Survey of the whole floor plate
Elevation readings across the slab, including under racking and fixtures where access allows, so the shape of the movement is clear.
Retail buildings along Pflugerville Parkway, offices, warehouses and light industrial space sit on the same clay as the houses around them. Independent providers can plan commercial work around trading hours, floor loads and keeping the doors open.
On a commercial property the cost of the repair is rarely the whole story. Lost trading days, a tenant's operations and safety obligations in a public space usually matter as much, so the plan has to address all of it. Ask the provider to set out phasing and access along with the structural scope.

Buildings vary far more than houses do, so the first visit is about understanding the structure and how the space is used.
Elevation readings across the slab, including under racking and fixtures where access allows, so the shape of the movement is clear.
Column loads, tilt-wall panels and heavy equipment change where support is needed. What works on a house does not transfer directly to a warehouse.
Larger commercial repairs are commonly designed by a structural engineer. Ask the provider whether that is the sensible route and to quote against that plan.
Work can often be sectioned so part of the building keeps running. Ask the provider whether evening and weekend scheduling is possible before the quote is written.
Barriers, dust control and clear routes for staff and customers are part of the plan, not an afterthought once the digging starts.
Parking lots that drain toward a building are a frequent cause. Correcting that is often cheaper than repeating the structural repair in five years.
Commercial slabs are usually supported with steel pipe piers where loads are high or the firm layer is deep, though pressed concrete pilings suit plenty of smaller buildings, strip retail and single-story offices. The comparison of pressed concrete and steel piers explains the trade-offs in the same terms your engineer is likely to use.
For a leased property, sort out who is responsible before work is scheduled. Many commercial leases put structural repair on the owner and floor finishes on the tenant, and the split affects who signs off on what. Getting that agreed early avoids a stalled job with a hole in the floor.
Related reading: piers and underpinning, drainage correction, and a foundation inspection to start with measurements. Coverage across the area is listed on the service areas page.
Building size, load, pier type and depth, how much of the work has to happen inside, and whether it must be done outside business hours. Engineering and permits may be separate line items. Ask the independent provider to break the quote out by phase so you can see what overtime and staged access are adding.
Often yes, in sections. Exterior perimeter piers usually affect access and parking more than the interior. Interior work means closing off that area properly. Ask the independent provider to plan the phasing with you before the schedule is fixed so you know which weeks affect which part of the building.
For anything beyond a small building, usually yes, and an engineered plan is also what most owners, lenders and insurers want to see. The engineer works for you, designs the repair, and contractors bid against that design. It also gives you a document to hand a future buyer or tenant.
It depends on pier count, access and how much has to happen out of hours, and weather stops excavation the same way it does on a house. Ask the independent provider for a schedule with the quote and updates if conditions change. See how the process works for the general sequence.
Call, describe the house, and get connected with an independent provider.