The MEP Engineering Partner Behind Your Best Projects.

No building type is reviewed harder than healthcare — pressure cascades, essential-power redundancy, and life safety are held to standards that don’t bend. We size ventilation to ASHRAE 170 and power to NEC 517 across every space type, reconcile imaging and sterilization equipment loads early, and document the design so the authority finds its answers already on the sheet. Patients come first; a clean review is what that discipline earns.

Multi-family lives or dies on repetition done right — one unit designed well multiplies across the building, and one mistake does too. We engineer stacked, riser-disciplined systems that keep construction predictable, meet electrification and EV ordinances on the first pass, and hold operating costs down for the life of the asset.

Learning environments demand more outside air, lower background noise, and tighter life-safety coordination than almost any other building type — and they sit empty for whole seasons, so controls and scheduling matter as much as capacity. We design systems students never notice, that score on IAQ, and that survive a state-level plan review.

Industrial buildings are driven by what happens inside them — process equipment, racking, throughput, and the expansion you’re already planning. We size utilities for real loads with documented headroom, design ventilation to the occupancy classification set by the architect of record, and coordinate MEP with racking, sprinklers, and roof structure so nothing collides in the field.

In a data center, the MEP isn’t supporting the business — it is the business. Two questions drive every decision: what happens when a component fails, and what does each kilowatt cost to cool? We match redundancy topology to your real uptime target rather than a tier label chosen by default, and design cooling that holds the thermal envelope as rack densities climb.

In a research or testing lab, the ventilation and exhaust often are the work — air changes, pressure relationships, and fume-hood capture decide whether the science is valid and the people are safe. We design lab environments room by room to the ventilation and containment each space actually needs, with utilities routed so the layout can change as the research does.

Auto facilities mix everyday building MEP with equipment-heavy service areas — lifts, compressors, wash bays, and growing EV-charging loads. We design the conventional HVAC, electrical, and plumbing these sites run on, coordinated around the shop layout and built to pass plan check. Where a project involves hazardous-area classification, spray booths, or fuel dispensing, that specialty scope is handled by others, and we design the balance of systems around it.

In hospitality, MEP failures become online reviews — a noisy fan-coil, a lukewarm shower at 7 AM, a smoky kitchen line. We model peak demand for the property’s busiest night, hold guestroom noise criteria, and balance kitchen exhaust with make-up air so the building performs when it’s full, not just on paper.

A restaurant’s entire MEP story is concentrated in a few hundred square feet of kitchen — hood, make-up air, grease, and gas. Get those four right and the rest of the building falls into place; get one wrong and you’ll feel it at every health inspection and every dinner rush. We design kitchens that pass plan check, hold their air balance with the doors open, and keep the dining room comfortable while the line runs hot.

Retail MEP is a balancing act between the landlord’s shell and every future tenant’s fit-out. We document the landlord/tenant scope split clearly, allocate utilities so leasing is easier, and produce criteria packages that tenants’ engineers can actually build from — which means fewer disputes, faster openings, and a shell that works for the tenant you haven’t signed yet.

Public buildings answer to taxpayers, strict procurement standards, and the expectation that critical services keep running through an outage. We size standby and emergency power to real runtime requirements, design lightning protection where it’s needed, and select systems a public-works crew can maintain for 30 years.

Cultivation and indoor-agriculture facilities live or die on environmental control: temperature, humidity, and VPD have to hold within a narrow band while high-intensity grow lighting pours heat and connected load into the space. We design MEP systems that keep the climate precise, the power reliable, and the water and odor under control — from canopy to dispensary — documented to state cultivation and local building codes.

Senior living blends hospitality, residential, and light-care environments — and the people inside depend on it running without interruption. We design resident-comfort HVAC, reliable standby power for life-safety and care equipment, commercial kitchen and laundry systems, and quiet, accessible plumbing, documented to the codes that govern assisted living and memory care.

Worship and assembly spaces fill and empty fast, with huge swings in occupancy and ventilation demand in tall, acoustically sensitive rooms. We design HVAC that handles the peak crowd quietly and idles efficiently when empty, assembly-rated egress and emergency lighting, and the clean, flexible power that stage, AV, and broadcast systems depend on.

Warehouse and distribution buildings reward simple, robust, low-operating-cost systems that work around racking and conveyor layouts. We design high-bay heating and ventilation, the power and lighting that fulfillment and automation demand, and the drainage and process services these facilities run on — including refrigerated and freezer envelopes. Large industrial ammonia refrigeration plants are a hazardous specialty handled by refrigeration engineers; we design the building MEP around them.

Recreation facilities pack high occupancy, high internal loads, and demanding ventilation into spaces that have to stay comfortable and efficient. We design the HVAC, power, and plumbing that gyms, courts, and fieldhouses run on, and where a project includes a pool, we coordinate with the aquatics consultant’s design and provide the supporting power and building systems around it.

Museums, galleries, and performing-arts venues hold their value in the environment they maintain — stable temperature and humidity for collections, quiet precision for performance. We design close-tolerance HVAC, clean and reliable power for exhibits and stage systems, and carefully coordinated plumbing that protects irreplaceable spaces.

Animal-care facilities live and die on ventilation and sanitation — odor control, disease isolation, and washdown durability in spaces that run hard around the clock. We design the air handling, power, and plumbing that veterinary hospitals, shelters, and boarding facilities depend on to stay clean, safe, and comfortable for animals and staff.

Self-storage rewards lean, repeatable, low-maintenance systems and fast permitting. We design efficient climate control for conditioned units, code-minimum but reliable lighting and power, and the minimal plumbing and life-safety these facilities need — built to roll out consistently across a portfolio.

Correctional facilities demand security-rated, tamper-resistant, redundant systems that run continuously and survive hard use. We design robust HVAC with secure air pathways, hardened power and lighting with full standby, and vandal-resistant plumbing — all coordinated with the security-electronics and detention-equipment vendors.

Food and beverage plants run on sanitation, washdown durability, and process utilities, with strict separation between production and the building systems around it. We design the HVAC, power, and plumbing these facilities need — sanitary and process-aware — and coordinate with process and equipment vendors. High-proof distillery and flammable-liquid (classified) areas are a hazardous specialty handled by others, and we design the conventional MEP around them.

Student housing combines high-density residential living with institutional durability and tight turnaround between terms. We design efficient, individually controllable comfort, robust power for device-heavy rooms, and high-demand domestic hot water and plumbing — built to survive heavy use and fast move-in cycles.

Telecom and mission-critical sites share the data-center obsession with uptime — redundant power, precise cooling, and battery backup — at a smaller, distributed scale. We design the resilient power, dedicated cooling, and infrastructure that central offices, network nodes, and critical equipment rooms depend on to never go dark.