# The Campus Concept — SAVRN Institute Source: https://savrn.com/institute/campus Markdown alternate of the page above; the site index is https://savrn.com/llms.txt --- CONCEPT STUDY # Walk the campus that teaches. A design study of the full SAVRN Institute + Community Learning Center — every space rendered, laid on a real test-fit floor plan. Scroll, and the copper dot walks the building with you. [Plan a Program →](https://savrn.com/institute/plan) 26Programmed spaces 24,800Net sq ft 2Stories 5Levels of trust WHY A CONCEPT · This study is drawn at full ambition on purpose. It shows the complete idea — the civic front door, the school, and the technical training floor in one building — so every smaller first phase has a standard to build toward. Concept only; not for construction. THE ORGANIZING IDEA ## One building, five levels of trust Access increases as you move through the building: a public civic front, a supervised community band, the academic neighborhood upstairs, qualification-gated technical labs on slab-on-grade, and a service edge that never touches public space. The building itself is a teaching instrument — selected power, cooling and network data stay visible through governed interfaces. PUBLICCommons · Hall · Café SUPERVISEDCommunity · Maker · Visualization ACADEMICClassrooms · Compute · Faculty QUALIFIEDPower · Electrical · Cooling labs SERVICEReceiving · Prep · Infrastructure 01 · ZONE A — THE FRONT DOOR ## Arrive A weather-protected civic entry lands you between reception and the café — welcomed, oriented, never funneled past anything you should not see. A105 · A101 · A130 ZONE A · PUBLIC ### Welcome, Reception & Café 300 + 600 + 400 net sq ftReception staffed in all public hours A copper-clad reception desk with visitor management; a café counter for coffee and light service; a public restroom core sized for independent evening operation. Flow. Reception is the single managed threshold between the public Commons and everything academic — the secure portal sits in its sightline. 02 · ZONE A — THE CIVIC HEART ## The Commons & the Hall About 5,750 net square feet of contiguous public capacity that runs evenings and weekends on its own — while the rest of the building stays secured. A100 ZONE A · PUBLIC ### The SAVRN Commons 2,900 net sq ft · double height80–120 people The civic heart, not a lobby: café seating, communal tables, exhibits, event prefunction. The digital wall carries governed AI-factory operational data, and a heritage machine-tool exhibit ties the 1900s trade school to the AI training floor. The Visualization Studio overlooks it from the mezzanine. Flow. Every public journey starts and ends here. Deliveries never cross it. A110 + A111 ZONE A · PUBLIC ### Community Learning / Event Hall 2,250 net sq ft + storage60–80 workshop · 100–120 lecture A flat-floor hall for workshops, AI literacy, civic meetings, hackathons and recruiting. An operable partition opens the hall to the Commons for combined events; event storage opens directly into the hall so rolling furniture never uses corridors. Flow. Partition open, Commons + Hall become one continuous civic room. 03 · ZONE B — THE TRANSITION ## Supervised Learning Between open community space and the enrolled academic core sits a supervised band: scheduled, staffed, and visible through teaching glazing. B270 ZONE B · SUPERVISED ### Community Technology Lab 1,000 net sq ft24 community learners Powered tables and an interactive teaching wall for community AI-literacy and technology programs — open to the neighborhood on a scheduled, supervised basis. Flow. The first step of the access gradient: public, but staffed and scheduled. B260 ZONE B · SUPERVISED ### Flexible AI / Maker Innovation Lab 1,000 net sq ft20–24 makers 3D printing, electronics benches, robotics kits and project storage — prototyping with AI copilots on every bench, sharing the technical prep room for persistent projects. Flow. Community members build here before any restricted-lab qualification. 