The City of Maplewood, Minnesota, faced a difficult reality: its aging North Fire and Emergency Medical Services (EMS) Station no longer supported modern emergency response demands, yet replacing it introduced real risk to uninterrupted community service. City leaders needed a facility that could improve response efficiency, support firefighter health and wellbeing, and accommodate future growth without sacrificing the reliability residents depend on every day.
That challenge was compounded due to a critical constraint. The existing station had to be demolished before construction could begin, temporarily reducing the department’s operational capacity by one active station. With fewer resources available during construction, every decision, from scheduling to temporary deployment strategies, required careful coordination to maintain response coverage and minimize strain on crews.
At the same time, the city saw the project as an opportunity to do more than replace an outdated building. Leaders sought a station that unified administration and operations, supported an inclusive workforce, and incorporated sustainable design strategies. Balancing long-term goals with uninterrupted daily emergency service made thoughtful planning and disciplined execution essential from the outset.
To meet the operational risks and long-term goals identified early in the project, the City of Maplewood partnered with SEH to deliver more than a replacement facility. Together, the team transformed a constrained site and complex construction timeline into a new headquarters designed around how Maplewood’s crews respond, recover, train, and lead.
Improving response efficiency was a central priority. The project team used computer simulations to analyze travel paths from dorm rooms, dayrooms, and offices to the apparatus bay and command vehicle garage. Rather than relying on a standard station layout, the floor plan was refined based on these findings, positioning high-use spaces to reduce critical seconds during call-outs and support faster deployment.
Because the existing station had to be demolished before construction could begin, project sequencing was just as critical as design. Careful coordination of scheduling and department operations allowed Maplewood to transition into the new facility with minimal disruption, maintaining reliable emergency coverage even while operating with one fewer active station.
Supporting firefighter health and wellbeing shaped the building's design. Clearly defined hot, warm, and cold zones guide movement through the station and limit cross-contamination between operational and living areas. Decontamination showers and dedicated laundry facilities are accessed directly from the apparatus bay, allowing crews to follow a progressive cleaning process before entering shared spaces.
The HVAC system reinforces this strategy through pressurized zones that prevent contaminated air from migrating into offices and dorm rooms. Fully enclosed turn-out gear storage protects equipment from exhaust fumes and UV exposure, while separate clean and dirty laundry areas strengthen the overall decontamination sequence. Together, these elements create an integrated system aligned with Maplewood’s commitment to long-term firefighter health.
While operational performance drove planning decisions, the city also prioritized a workplace that supports recruitment, retention, and team culture. Natural daylight and exterior views are incorporated throughout the station to improve comfort and morale. Quiet rooms provide space for focused work and restorative rest, while a large dayroom and dining area create a central hub for collaboration and connection.
A fully equipped fitness center reinforces the importance of physical readiness, and eleven single-occupancy dorm rooms paired with five gender-neutral restrooms and shower facilities support privacy, inclusivity, and a workforce that continues to evolve.
To protect the city’s investment, durable, low-maintenance materials were selected throughout the facility. Brick and metal panel cladding create a resilient exterior, while stainless steel countertops and concrete flooring withstand heavy daily use in high-traffic areas, helping reduce lifecycle costs and maintenance demands.
Beyond everyday durability, the station was designed to withstand extreme conditions. An ICC 500-rated tornado shelter capable of withstanding winds up to 250 mph ensures continuity of emergency operations and provides a safe refuge for personnel during severe weather. Together, these design choices reinforce the station’s role as critical infrastructure built to endure both daily wear and extraordinary events.
Sustainability goals were integrated from the outset, complementing the station’s durability and resiliency. Designed to meet the International Green Construction Code, the facility incorporates high-efficiency HVAC systems, LED lighting, and third-party commissioning to verify performance. Construction practices reduced waste by 75 percent, supporting Maplewood’s commitment to responsible stewardship of community resources.
The new North Fire and EMS Station reflects Maplewood’s operational realities and forward-looking vision. By investing in a data-informed, people-centered headquarters, the city strengthened emergency response capabilities while creating a healthier, more resilient environment for the firefighters who serve its community every day.
Project
Maplewood North Fire Station
Location
Maplewood, Minnesota
Client
City of Maplewood
Features
Services