance with relevant standards (EN 13480, ASME B31.3, PED, etc.)

Generation of stress reports for design approval, fabrication, and installation teams

Pressure drop calculations across pipe networks to verify pump sizing and system balance

Flow resistance analysis for valves, fittings, bends, and equipment connections

Verification of pipe velocities to prevent erosion, noise, and flow instability

Calculation of total dynamic head (TDH) for system performance validation

Static load analysis to assess pipe support and anchoring requirements

Assessment of thermal expansion and associated stress on piping systems

Verification of material suitability for pressure, temperature, and medium type

Structural load calculations for pipe racks, hangers, and suspended systems

Compliance with project specifications, local regulations, and EN/ISO standards

Documentation of all calculations for engineering sign-off and client assurance

Development of fabrication-ready isometric drawings and spool sheets

Coordination of pipe routing for modular assembly

Logistical planning for transport, lifting, and site installation incorporated into the design

BIM-based clash detection and layout optimisation for prefabrication feasibility

Material take-offs (MTOs) and bill of materials

Integration of supports, anchors, and access considerations into off-site modules

Fabrication sequencing aligned with the construction programme

Interface coordination between prefabricated elements and site

Logistical planning for transport, lifting, and site installation

Reduction of site hours, waste, and installation time through controlled offsite execution

Detailed design of high-purity and process-critical pipework systems (e.g., WFI, clean steam, process gases)

Material specification and compatibility checks for media, pressure, and temperature requirements

Isometric development for fabrication, testing, and installation

GMP-compliant routing, segregation, and support planning

Hygienic design principles, including slope control, drainability, and orbital welding integration

Pressure testing, flushing, and passivation planning

Coordination of valves, instruments, and tie-ins with process equipment

Pre-construction review and verification of P&IDs and process schematics

Field engineering support during install, weld inspections, and redline updates

Support for turnover documentation (as-builts, weld logs, test packs) and validation readiness

Design and coordination of chilled water, condenser water, and process cooling systems

Support for hot/cold aisle containment strategies and thermal zone planning

BIM coordination and clash detection with electrical and IT infrastructure

Pump and valve sizing based on N+1 and 2N redundancy requirements

Selection of materials and insulation for thermal efficiency and fire performance

Modular

Commissionable reviews

Integration with BMS and control systems for flow, temperature, and pressure monitoring

Compliance with Tier standards (Uptime Institute) and ASHRAE thermal guideline

Coordination of piping design packages with client teams

Technical review of isometrics, GA drawings, and P&IDs

Oversight of prefabrication and on-site installation sequencing

Fabrication progress monitoring & material management

Interface management with other trades (HVAC, electrical, structural) to resolve clashes

Material take-off (MTO) verifications

QA/QC support, including weld map reviews, hydrotest planning, and inspection readiness

Contribution to commissioning preparation, flushing, pressure testing, and system validation

Daily reporting and tracking of installation milestones and resource productivity

Support for turnover documentation, redline updates, and handover compliance