Ask any delivery lead what threatens a student housing opening and you’ll hear the usual suspects: weather, inspections, a late elevator. Less often you’ll hear “the interior drawings.” But on the projects we see, plenty of late-stage headaches trace back to documents that looked complete and weren’t.
Interior construction documents are the instructions the GC and the subs build from. When they’re accurate and coordinated, work proceeds without much drama. When they’re vague, every question turns into an RFI, and every RFI turns into days.
What interior CDs actually cover
Interior CDs aren’t mood boards. They’re the technical set that tells people exactly what to build and where:
- finish plans showing every floor, wall and ceiling material by room
- reflected ceiling plans with fixture locations and heights
- interior elevations of millwork, kitchens, baths and feature walls
- millwork details with dimensions, materials and hardware
- power, data and blocking locations for furniture, TVs and wall-hung items
- a finish schedule and specifications with product numbers
- clear notes on what the GC provides versus what comes in the FF&E package
Each of those is a place where a gap can hide.
Why accuracy matters more when the date can’t move
On a market-rate building, a two-week slip on the amenity floor is painful but survivable. On a student building, the calendar has no slack at the end. Every day lost in the spring has to come out of somewhere else, and usually it comes out of install and punch, the two things you least want to rush.
The cost math makes the point too. A change runs about $1 at schematic design, $3 to $5 at design development, $10 to $15 in construction documents and $25 to $50 during construction. The CD phase is the last cheap place to catch a problem. After that, the price jumps and so does the schedule risk.
Every question the drawings answer is a question nobody has to ask in April.
The gaps we see most often
Missing blocking. A TV, a wall-mounted desk or a heavy shelf needs backing in the wall. If the drawings don’t show it, someone finds out when the drywall is up. Then it’s cut, patch, repaint and wait.
Power in the wrong place. The furniture plan has a sofa where the outlet is, or a study table with no power anywhere near it. Moving a box after the walls close is slow and messy.
Dimensions that don’t agree. The millwork elevation says one thing, the architectural plan says another and the appliance spec says a third. The shop drawings stall until someone decides.
Finish transitions with no detail. Where the LVT meets the tile, where the wallcovering stops, where the paint color changes. Undetailed transitions become field decisions, and field decisions rarely match the rendering.
Specs with no backup. A single product with no approved alternate is a risk if it goes on backorder. On a fixed move-in date, an approved equal is cheap insurance.
Unclear scope lines. Who provides the window shades? The bike racks? The mirrors? When the drawings don’t say, two parties assume the other one has it, and nobody does.
A quick CD checklist for student projects
| Check | Why it protects the date |
|---|---|
| Blocking shown for every wall-hung item | No cut and patch after drywall |
| Power coordinated with the furniture plan | No late electrical changes |
| Dimensions cross-checked with architecture and MEP | Shop drawings move faster |
| Transitions detailed room by room | Fewer field decisions |
| Approved alternates for long-lead products | Backorders don’t stop the job |
| Clear GC vs. FF&E responsibility matrix | Nothing falls through the cracks |
| Durability specs written, not implied | No substitutions that fail in year one |
How we build a set that holds up
- Coordinate before we draw. We start from the architect’s current plans and the MEP layout, not from last month’s version.
- Draw the furniture into the plans. Beds, desks, sofas and tables are placed at real dimensions, so power and blocking follow the actual layout.
- Cross-check every sheet. Elevations, plans and schedules are checked against each other before issue.
- Write the specs for the student use case. Wear layers, fabric ratings and hardware grades are spelled out, so a “similar” product can’t sneak in.
- Answer RFIs fast. Good drawings reduce questions. Fast answers keep the few that remain from costing days.
Our standard is a home, not a facility, and that holds in the drawings too. Detailing a warm, home-like space properly takes more thought than detailing a plain one. It’s worth it. The rendering you approved only gets built if the documents describe it clearly.
After 31 years, we think of CDs as schedule protection. They’re the least glamorous part of interior design and one of the most valuable.
We take a quiet pride in a spring with very few RFIs on our sheets. It means the drawings did the talking.
