Five Methods to Accelerate Your Project Schedule
When a project kicks off you create a construction schedule that represents your best thinking on how the project should progress. But it seems on many projects that one day after your baseline schedule is created, you are already behind. Here are five techniques to help stay on track.
1. Accelerate early
It is inevitable you are going to face delays at some time on your project. Therefore, if at all possible, try to get ahead of schedule early. This might be done by starting the project earlier than planned or adding resources earlier than planned. You need to have a mindset that you are not going to start out late, and you are not even happy to be on schedule. You want to get ahead of schedule to build an early buffer to protect against future delays.
2. Fast-track dependent activities
Most of the activities in your schedule are linked to others with a finish-to-start relationship. Think about whether you really need to wait until the first task finishes, or if there is an opportunity to move forward with the second task early. For example, you may have two activities called “run electrical wiring first floor” and “rough in plumbing 2nd floor” that is linked in your schedule. You might ask whether you really have to wait until 100% completion of one task or work on both simultaneously. If that’s the case then the overall elapsed time for the project will be shorter. There is some risk with this approach, but it may be worthwhile to you.
3. Remove activities that are no longer needed
When you first write your schedule, you are assuming all of the activities are necessary and achievable. However, as the project progresses, things change. You need to review the remaining activities and remove anything that isn’t absolutely necessary. Some activities may no longer be needed. Perhaps some can be pushed to post-implementation.
4. Add resources to the critical path
Check if you have the flexibility to add resources. These may be specialists, or perhaps there are some general activities that anyone can do. This technique is also called “crashing”
5. Optimize your processes
Look for process improvement opportunities that will save time. For example, a submittal may take two weeks. Is there a way it can be done in one week or one day? Or perhaps you realize a process that takes four activities can actually be done with three activities.
As the project progresses, question everything that remains. You might be surprised that the work you thought was vital may later be shown to be unnecessary.
Maxx Builders’ Project Delivery Methodology
The difference between a commercial construction project that finishes on time and one that doesn’t is almost always set in the first 30–60 days. Maxx Builders’ delivery methodology focuses on four critical-path items: permits, long-lead materials, finalized finish selections, and constructability review.
Permits in Texas vary materially by jurisdiction. City of Houston Department of Public Works runs different timelines than unincorporated Harris County or City of Sugar Land. We secure preliminary permit consultation during schematic design — not at the end of construction documents — to avoid the typical 4–8 week surprise discovery of a missing review requirement.
Long-lead materials are the second schedule risk. Generator switchgear, custom mechanical equipment, specialty glazing, and brand-prototype FF&E often have 16–32 week lead times. (Per Gordian Q1 2025 supply-chain analysis; BLS PPI) Identifying these during preconstruction and committing orders before final documents protects the schedule.
Owner finish selection is the third common slip point. The pattern: schematic design completes; construction documents start; owner is still selecting finishes through bid; selections lock 4 weeks before construction; key items have 12-week lead time. Result: late material delivery and overtime to recover. Maxx Builders’ preconstruction process locks owner-finish selections by design development.
Constructability review at 50% and 90% CDs catches conflicts (MEP coordination, structural interference, accessibility code gaps) before they become field RFIs. Each in-field RFI costs 8–20 hours of project management time plus potential delay. (AACE International change-cost benchmarks)
If you’re planning a Texas commercial project, our construction management services apply this methodology end-to-end.
From Concept to Certificate of Occupancy: Project Phases
Commercial construction projects in Texas typically run 8–24 months from concept to certificate of occupancy. The phases below describe what happens at each stage and what owners should watch for. Maxx Builders has delivered hundreds of commercial projects through this lifecycle — from a 4,500 sq ft music academy interior build-out to a 243,031 sq ft industrial warehouse. The pacing is similar across project types; the content differs.
Phase 1: Programming & Feasibility (4–12 weeks)
The earliest phase — and the most impactful for total cost. Owner defines program (square footage by use, occupancy load, special requirements). Architect or design-builder produces a programming document with massing, structural grid concept, and site placement. Preconstruction cost estimate at this phase is rough (±15–20%) but anchors feasibility. Geotech investigation should start. Site survey, ALTA if not already done. Zoning verification. Owner secures construction financing letter of intent.
Phase 2: Schematic Design (6–12 weeks)
Architectural concept converts to design intent: floor plans, building elevations, primary structural and MEP concepts. Owner-furnished items identified. Preconstruction cost estimate refines to ±10–15%. Pre-application meetings with city. Brand approval gate (for hospitality and franchise). Owner secures construction loan term sheet.
Phase 3: Design Development (8–14 weeks)
Plans develop to substantial detail: dimensioned floor plans, sections, exterior wall details, MEP system layouts and capacities, finishes specified. Owner-finished selections locked. Long-lead material orders identified. Preconstruction estimate at ±5–10% confidence. Geotech report finalized. Civil and storm-water design.
Phase 4: Construction Documents (8–16 weeks)
Final drawings issued for permit and construction. All trade-coordinated. Bid documents complete. GC final price locked. Construction loan closing. Permit submittal. The transition into the field is the highest-friction window in the project — coordination gaps revealed here cost the most to resolve.
Phase 5: Construction (6–18 months)
Sitework, foundation, structure, envelope, MEP rough-in, finishes, FF&E installation, commissioning. Monthly draw cycle with lender. Inspections at code milestones (foundation, framing, MEP rough, final). Owner monitors progress via OAC meetings and pay applications.
Phase 6: Closeout & Move-In (4–8 weeks)
Punch list completion, final inspections, certificate of occupancy, warranty package, O&M manuals, owner training, FF&E final install. Frequently underestimated phase — closeout typically takes 30% longer than scheduled if not actively managed.
Critical-Path Items by Phase
Within these phases, certain items consistently sit on critical path:
- Programming → permit strategy (talk to city early)
- Schematic → geotech (drives foundation type)
- DD → long-lead material commitments (generator, custom mechanical)
- CDs → city plan review timelines (8–16 weeks in Houston)
- Construction → weather windows, especially Texas summer concrete pours
- Closeout → final inspection scheduling with city
Schedule Risk Mitigation
KPMG’s 2015 Global Construction Survey found only 25% of projects came in within 10% of original deadlines — 75% missed by more (KPMG Global Construction Survey 2015; McKinsey “Reinventing Construction” 2017). Maxx Builders applies three risk-mitigation practices: phase-gated milestone reviews, pull-planning sessions with trade partners, and weekly schedule recovery analysis. Together these target on-time delivery within 5% of contract date on most projects.
Learn about our construction management services or request a project consultation.
