California K-12 school projects aren’t handled by your typical civil engineer. They go through the Division of the State Architect (DSA), a state oversight body with its own plan review process, its own fire and life safety standards, and its own submittal requirements that sit on top of the California Building Code and California Fire Code. If your civil engineer doesn’t know DSA’s process from the inside, you’ll find out at plan check.
Calichi Design Group has delivered the civil scope for K-12 school projects in California under full DSA review. We provided civil engineering for the Fremont High School Net-Zero Campus in Oakland, a demolish-and-rebuild program covering nine buildings and 190,000 square feet with utility infrastructure, stormwater management systems, and fire flow coordination across an active urban site. We also handled civil design for KIPP Bridge Academy in Oakland, a two-story charter school where we delivered DSA-reviewed grading, storm drainage, stormwater control measures, and utility plans. We know what DSA’s engineers are looking for, and we build our calculations and drawings to answer their questions before they ask them.
What DSA Review Means for Your School Project
The Field Act, enacted in 1933, established DSA’s authority over public K-12 school construction in California. Every new school building, every addition, and most alterations must go through DSA plan review and field inspection before a project can be finaled. DSA reviews structural, accessibility, and fire and life safety elements, and it operates independently of the local building department. Both agencies are in the loop, and both can issue comments.
For civil engineers, DSA review adds a layer of specificity to every submission. Site plans, utility plans, grading plans, and fire flow calculations must be prepared to DSA’s standards, not just the local jurisdiction’s. The two sets of requirements often align, but when they diverge, DSA takes precedence for any element covered by the Field Act. That means your civil PE needs to be fluent in both tracks at once.
Fire Flow for DSA School Projects: A Higher Bar
Fire flow for K-12 schools in California is one of the most technically demanding parts of a DSA submittal. The governing framework layers several standards on top of each other, and each one adds specificity the local fire department’s standard checklist doesn’t cover.
- DSA Form 810, Fire and Life Safety Site Conditions Submittal: Required with every DSA project application. It documents existing site conditions, available water supply, hydrant locations, and access conditions at the outset of design. If the site conditions in the 810 submittal don’t match what’s on the civil plans, DSA will hold the review.
- DSA Guideline GL-1: The DSA’s design guideline for outside fire suppression systems on school projects. GL-1 governs private fire service main design, hydrant placement, and water supply requirements for school occupancies, and it’s the reference that DSA’s fire and life safety reviewers apply to the civil drawings.
- NFPA 24 Appendix BB: The referenced standard for private fire service main installation that DSA invokes for school campus fire suppression system design. Appendix BB addresses water supply adequacy and flow test procedures, and your calculations need to follow its methodology to pass DSA review.
The baseline fire flow requirement for a California school building is typically 1,500 GPM at 20 PSI residual. That floor rises quickly with building area, construction type, and occupancy load. A large gymnasium, cafeteria, or multi-story classroom wing can push the required flow to 3,000 GPM or more. The water utility’s available supply may not come close to that number, and on a school site you can’t simply reduce the required flow by adjusting occupancy. You need to demonstrate adequate supply or design a supplemental system.
Our fire flow studies for DSA school projects include the full hydrant flow test, hydraulic calculations prepared to NFPA 24 Appendix BB, coordination with the serving water utility on available supply, and the PE-stamped report DSA requires at plan check. When the existing infrastructure falls short, we identify the options, whether that’s a private fire service main loop, on-site storage, or utility main upgrade coordination, and we carry the design through to construction documents.
School Site Civil: Every Discipline Gets More Complicated
The civil scope on a K-12 project is broader and more tightly regulated than it looks at the outset. Beyond the fire flow study, a full DSA school site typically touches every civil discipline at once.
Drop-Off Zones and Vehicle Queuing
School pick-up and drop-off is one of the most consistently under-designed elements on school campuses. Queuing that accounts for peak stacking, vehicle throughput, and conflict points with pedestrian circulation isn’t just good design: on larger schools it’s required to satisfy both DSA and the local traffic engineer. Parent drop-off that stacks into the public street creates safety conflicts and plan check comments. We design for actual school traffic patterns, including separate bus lanes where required, ADA-accessible loading zones, and queue lengths calibrated to realistic peak arrival rates. Getting this right at schematic design avoids expensive site plan revisions later.
Stormwater Management
New school construction and substantial campus modernizations in California trigger post-construction stormwater requirements under the applicable Municipal Regional Stormwater Permit or local ordinance. For Oakland Unified and East Bay school projects, that typically means Alameda County’s C.3 provisions alongside EBMUD’s requirements. Bioretention facilities, permeable paving, and stormwater control measures need to fit within a campus that’s already constrained by buildings, play areas, and safe pedestrian routes. We’ve worked through these constraints on active urban campuses where the site offers very little margin.
