Project basis
Location, stage, client brief, design basis, applicable requirements, appointed parties, programme, and acceptance process.
Bring architecture, structures and building services together. We help your team develop the design, resolve clashes and prepare coordinated models and drawings.

Choose the design and coordination support your project needs. We agree the inputs, outputs and review responsibilities before work starts.
Before work starts, we agree the inputs, drawings and calculations for each discipline. We also identify who checks the work and who has final design authority.
Location, stage, client brief, design basis, applicable requirements, appointed parties, programme, and acceptance process.
Plans, sections, elevations, room data, envelope, materials, accessibility, fire strategy inputs, and authority comments available to the team.
Grid, loads, analysis and design inputs, material strategy, movement, openings, embeds, tolerances, and review responsibilities.
Loads, zoning, system strategy, equipment, utilities, schematics, controls, plant space, distribution zones, and commissioning inputs.
Model uses, information need, coordinates, naming, exchange formats, CDE workflow, issue protocol, and model responsibility matrix.
Calculations, drawings, models, schedules, reports, review gates, issue status, revision evidence, and the exact acceptance criteria.
Remote engineering support does not replace the locally appointed professionals, authorities, contractors, or certifiers responsible under the project contract and jurisdiction.
Talk about your projectRecord who authors, reviews, approves, coordinates, and accepts each deliverable and interface.
Confirm project inputs, assumptions, codes, client standards, units, coordinates, and information requirements.
Review structure, architecture, services, access, clearance, penetrations, plant space, maintainability, and sequencing.
Track issues to an agreed status, record decisions and revisions, complete release checks, and issue the accepted information.
Read about MEP coordination, existing buildings and choosing an engineering partner.
Interface planning, issue governance, model coordination, and the conditions required to reduce rework.
Read guideSurvey inputs, model reliability, tolerances, uncertainty, and design coordination for existing buildings.
Read guideA practical evaluation framework for scope, quality, communication, data handling, and acceptance.
Read guide