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Don’t get screwed.</text><text x="58" y="258" font-family="Arial,Helvetica,sans-serif" font-size="30" font-weight="600" fill="#6b5b4d">Leases, TI, NNN &amp; buildouts — negotiated in your favor</text><g transform="translate(1010,86)" fill="none" stroke="#C0531F" stroke-width="9" stroke-linejoin="round"><rect x="20" y="40" width="150" height="130"/><line x1="20" y1="40" x2="95" y2="6"/><line x1="170" y1="40" x2="95" y2="6"/><rect x="50" y="80" width="36" height="36"/><rect x="104" y="80" width="36" height="36"/><rect x="74" y="128" width="42" height="42"/></g></svg>

How Do I Value-Engineer a Buildout to Cut 20% off the Cost?

Direct Answer

Value engineering (VE) is not "buy cheaper stuff" — it's redesigning to deliver the same function for less money, and on a typical commercial buildout a disciplined VE pass cuts 10%–25% without hurting the result. The money move is to attack cost in this order: geometry first, systems second, finishes last.

The biggest savings come from *not building things* — reuse the existing ceiling grid, keep the existing restroom locations, avoid moving plumbing and electrical mains, and minimize new wall linear footage. Mechanical, electrical, and plumbing (MEP) is typically 30%–40% of a buildout budget, so reusing existing HVAC and routing saves far more than swapping carpet tile.

Run VE *before* construction documents are final — changes during design cost pennies; the same change as a change order during construction costs 15%–30% more and blows the schedule. Always competitively bid the GC and the major subs (you'll see 10%–20% spread between bids on the same scope) and demand an open-book, line-item budget so you can see where the money is.

And never value-engineer the things that are expensive to fix later — waterproofing, the HVAC tonnage, and electrical capacity — because a "savings" there becomes a six-figure callback. A realistic, safe target is 20% off the contractor's first number.

Where The Money Actually Is

You can't cut what you can't see. Get the budget broken into these buckets and attack the biggest ones:

• MEP (mechanical, electrical, plumbing): 30%–40%. The richest VE target. Reusing existing systems and avoiding relocations is where 20% deals are won.
• Walls, framing, and drywall: 15%–25%. Every linear foot of new partition carries framing, drywall, tape, paint, and often a door. Fewer walls, more savings.
• Finishes (flooring, ceilings, millwork, paint): 15%–25%. Visible but cheaper to swap. Save the deep cuts for here only if geometry and systems are already lean.
• Permits, design, and soft costs: 10%–20%. Hard to cut, but a clean permit package avoids resubmittal fees and delay.
• GC overhead, fee, and general conditions: 8%–15%. Negotiable, and competitive bidding squeezes it.

The Highest-Leverage Cuts First

In order of dollars saved per hour of effort:

• Reuse the existing footprint. Keep restrooms, kitchens, and electrical rooms where they are. Moving a single restroom can cost $20,000–$50,000 in plumbing, demolition, and finishes.
• Reuse the ceiling and HVAC. If the existing grid and distribution work, keeping them saves $6–$12 per square foot. Confirm tonnage is adequate before assuming you can.
• Cut wall count. Open plans are cheaper than warrens of private offices. Glass-front demountable walls can also be depreciated as furniture, not real property — a tax angle that effectively lowers cost.
• Standardize and reduce SKUs. One door hardware set, one paint color, one flooring product across the space cuts waste, labor, and ordering errors.
• Right-size the lighting and electrical. Don't over-circuit. LED retrofits cut both install cost and operating cost.

Value Engineering Without Wrecking Quality

VE goes wrong when you cut the wrong things. Protect these:

• Never cheap out on waterproofing, roofing penetrations, or anything behind a wall. A leak callback costs 10x the savings.
• Don't undersize HVAC or electrical service. Adding capacity later means new equipment, new permits, and downtime. Size for your actual load plus headroom.
• Keep the things customers and employees touch. Front-of-house finishes, restrooms, and entry are where perceived value lives. Cut the back-of-house instead.
• Substitute, don't subtract, on function. Swap a specified premium product for an equal-performance alternate — luxury vinyl tile for stone-look, for example — rather than deleting the function entirely.