04 · ZONE C — UPSTAIRS ## The Academic Neighborhood The partial upper floor lifts classrooms, computing and faculty above the noise, heat and moisture of the technical wing — with the Visualization Studio overlooking the Commons void. A120 ZONE B · SUPERVISED · UPPER ### Digital Visualization Studio 1,350 net sq ft30–40 seated A curved LED wall driven by the AI factory's digital twin; loose furniture on casters; the room overlooks the Commons through the double-height void. Flow. The public-to-academic hinge — visible from the Commons floor below. B200 · B210 ZONE C · ACADEMIC ### Flexible Technical Classrooms 900 net sq ft each24 students · six teams of four The primary instructional module — rapid switching among instruction, coding, demonstration, critique and team work, on the classroom collaboration spine. Flow. The center of the upstairs neighborhood. B220 ZONE C · ACADEMIC ### Network Engineering / Fiber Lab 1,100 net sq ft24 at six team benches Structured copper and optical fiber, switching fundamentals, splicing stations and patch racks under overhead cable tray. Flow. Clusters with hardware and compute around the demonstration backbone. B230 ZONE C · ACADEMIC ### Hardware / GPU / IT Systems Lab 1,100 net sq ft24 at rack bays Server hardware and rack-and-stack training on NVL72-class reference systems; Linux for data centers; anti-static work zones with airflow containment. Flow. The same rack discipline the factory floor runs on. B240 + B250 ZONE C · ACADEMIC ### Applied AI / Compute Studio & Capstone Lab 1,000 + 900 net sq ft24 + capstone teams Cluster bring-up, fabric and scheduler operations on governed instructional systems; capstone teams carry projects to demonstration. Faculty suite and study commons complete the quiet west side. Flow. Connects directly to the technical teaching labs one level down. 05 · ZONE D — SLAB-ON-GRADE ## The Technical Wing Heavy, wet and energized training stays at grade on the service edge — entered only through PPE transition, supplied only from receiving, and displayed to the building through glass. C340 + SPINE ZONE D · RESTRICTED ### The Zone D Gateway PPE / lockers · 325 net sq ftQualified + supervised entry The restricted wing is entered one way: circulation, then PPE transition, then technical prep, then the labs. Teaching glazing puts the labs on display while architecture — not just card readers — enforces the threshold. Flow. Safety-state displays make energization status legible before anyone crosses. C300 ZONE D · RESTRICTED ### Low-Voltage Electrical Lab 1,350 net sq ft20–24 at wiring bays National Electrical Code fundamentals, conduit bending and panel wiring on framed training walls, with local lockable disconnects and selective energization per bay. Flow. Shares prep, tools and PPE with the whole industrial wing. C310 ZONE D · RESTRICTED ### Power Systems / Medium-Voltage Training Lab 1,750 net sq ft · high bayInstructor-supervised cohorts A de-energized switchgear lineup, transformer trainer, arc-flash boundary marking and lockout-tagout stations — the NFPA 70E qualified-person path, with a roll-up door on the equipment replacement route. Flow. Big equipment arrives from receiving — never through the front of house. C320 ZONE D · RESTRICTED ### Mechanical / Liquid-Cooling Lab 1,750 net sq ft · wet lab20–24 at trainer skids HVACR fundamentals through liquid-cooling operations: coolant distribution units, rear-door heat exchangers, pump skids with clear piping loops and a chiller trainer on a drained wet-lab floor. Flow. The cooling loop students trace here is the loop the factory runs on. THE DRAWINGS ## The concept test-fit Ground floor 210′ × 100′ and a partial upper floor 140′ × 100′ — every space above is a real room on this plan. Concept only; not for construction. HOW IT FLOWS TOGETHER ## Three journeys, zero crossings ### Community evening 1. Main entry → Commons 2. Event Hall / Community Tech Lab 3. Public restrooms · café The academic and technical zones stay locked. The public route is short, obvious and accessible. ### Student day 1. Entry → reception portal 2. Stairs / elevator → academic floor 3. Down to PPE transition → technical labs Access accumulates: enrollment opens the academic floor; qualification and supervision open the technical wing. Room access alone never grants system access. ### Equipment 1. Service entry → receiving / staging 2. Technical prep & tool storage 3. Roll-up doors → labs The largest trainer travels from the truck to its final position without entering public or academic circulation. ## Define the labs your program needs. This campus is a concept study. Program planning establishes which spaces, training equipment, instructors, and operating arrangements are needed for your learners and employer requirements. [Plan a Program →](https://savrn.com/institute/plan) [How It Works](https://savrn.com/institute/how-it-works)