A Precast-Concrete Tracking
System MVP in Laravel

A single pre-cast concrete panel begins as a mark on an AutoCAD drawing and ends bolted into a building weeks later. In between it is cast in a specific bed, cured, stacked in storage, loaded onto a particular truck in a particular order, driven to a jobsite, and lifted into place. Multiply that by the hundreds of unique pieces in one job, spread across a plant, a yard, several trucks and a construction site, and the question becomes simple: where is every piece, right now?

That question is what the MFS Manufacturing System answers. It is a management platform for MFS’s pre-cast concrete plant, built on Laravel as an MVP, that tracks each piece through its whole life, from the plan and casting to trucking and jobsite installation, on one overview map of asset positions.

Put simply, every piece is followed individually through a controlled path, with managers directing all the work and plant personnel and the jobsite client confirming each step by pressing a button, while everyone can see where everything is.

The Starting Point: Every Piece Is Unique and Must Be Tracked

A pre-cast plant moves heavy, one-of-a-kind pieces through many stages and locations, and it has to keep everyone in step without slowing production. A job can carry hundreds of pieces, each with its own number, and losing track of even one is expensive on a jobsite. So the system is organised around the piece, and the brief set out what that had to mean in practice:

• The plan drives the work. Work starts from an AutoCAD drawing, so pieces have to be created and marked directly on the uploaded PDF, each with its piece number and assigned truck.
• A controlled, staged path. Every piece moves through floor plan, bed and casting, storage, trucking and jobsite install, and the system must enforce that order, for example into the floor plan before the bed.
• Directing versus confirming. Managers decide and assign; plant personnel and the jobsite client only confirm what is done, so the system separates the two while letting everyone view.
• One view of everything. With pieces scattered across plant, storage, trucks and jobsites, an overview map of asset positions is needed to see the whole picture at a glance.
• Fit the plant, do not disrupt it. The software must manage inventory, produce the job report, and integrate with existing systems without interrupting production.

The Build: One Controlled Path from Job to Jobsite

The system tracks each piece through its whole life on one Laravel platform. A manager creates a job, whose number is the first four digits generated by the engineering department, uploads the AutoCAD PDF into the Plan screen, and marks each piece on the drawing with its unique piece number and its assigned truck. From there the piece follows a path the system enforces, and the sequence runs in order:

1. The piece is placed in the floor plan before it can go to a bed.
2. In the bed layout module, the manager assigns a casting position, which sets the piece to casting in progress.
3. Plant personnel confirm when the casting is complete, and the piece moves to storage.
4. In the trucking module the piece is assigned to a truck in a delivery sequence, with a truck typically carrying six to ten heavy pieces.
5. At the jobsite, the client user confirms each piece as it is installed, piece by piece.

Throughout that path an overview map shows the position of every asset, across plant, storage, transit and jobsite. Delivering this much lifecycle in a first version, while leaving room to extend it in later phases, is what MVP development is meant to do: a working system the plant can use now, not a two-year build before anyone touches it.

The role model is strict and it mirrors the plant. Managers direct all tasks, creating jobs, planning, and assigning casting positions and trucks. Plant personnel and the jobsite client never decide where or when work happens; they confirm progress with buttons, and everyone can view everything. That confirm-only design is a deliberate fit for manufacturing operations, where accountability depends on a clear line between who directs work and who reports it done.

Technical Architecture

Under the hood, this is a custom Laravel MVP for a pre-cast concrete plant, and the architecture centres on per-piece tracking through a staged lifecycle. A few subsystems carry the weight, each tied to a requirement.

• Jobs and the plan. A manager creates a job with its engineering-generated number, uploads the AutoCAD PDF into the Plan screen, and marks each piece on the drawing with its piece number and assigned truck.
• Floor plan, beds and casting. A piece is placed in the floor plan before a bed; in the bed layout module the manager assigns a casting position, setting it to casting in progress, and personnel confirm completion.
• Storage and trucking. Completed pieces move to storage, then into the trucking module, where they are assigned to trucks in a delivery sequence, a truck typically carrying six to ten pieces.
• Jobsite installation. At the jobsite, the client user confirms each piece as it is installed, so the plant sees delivery and installation progress in real time.
• Overview map and roles. One map shows every asset’s position across plant, storage, transit and jobsite, with managers directing and personnel and the client confirming, everyone able to view.
• Inventory, reports and integration. The system manages inventory across the lifecycle, generates the job report, and integrates with existing systems so the plant runs without disruption.

The interactive plan, marking hundreds of unique pieces on an uploaded drawing, and the live overview map were the pieces worth building carefully, because that front-end is where the plant reads the whole operation at a glance. For a build with this much interactive UI, teams often hire React developers to make the plan and map fast and legible.

Challenges Solved

The hard problems came from tracking heavy, unique pieces across a whole plant and out to a jobsite. Every stage was keyed to a piece’s unique number under its job number, so each of a job’s many pieces is followed individually from casting to install. Pieces are created and marked straight on the uploaded AutoCAD PDF, so the system works the way the plant already plans from the panel layout. The staged path, floor plan before bed, then casting, storage, trucking and install, is enforced so the process stays disciplined. Directing and confirming are separated to match the plant’s real roles while keeping everything viewable. And inventory management, the job report and integration with existing systems let the plant adopt the software without interrupting production.

The Result

The outcome is full visibility from production to installation. Every one of a job’s hundreds of pieces is tracked through a controlled path; planning starts from the uploaded drawing; managers direct while personnel and the client confirm; and one overview map shows where every asset is at any moment. Inventory and the job report keep the plant running, and the system was built to integrate with what MFS already uses, delivered quickly as an MVP with room to grow in later phases.

It fits the plant because it is organised around the piece and the plant’s real roles, not a generic project tracker. If you are digitising a production-to-installation workflow, you can work with developers who have built this kind of interactive tracking system, or tell us about your operation and we will map your stages, roles and reporting to the right system.

Frequently Asked Questions

How does the system track individual pre-cast pieces?

Every piece is keyed to its own unique number under the job number, and it is created and marked directly on the uploaded AutoCAD drawing with its piece and truck numbers. From there each piece is followed individually through floor plan, casting, storage, trucking and jobsite installation, so none of a job’s hundreds of pieces is lost across the lifecycle.

Who can direct work, and who only confirms it?

Managers direct all the work: creating jobs, planning, and assigning casting positions and trucks. Plant personnel and the jobsite client user do not decide where or when anything happens; they confirm progress by pressing buttons, such as confirming a casting is complete or a piece is installed. Everyone can view everything.

What does the overview map show?

The overview map shows the position of every asset across the plant, storage, transit and the jobsite, so anyone can see where each piece is at any moment without chasing it down stage by stage.

Will the system disrupt the plant’s existing operations?

No. It manages inventory across the lifecycle, generates the job report, and is built to integrate with the plant’s existing systems, so MFS can adopt it without interrupting production. As an MVP it delivers a working system quickly and can be extended in later phases.

Why was it built as a Laravel MVP?

Building it on Laravel as an MVP gave the plant a complete, working system quickly, covering the piece lifecycle, roles, map, inventory and reporting, while keeping the architecture straightforward to extend once the first version is proven on the floor.