Use The Bid Process As A Weapon

Competition does your value engineering for you:

• Bid the GC competitively — at least three qualified general contractors on the same drawings. Expect a 10%–20% spread on identical scope.
• Bid the major subs, especially MEP, even if the GC has favorites. Require the GC to share sub bids in an open book.
• Get a Guaranteed Maximum Price (GMP) with a shared-savings clause so under-budget performance splits back to you, not all to the GC.
• Scrutinize general conditions and fee. GC fee of 3%–6% is normal on a buildout this size; general conditions should be itemized, not a black-box percentage.
• Lock unit prices for change orders in the contract so the inevitable changes don't become a profit center.

How Not To Get Screwed By The Landlord

The landlord's interests and yours diverge fast on a buildout, especially when TI allowance is involved:

• Don't let the landlord's "preferred GC" be the only bidder. A captive contractor with no competition prices to the full TI allowance every time. Demand the right to bring your own bidders.
• **Make VE savings flow to *you*, not the allowance. If you cut $60,000** through value engineering, that should reduce your out-of-pocket or convert to free rent — not vanish into the landlord's budget.
• Watch the landlord's construction-management fee. A 3%–5% CM fee on a buildout the landlord barely manages is pure margin. Negotiate it down or out (covered in detail in our companion entry).
• Get any unused TI allowance as a rent credit. If you bring the job in 20% under the allowance, negotiate the difference back as free rent or a cash credit, not as forfeited landlord savings.
• Separate base-building from tenant work in writing. Don't let structural or shell repairs be reclassified as your "improvements" and charged against your VE'd budget.

A Quick Decision Framework

1. Get an open-book, line-item budget so you can see the MEP and wall costs that drive everything.
2. Cut geometry first — reuse footprint, restrooms, and systems before touching finishes.
3. Bid it competitively and expect a 10%–20% spread to harvest.
4. VE during design, never as change orders during construction.
5. Route the savings to your pocket — free rent, cash credit, or reduced out-of-pocket — not the landlord's budget.

FAQ

How much can value engineering realistically save on a buildout? A disciplined VE pass cuts 10%–25% of the contractor's first number, with 20% a realistic, safe target. The biggest savings come from reusing the existing footprint and MEP systems, not from cheaper finishes.

What part of a buildout costs the most? MEP (mechanical, electrical, plumbing) is typically 30%–40% of the budget, which is why reusing existing HVAC, plumbing, and electrical routing saves far more than swapping flooring or paint. Walls and framing are the next biggest bucket at 15%–25%.

When should I do value engineering? During design, before construction documents are final. A change made in design costs almost nothing; the same change as a change order during construction costs 15%–30% more and delays the schedule.

What should I never value-engineer? Anything expensive to fix later: waterproofing, roof penetrations, HVAC tonnage, and electrical capacity. A "saving" there turns into a six-figure callback. Cut back-of-house finishes and wall count instead.

How do I keep VE savings from going to the landlord? Negotiate that unused TI allowance and any value-engineered savings return to you as free rent or a cash credit, bring your own competitive bidders rather than using the landlord's captive GC, and keep base-building work separate from your improvements in writing.

Sources

• CBRE — Tenant build-out cost and fit-out market reports.
• JLL — Construction and project-management fit-out guides.
• Cushman & Wakefield — Tenant advisory on TI allowances and construction delivery.
• NAIOP (Commercial Real Estate Development Association) — Construction cost and pro forma research.
• AGC (Associated General Contractors of America) — GMP, general conditions, and value-engineering practice guidance.
• RSMeans (Gordian) — Commercial construction unit cost and MEP data.
• BOMA International — Building systems and base-building standards.
• The Appraisal Institute — Real property vs. Personal property (FF&E) classification methodology.