Skip to content
RICA

Engineering, Site, And Technical Design

This chapter documents whether the project can be built and operated at the selected site. It covers site control, technical design, utilities, logistics, climate resilience, and design maturity.

Site Analysis

Section titled “Site Analysis”
AreaRequired DocumentationReviewer Test
Asset boundaryGIS coordinates, map, land parcel records, and included assets.Is the project boundary unambiguous?
Topography and hydrologySurvey, slope, drainage, flood, erosion, and water-flow records.Are climate and construction risks reflected in design?
Access and logisticsRoad access, transport constraints, storage, loading, and user access.Can inputs and outputs move reliably?
UtilitiesPower, water, connectivity, waste handling, backup systems.Are capacity and reliability sufficient?
Climate hazardsDrought, flood, heat, wind, landslide, wildfire, or other relevant hazards.Does the design include resilience measures?

Design Maturity

Section titled “Design Maturity”
Design ElementConceptPreliminaryDetailedIssued For ConstructionAs-Built
Site layout[Status][Status][Status][Status][Status]
Civil works[Status][Status][Status][Status][Status]
Equipment[Status][Status][Status][Status][Status]
Utilities[Status][Status][Status][Status][Status]
Safety systems[Status][Status][Status][Status][Status]

Technical Design Requirements

Section titled “Technical Design Requirements”

The Project Information Model must include design basis, specifications, drawings, layout, zoning, equipment list, utility requirements, storage, access control, safety systems, construction methodology, technical standards, vendor inputs, and bill-of-quantities evidence where available.

Resilience Design

Section titled “Resilience Design”
HazardDesign ResponseEvidenceO&M Requirement
[Hazard][Design measure][Study or drawing][Monitoring or maintenance]