Education & Institutional
Learning spaces demand more outside air, lower background noise, and tighter life-safety coordination than almost any other occupancy — then sit empty whole seasons. We deliver construction-ready MEP that students never notice, holds indoor air quality, and clears a state-level plan review on the first cycle.
Healthy Air, Quiet Rooms, Safe Campuses.
A classroom needs roughly 10 cfm per student plus a floor-area rate, a background-noise ceiling near 35 dBA, and voice notification the whole building can hear — then it goes dark for summer. So controls, scheduling, and acoustics matter as much as raw capacity. We design systems that hold ASHRAE 62.1 ventilation and ANSI/ASA S12.60 acoustic targets, electrify cleanly, and clear state review — behind your seal.


HVAC, Ventilation & IAQ
Air students never notice, sized to the room and tuned for learning outcomes.
- DOAS with energy-recovery wheels or plates, sized to ASHRAE 62.1 classroom rates (per-person plus per-area)
- CO2-based demand-control ventilation so empty rooms don't overventilate over breaks and weekends
- Electrification-ready plant: VRF, air-to-water heat pumps, or ground-source loops where budgets and ordinances push all-electric
- Higher-ed tie-ins to campus central chilled-water, hot-water, and steam distribution
- Dedicated exhaust for science labs, art/kiln rooms, CTE shops, and locker rooms
- Deep setback and zoned scheduling for summers, weekends, and holidays
Acoustics & Comfort
Mechanical systems engineered not to compete with the teacher.
- Background-noise targets near 35 dBA per ANSI/ASA S12.60 driving equipment selection and placement
- Reverberation-aware coordination so duct, diffuser, and unit choices support speech intelligibility
- Low-velocity duct design and remote air handlers to keep noise out of core learning spaces
- Vibration isolation for rooftop and mechanical-room equipment over occupied rooms
- Natatorium and gym dehumidification that holds comfort without roaring
Electrical, Lighting & Technology
Lighting, life safety, and the low-voltage backbone instruction runs on.
- Classroom and task lighting to IES illuminance levels with daylight-responsive and occupancy controls
- Emergency and egress lighting and power per NFPA 101
- Fire alarm to NFPA 72 with voice/EVAC and mass-notification risk analysis for larger Group E and assembly occupancies
- Security, access-control, and lockdown-hardware power and pathways coordinated across disciplines
- Structured cabling, AV, and PA/intercom infrastructure pathways
- Service capacity headroom for added EV charging and electrified heating loads
Plumbing
Fixtures sized to assembly loads and every age group on campus.
- Assembly-occupancy fixture counts per IPC/UPC with age-appropriate ADA mounting heights
- Domestic hot water with recirculation and tempering for gang restrooms and showers
- Bottle-filling stations and lead-conscious potable-water design
- Science-room, art-room, and CTE-shop fixtures, gas, and lab-grade water where programs require
- Natatorium, kitchen grease, and locker-room drainage coordination
Life Safety, Phasing & Approvals
Coordinated for occupied campuses and a state-agency plan check.
- Assembly and Group E egress, fire alarm, and mass-notification coordination to IBC and NFPA 101
- Lockdown, security, and door-hardware power coordinated with life safety
- Phased construction sequenced around the school year so shutdowns land on breaks
- Commercial-kitchen, CTE-shop, and stage exhaust with make-up air and interlocks
- Documents prepared for state school review (DSA in California, OSFM, and state-agency AHJs)
Quick answers about how we deliver design support for this sector.
We design dedicated outdoor-air systems with energy recovery, sized to ASHRAE 62.1 classroom rates — roughly a per-person rate plus a floor-area rate — and add CO2-based demand-control ventilation so occupied rooms get fresh air while empty ones don't waste energy. Where the budget allows, we push outside air and filtration above code minimums, because IAQ correlates with attendance and learning outcomes. The basis of design is documented so the licensed engineer of record on your project can review the ventilation calculations quickly.
We treat background noise as a hard design target, near 35 dBA per ANSI/ASA S12.60, and let it drive equipment selection and placement rather than balancing into compliance later. That means low-velocity duct design, remote or isolated air handlers, vibration isolation over occupied rooms, and diffuser choices that keep mechanical noise from competing with the teacher. We coordinate with the project acoustician where one is on the team.
Yes. We design air-to-water and ground-source heat-pump plants, VRF, and heat-recovery chillers where districts, CSU/UC-style systems, or local ordinances are driving electrification, and we tie new work into existing campus central chilled-water, hot-water, or steam distribution where it exists. We size electrical service and risers for the added heating and EV loads so the building isn't stranded a code cycle later — all behind your seal.
Yes — phasing is central to institutional work. We sequence construction so utility shutdowns, tie-ins, and noisy activity land on breaks, weekends, and summers rather than mid-semester, and we keep egress, fire alarm, and life safety continuous in the occupied portions throughout each phase. The phasing logic is built into the documents so the contractor and the district both know what happens when.
Yes. We design to the applicable state school-construction standards — including DSA in California and other state-agency and State Fire Marshal review paths — and confirm the adopted code editions up front. Egress, fire alarm to NFPA 72, mass notification for larger education and assembly occupancies, and life safety to NFPA 101 are coordinated across disciplines so the set clears state review on the first cycle rather than bouncing back.
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