Getting Started — Pre-Project Checklist CA

Adding federal work to the private-vs-public-works comparison already covered above brings a third tier with its own distinct bonding framework: the Miller Act, not a state bond statute, governs bonding on most federal construction contracts over the federal simplified-acquisition threshold, requiring both a performance bond and a payment bond sized to the contract amount. A contractor used to CSLB and DIR requirements for California public works can't assume those same rules or agencies apply on a federal job — the bonding statute, the wage-determination system (Davis-Bacon, a federal analog to CA prevailing wage but administered differently), and the contracting officer's own requirements all operate on a separate track.

The practical takeaway across all three tiers: private work is governed primarily by the contract itself; state and local public works add DIR-style registration, prevailing wage and state bonding statutes on top of the contract; and federal work substitutes an entirely different federal framework (Miller Act, Davis-Bacon, federal contracting officer requirements) rather than layering onto the state rules. Confirm which framework actually applies before assuming a public works process learned on state or local projects transfers directly to a federal one.

A project typically starts with either an RFP (Request for Proposal, where the owner is evaluating approach and qualifications alongside price) or an RFQ (Request for Qualifications, used to shortlist firms before a separate pricing process) — and which one you're responding to changes what the owner is actually buying, which affects what representations end up in your eventual contract.

Design-Bid-Build is the traditional method: the owner hires a designer, gets full design documents, then bids the completed design to contractors. Risk transfer is relatively clean here — the contractor generally isn't responsible for design defects, only construction defects, since they had no role in the design. Design-Build shifts design responsibility onto the contractor's side of the contract, which is why professional liability coverage becomes a real question on design-build work in a way it isn't on Design-Bid-Build — standard general liability policies generally exclude claims arising from a design error.

CMAR (Construction Manager at Risk) puts the CM in a hybrid role — involved during design for constructability input, then holding the construction risk once a GMP (Guaranteed Maximum Price) is set. The GMP itself is a specific contract structure worth understanding on its own: the contractor commits to a maximum price, absorbing cost overruns beyond that ceiling (sometimes with a shared-savings clause below it) — a materially different risk profile than a straight lump-sum or unit-price contract, and one that affects how a surety underwrites bonding capacity for that specific project.

JOC (Job Order Contracting) is a different model entirely — a standing contract covering a series of individual task orders, common on public agency and facilities-maintenance work, priced against a pre-negotiated unit price book rather than bid project by project. Time & Materials contracts bill actual labor hours and material costs plus a markup, shifting price risk toward the owner but requiring real documentation discipline from the contractor to support billing. Purchase orders for materials or equipment carry their own risk question — confirming who holds risk of loss in transit and storage before delivery, which is a common inland marine coverage gap when assumed rather than confirmed.

The single biggest delivery-method mistake is treating them as interchangeable when it comes to insurance and bonding — a contractor moving from Design-Bid-Build work into their first Design-Build or CMAR project without updating their professional liability and bonding program is taking on real, new exposure the existing policy wasn't written to contemplate.

The standard California building permit sequence follows a predictable pattern regardless of sector: submit plans for plan check, respond to any correction comments from the reviewing agency, receive permit issuance once plans are approved, complete inspections at each required hold point during construction, and close out with a final inspection and certificate of occupancy. Understanding this sequence — and which agency actually reviews plans for a given project — is what keeps a schedule realistic instead of optimistic.

Private sector work in most California cities and counties goes through the local building department's standard plan check and inspection process — the most familiar version of this sequence, and generally the fastest since it's the volume the department is set up to handle. Highway and Caltrans-jurisdiction work generally doesn't go through a standard building permit at all — it's governed by Caltrans' own standard specifications and encroachment permit process instead, since the work sits within the state highway right-of-way rather than a city's permitting jurisdiction.

Medical and healthcare sector construction — hospitals and licensed healthcare facilities — is reviewed directly by HCAI (Health Care Access and Information, formerly OSHPD) rather than the local building department, with its own plan review, inspection and closeout requirements that are generally more stringent given the seismic and life-safety standards healthcare facilities are held to. Public and government sector work adds its own variation by project type: school construction generally falls under DSA (Division of the State Architect) review instead of the local building department, while a standard city or county public works project (a street, a park, a municipal building) still goes through a plan check process but layers DIR registration, prevailing wage and bonding requirements on top of it.

The practical takeaway: confirm which agency actually has plan-review jurisdiction over a specific project before assuming the standard city building department process applies — a contractor bidding their first hospital or school project based on typical private-sector permit timing is working from the wrong baseline, and the insurance and bonding program should be confirmed against the actual reviewing agency's requirements, not assumed from habit. Before mobilizing, confirm the utility owners and permitting offices for the site using the utility and agency contact directory.