See how we approach stormwater management for California institutional and school sites, including C.3 compliance and bioretention design.
Utility Infrastructure
School sites run multiple utility systems serving several buildings: domestic water, fire suppression, sewer, electrical, and gas. Coordinating those underground systems through DSA plan review requires careful sequencing of submissions and a civil engineer who can speak to both the utility agency and DSA’s reviewer at the same time. Our site civil engineering services cover the full underground utility scope from preliminary layout through construction documents and DSA-required inspection coordination.
Dry Utility Coordination
New school construction and major modernizations almost always trigger utility relocations and new service design for electrical, gas, telecom, and fiber. On DSA projects, utility conflicts that aren’t resolved before permit can stall a project mid-construction when a conflicting line shows up in the field. Our dry utility coordination services run in parallel with the civil design so conflicts show up on paper, not during construction.
ADA Path of Travel on School Campuses
DSA enforces accessibility requirements on every K-12 project under California Building Code Chapter 11B. For alteration projects, the path of travel requirement means that work triggering DSA review also triggers an obligation to bring the accessible route from the public right-of-way to the area of work into compliance. On school campuses, that route often crosses grade changes, aging paving, and areas where the original construction didn’t meet today’s CBC 11B standards.
We document existing path of travel conditions as part of the civil scope, identify deficiencies against current CBC requirements, and design remediation into the grading and paving plans. DSA’s accessibility reviewers check this work independently from the structural and fire reviewers, which means incomplete or inconsistent path of travel documentation generates comments from multiple DSA engineers at once. We treat accessibility as a design element from the first site plan, not a compliance layer added at the end.
Frequently Asked Questions
Does every California K-12 school project need DSA review?
Public K-12 schools in California require DSA plan review for new construction, all additions, and most alterations. There are narrow exceptions for very small accessory structures and low-cost alterations that don’t affect life safety systems. Charter schools occupying public school facilities fall under DSA as well. Private schools follow a different path: they go through local jurisdiction review under the CBC and California Fire Code, not DSA, though the fire flow and site civil requirements are often similar in substance.
What fire flow is required for a California school building?
The baseline is 1,500 GPM at 20 PSI residual for most school buildings, per the DSA fire and life safety framework that references NFPA 24 Appendix BB and the GL-1 guideline. That number rises with building area and construction type. A 40,000-square-foot classroom building will typically require more than the baseline, and a campus with multiple large-occupancy buildings can push the requirement substantially higher. We run the calculation for your specific building program early in design, before you commit to a water service size.
How long does DSA plan review take?
Current DSA plan review timelines for typical school projects run 4 to 8 months from initial submission, depending on project complexity and DSA’s current queue. That assumes a complete first submission. Incomplete DSA 810 documentation, outstanding utility agency approvals, or civil plans that don’t address path of travel are the most common reasons for extended review cycles. Getting the civil submission right the first time matters more on DSA projects than almost anywhere else.
What’s the difference between what DSA requires and what the local fire department requires?
The local fire department’s requirements apply to all buildings in their jurisdiction. DSA’s requirements apply on top of those for public K-12 facilities and are enforced through a separate state plan review. DSA’s fire and life safety reviewers check that the site conditions in the DSA 810 submittal match the civil plans, and that the water supply analysis follows NFPA 24 Appendix BB methodology and the GL-1 guideline. In most cases the requirements are additive, not conflicting. DSA has the final say on school buildings, and the local fire department’s approval doesn’t substitute for DSA’s.
Can you handle stormwater and fire flow on the same project?
Yes, and that’s the norm on K-12 projects. Handling both scopes in-house means the stormwater facility layout and the fire service main routing don’t conflict underground, and both sets of plans carry the same PE stamp through DSA review. Splitting those scopes between two firms adds coordination overhead and creates gaps that show up in plan check comments.
What school types does Calichi work on?
We’ve worked on public school modernizations and new construction for OUSD, charter school facilities, and community college campuses. Our California K-12 civil work has included ground-up construction, phased campus rebuilds, and single-building additions, across school types from elementary through high school. We cover the full state from our Oakland office and statewide project network.
Work With a Civil Engineer Who Knows DSA
Calichi Design Group is a California civil engineering firm with offices in Oakland, Portland, Hood River, and Maui, and statewide licensure for K-12 school work. We’ve delivered civil engineering for California school projects under DSA review, and we know how to build a submittal that moves through plan check. If you have a school project in California, whether it’s new construction, a campus modernization, or a phased rebuild, reach out and we’ll put together a fixed-fee proposal within five business days.