Material Readiness Platform
Construction material tracking.
Know what’s ready.
Bring receiving, warehouse locations, drawing references and QA status into one material readiness workflow. Built for industrial EPC, turnarounds and modular construction teams in Canada.
The Reality
This Is Still How Billion-Dollar Projects Are Managed.
Printed binders. Handwritten tags. Excel spreadsheets shared over email. Crews waiting while someone searches the laydown yard.
- Printed MTOs
- Handwritten heat numbers
- Manual QA sign-offs
- Phone calls to find material
- Paper isometrics in the field
- No single source of truth
The Core Issue
This Is Not a
Material Problem.
The industry doesn't need more material.
It needs to know if the material it has
is actually ready to install.
Information is fragmented across warehouse,
procurement, QA, and construction —
with no connected layer between them.
Current State
Seven Handoffs.
Zero Digital Thread.
5 of 7 handoffs are manual, paper-based, or undocumented. Every break in the chain is a potential work stoppage, a missed inspection, or a safety event waiting to happen.
The Platform
Meet StudShelf.
From Receipt.
To Field
Handoff.
StudShelf is being developed around the handoffs between receiving, warehouse teams, construction and QA. A pilot starts with your material register, drawing references and review process, then tests how the team captures, finds and updates those records.
- Photo capture and assisted transcription, with identity verified by the team
- Drawing references and material records organized around work packages
- Material register import requirements agreed against your sample files
- QR-linked records to help teams retrieve material information
- Photos and review status kept alongside the relevant material record
- Connectivity and device requirements confirmed during pilot scoping
Command & Control
Material Readiness.
At a Glance.
- Torque Pass 1Complete
- Torque Pass 2Complete
- Torque Pass 3In Progress
- Hydro TestPending
- Final WalkdownPending
Field Experience
Capture.
Review.
Coordinate.
The field workflow starts with clear item records, readable photos and a location another person can find. The pilot tests the process with your crew, devices and site connectivity.
Capture a readable image and the relevant item reference.
Check captured values against markings and project records.
Confirm the correct package and current drawing reference.
Keep photos and review references available to the responsible team.
Use current records to coordinate the next handoff.
Executive Value
Built for the People
Who Sign Off On Risk.
Construction Directors
Review material availability by work package. Give the planning meeting a shared view of locations, outstanding reviews and material gaps.
Turnaround Managers
Identify the difference between material received and material ready for the planned work. Give each open blocker an owner and a next action.
QA / QC Managers
Connect item identity with supporting photos and review references. Keep document availability separate from the project’s inspection and release decisions.
Get Started
30-Day Pilot Program.
One warehouse. One crew. One QA team. Agree a bounded scope, onboard the team and measure the workflow against a baseline.
Setup
Agree the scope, sample data, devices and baseline measures.
Training
Walk receiving, warehouse and QA teams through the agreed workflow.
Live Data
Use the selected package to review records, locations and blockers.
Results
Compare record completeness, search time and handoff issues with the baseline.
From inventory to readiness
On site is only the beginning.
Construction material tracking tells your team what arrived and where it moved. Material readiness brings those records together with package requirements and review status before the next handoff.
Capture the right record.
Reconcile delivery quantities, record item identity and flag missing documents or discrepancies for review.
Use the receiving checklist →Make material findable.
Keep a current location and a record of movements. Separate available quantities from material allocated to other packages.
Start a material register →Make the next decision clear.
Connect material records to drawings, supporting evidence and open blockers. Keep release decisions with the responsible team.
Understand material readiness →Practical resources
Build a clearer material workflow.
Guides for industrial construction teams, from the first delivery to the turnaround readiness review.
What Is Material Readiness in Construction?
Material readiness means knowing whether a work package has the right materials, quantities, locations and release records before crews start.
Read guide →TrackingConstruction Material Tracking: Spreadsheet to Shared Workflow
Build a practical construction material tracking spreadsheet with item IDs, locations, quantities and QA status. Download a free CSV starter template.
Read guide →TraceabilityMaterial Traceability and Heat Numbers: A Field Guide
Understand material traceability records: connect item identity, heat numbers, document references, locations and work packages throughout site handoffs.
Read guide →Questions before a pilot
Start with the facts.
What is StudShelf?
StudShelf is a material readiness platform in development for industrial construction teams. The pilot focuses on connecting material receiving, locations, drawing references and QA status around an agreed work package.
How is material readiness different from inventory tracking?
Inventory tracking records what is held and where it is. A readiness review checks whether a specific package has the required quantities, allocations and supporting release information. Read the material readiness guide.
Who is the pilot for?
The intended teams include industrial EPC contractors, turnaround and shutdown teams, and modular construction operations in Canada. A useful pilot brings receiving, warehouse, construction and QA representatives together around one defined scope.
Can we start with Excel or an existing material register?
Bring a sample register, drawing references and a description of your current process. Import formats and field mapping are confirmed during scoping. You can also download the CSV starter template.
Does a QR label or photo approve material for installation?
No. Labels and photos help identify records and preserve observations. Review and release remain subject to the project’s approved process and responsible personnel.
Is offline operation or automatic drawing recognition included?
Confirm these requirements during the pilot discussion. Supported devices, connectivity, import formats and automation must be agreed for your scope before rollout.
What will the 30-day pilot measure?
Agree a baseline and measures such as record completeness, time to locate material, unresolved blockers and handoff issues. Results depend on the scope and process; the dashboard above uses illustrative data.
Roadmap · Exploratory, not committed features
The Intelligent
Construction Site.
AI-Predictive Material Planning
Exploring ways to use project history to support material planning.
Digital Twin Integration
Exploring connections between material records and engineering models.
Workforce Intelligence
Exploring a connection with WrenchRoster for material and workforce planning.
Predictive QA
Exploring how record patterns could help teams prioritize reviews.
Every industrial work package in North America will be digitally ready before crews arrive. StudShelf is building the layer that makes that possible.
Partnership
We Are Looking For
One Industrial Partner.
We don't onboard many clients at once. We go deep with one project, prove the numbers, and build together. If you're running a turnaround, shutdown, or modular build in the next 90 days — let's talk.