Whether it's a residential subdivision or a commercial building, new construction in California generally follows the same underlying sequence before a shovel ever hits the ground, and each step carries its own real insurance implication worth understanding going in, not discovering after a problem surfaces.

Design starts with an architect or engineer developing the site and building plans against the project's zoning and code requirements. Before or alongside design, a geotechnical engineer performs soil borings and sampling across the site to assess bearing capacity, settlement risk, groundwater depth and seismic conditions — the geotechnical report this produces is what the structural design actually gets engineered against, so an inaccurate or incomplete geotechnical investigation can propagate into a real structural problem later, not just a soils problem.

Environmental review is a separate, related step often confused with the geotechnical investigation but answering a different question. A Phase I Environmental Site Assessment (ESA) is a records and historical-use review — no soil or groundwater sampling — looking for Recognized Environmental Conditions (RECs): prior industrial use, underground storage tanks, or other indicators that contamination might be present. If the Phase I identifies a REC, a Phase II ESA follows with actual soil and groundwater sampling to test for real contamination and, if found, its extent — this is where current pollution or toxic levels in the soil actually get measured, not in the geotechnical report, which generally isn't testing for contamination at all unless specifically scoped to.

Once design is complete, the plans are stamped by a licensed engineer or architect — a professional certification that the plans meet applicable code and engineering standards, and the point at which professional liability exposure for the design itself becomes concrete. Stamped plans are then submitted to the city or county building department for plan check, and often to additional jurisdictions depending on the project — a regional water quality control board if the site has any identified contamination or stormwater discharge, DSA or HCAI instead of the local building department for schools or healthcare facilities, or a flood control district for sites in a mapped floodplain. Confirming every jurisdiction with actual authority over the project, not just the obvious one, is part of the same due-diligence discipline as the geotechnical and environmental review itself.

Even a clean Phase I ESA — or a Phase II that sampled a limited area — doesn't guarantee contamination won't be encountered once excavation, drilling or trenching actually starts. Unexpected soil discoloration, odor, buried debris or an unmapped underground storage tank are the kinds of discoveries that turn a routine excavation into an environmental response, and how the project handles the first hour after discovery matters as much as the remediation that follows.

The general sequence once contamination is discovered: stop work in the affected area (not necessarily the entire site), secure and characterize the material, and notify the appropriate agency — typically DTSC (Department of Toxic Substances Control) or the applicable Regional Water Quality Control Board depending on what's found and where. From there, a soil management plan or site management plan typically governs how contaminated material is handled, tested, transported and disposed of going forward, sometimes with ongoing groundwater monitoring if groundwater is affected. This is a specialized process, generally requiring an environmental consultant, not something a GC or excavation crew manages on their own judgment.

Who actually bears the cost and schedule impact of this depends heavily on what the construction contract, the Subdivision Improvement Agreement or the Development Agreement actually says — the underlying environmental liability for pre-existing contamination generally sits with the landowner or developer, but the construction contract can shift specific responsibilities (stop-work notification, proper handling once discovered) onto the contractor performing the excavation. Reading that specific contract language before the project starts, not after a discovery forces the question, is what keeps a real discovery from becoming a dispute on top of an environmental response.

Four distinct coverage lines respond to different points in this process, and understanding which one actually applies where is what keeps a real incident from becoming a coverage dispute on top of everything else. Contractors pollution liability (CPL) is the primary coverage for pollution conditions encountered or caused during excavation, drilling or trenching — standard general liability policies generally carry a pollution exclusion, so GL is usually not the answer here even though it's the instinctive first policy most contractors think of.

General liability still matters for the construction activity itself — third-party bodily injury or property damage unrelated to the pollution condition — but confirm the pollution exclusion's exact scope on your specific policy rather than assuming coverage extends further than it does. Professional liability / E&O is the coverage that responds if a geotechnical engineer's soil report or an architect's design fails to identify or properly account for contamination or actual soil conditions — a claim against the design professional's judgment, not the excavation contractor's construction work, and a materially different coverage line than either GL or CPL.

There's no single standard policy called "excavation insurance" — what actually protects an excavation contractor is a coordinated combination: general liability for standard third-party claims, contractors pollution liability for contamination exposure, and often inland marine or equipment coverage for the excavation equipment itself. Describing the actual scope of work — known site conditions, proximity to known contamination, utility density — is what lets a broker build that combination correctly instead of assuming one policy covers ground it was never written for.