Cinc City delivers permitted prefab buildings through one integrated system — combining architecture, engineering, permitting, fabrication, and construction under one agreement, one timeline, and one accountable team.
Trusted by public & private sectors
We keep the full delivery path under one roof: architecture, engineering, fabrication, permitting, and construction.
An in-house design team that draws what we know we can build — at the price quoted and on the timeline promised.
PHASE 01 · DESIGNStructural, MEP, and civil teams work from the same model from week one — reducing translation gaps, rework, and delays.
PHASE 02 · ENGINEERINGComponents are fabricated to tolerance, labeled, and sequenced before they ever reach the site.
PHASE 03 · PRODUCTIONWe pre-engineer every assembly to code and manage the AHJ submittal in-house. The permit is part of the delivery — not a separate fight you inherit.
PHASE 04 · PERMIT (OUR EDGE)On-site crews who built the modules. Five days per floor on a tower, with one accountable team from module to install.
PHASE 05 · ASSEMBLY & INSTALLOne contract, one schedule, one point of accountability — from first sketch to handover keys.
PHASE 06 · HANDOFF KEYSFour sectors, one engineered system. We bring predictable, code-ready delivery to housing, education, civic, and mixed-use projects — tailoring the program, not the process.
Scalable unit plans for housing authorities and nonprofit developers — built to align with LIHTC, HUD, and community development funding timelines.
Residence halls, faculty housing, classrooms, and academic buildings delivered on academic calendars. Permanent and relocatable configurations available.
Procurement-ready delivery for municipalities — libraries, clinics, community centers, and public facilities built around public timelines.
For CDCs, CHDOs, and land trusts delivering publicly financed mixed-use projects with civic ground floors, community space, and affordable housing above.
Every building starts as a coordinated kit of parts. Wall panels, floor chassis, and roof panels are designed together, fabricated off-site, and sequenced to arrive ready for assembly — turning field decisions into factory work and giving every project the same path from factory to field.
Framing, openings, insulation, sheathing, and MEP pathways are coordinated into a single panel and built off-site. Each panel leaves the factory as a finished assembly, so the wall line is resolved before it reaches the field.
| Framing | Light steel + aluminum |
| Enclosure | Insulation + sheathing |
| Coordination | Planned before fabrication |
Floor chassis are fabricated to tolerance, tagged, and assigned to their exact location in the building before they leave the factory. Structure, decking, and service routing are coordinated as one assembly — not resolved on the jobsite.
| Structure | Steel + aluminum chassis |
| Traceability | Component-tagged |
| Delivery | Sequenced + repeatable |
Roof assemblies are framed, braced and dimensioned alongside the walls and floors they land on. Because the whole system is planned together, the roof arrives aligned to the structure below — ready to set, not to figure out.
| Framing | Braced light steel |
| Fit | Aligned to wall + floor lines |
| Planning | Coordinated before fabrication |
Walls, floors, and roofs are designed separately, coordinated together, and produced off-site — then assembled in the field as one system. The result is a clearer path from factory production to site assembly, with delivery that repeats from project to project.
| Scope | Wall · Floor · Roof |
| Method | Factory to field |
| Outcome | Predictable delivery |
Conventional construction is sequential, labor-heavy, and exposed to weather and site risk. Our integrated system shifts the work indoors — compressing timelines and holding quality at scale. Here is how the two approaches compare.
Figures reflect typical mid-rise modular delivery compared with conventional stick-built baselines. Project results may vary.
If you've delivered a building before, you know the risk lives between approval and handover — overruns, slipped dates, redesigns, and trades pointing at each other. Cinc City moves those decisions upstream, coordinating scope, pricing, permitting, fabrication, and installation before the project reaches the field.
The approved drawings, model, and budget become the basis for production.
Code and AHJ requirements are handled inside the delivery process.
Factory coordination reduces rework, change orders, and field exposure.
One team owns the path from approval to handover.
100-bed student housing village with a clubhouse, fabricated in six months and delivered on site in 30 days.
View the work →Ninety-two curated starting plans — from compact ADUs and single-family homes to duplex, triplex, quadplex, and multifamily configurations — each adapted to site, code, budget, and delivery requirements through our light-steel modular system.
Modern ADU with cathedral ceilings and open-plan living.
Contemporary Scandinavian lake house — master on main, 3-car garage.
Steel modular system that scales out and up — homes, row townhomes, and apartments.
For decades, heavy industries — automotive, aerospace, electronics — turned production into controlled, measurable, repeatable systems. Construction remained fragmented, sequential, and exposed to field conditions. The result is familiar to every developer and public client: delayed projects, cost overruns, and buildings that arrive incomplete.
Cinc City exists to close that gap — delivering buildings through a coordinated system for developers, institutions, and municipalities that can no longer afford to wait.