Civil Engineering

One team, one continuous workflow.

Bailey keeps one team on a project from feasibility through approved plans, construction observation, and record drawings. The engineer who runs the feasibility study is the engineer who draws the construction documents, coordinates with the agencies, and supports punch-list closeout. That continuity is how we catch the things that fall between handoffs — no re-briefing between phases, no constraint identified in feasibility that fails to make it into the drawings.

The work starts in feasibility, where we pull every relevant constraint on the parcel — zoning, comprehensive plan, utilities, environmental, traffic, topography — and cross-reference it against what the city is actually approving. If the parcel works, we move into civil design: grading the site, routing the roads, sizing the water and sewer, designing the storm system, coordinating with the irrigation district, and engineering the parking and access. Every drawing we produce gets reviewed by the agencies — ACHD, the city, the fire district, the health department — and we manage those comment-response cycles until the plans are stamped and approved.

Construction observation is the phase where approved plans meet the field, and Bailey treats it with the same rigor as design. The contractor performs the work; Bailey provides observation reports, coordinates agency inspections, tracks punch-list items, and turns survey measurements into record drawings for closeout. The team that designed the infrastructure is the team that understands what needs to be verified in the field.

Value engineering runs through the entire process, not as a one-time event but as a continuous discipline. Every road section, every pipe material, every grading strategy gets evaluated against cost, constructability, and long-term maintenance. The savings are largest when value engineering happens during preliminary design, smaller when it happens at bid, and smallest when it happens during construction. We front-load it.