Utility Survey Services in Texas

TechSid Solutions combines Utility Survey Mapping, CAD drafting, GIS mapping, topographic survey drafting, boundary survey documentation and as-built utility documentation. Our focus is organized utility data, clear digital mapping, coordinated CAD deliverables and dependable support for Texas infrastructure and engineering teams.

Our Utility Survey Services Texas support site development, roadway projects, utility construction, land development, infrastructure upgrades and engineering design. Deliverables can include utility location plans, utility maps, CAD drawings, GIS datasets, utility schedules and as-built documentation based on supplied field survey and utility investigation data.

Our Utility Mapping Services create organized digital maps showing known and surveyed utility features. Utility mapping can include water, sewer, stormwater, gas, electric, telecommunications and other infrastructure when those systems are included in the field investigation.

Our Underground Utility Survey support documents subsurface utility information obtained through appropriate utility investigation methods. Depending on the project, information may originate from records, surface geophysics, electromagnetic locating, ground-penetrating radar, vacuum excavation or other SUE methods. Texas project guidance recognizes different utility-quality levels, including QL-B for geophysical designation and QL-A for precise exposed utility locations.

Our Utility Location Survey Services document the horizontal location of utility features and associated site elements using supplied survey coordinates and field observations. Utility locations can be integrated with property, topographic and proposed design information.

Our Water Utility Survey documentation can include water mains, valves, meters, hydrants, service connections, vaults and other visible or investigated water infrastructure. Data can be organized into CAD and GIS formats for engineering and asset-management workflows.

Our Sewer Utility Survey support can document sanitary sewer mains, manholes, cleanouts, structures and other relevant features. Where available, rim and invert information can be incorporated into survey drawings and utility schedules.

Our Stormwater Utility Survey services can map drainage inlets, storm sewer structures, pipes, outfalls, culverts, channels and related site features when included in the field survey scope.

Our Electrical Utility Survey documentation can represent utility poles, transformers, cabinets, electrical structures, overhead lines and other visible electrical infrastructure based on supplied field information.

Our Telecom Utility Survey support can document communication lines, poles, cabinets, handholes, vaults and other visible or investigated telecommunications infrastructure.

Our Gas Utility Survey documentation can incorporate known or investigated gas lines, valves, markers and associated features when provided by the utility investigation team. Underground gas infrastructure should be located using the appropriate qualified utility-location procedures.

We prepare Utility Pole Survey and overhead-line mapping documentation for poles, guy wires, transformers, communications equipment, streetlights and associated aerial infrastructure. Pole locations and attributes can be organized for engineering and utility design.

Our Utility Structure Survey can document manholes, vaults, inlets, junction boxes, handholes and other utility structures. Elevations, rim information, invert data and structure attributes can be incorporated when supplied.

Our Utility CAD Mapping Services convert field and utility investigation information into organized DWG and PDF drawings. Plans can include utility linework, labels, symbols, structure IDs, depths, quality levels, notes, dimensions and other project-specific information.

Our Utility GIS Mapping Services organize utility features and attributes into spatial datasets for asset management, engineering and infrastructure planning. Texas utility mapping programs may require georeferenced GIS data; for example, PUC Texas mapping requirements for certain water/sewer CCN applications specify digital mapping in georeferenced shapefile format.

Our As-Built Utility Survey documentation records installed utility locations, elevations and alignments using supplied construction survey information. Texas transportation rules can require as-built utility plans to show installed location, vertical elevations and horizontal alignments based on survey data for applicable utility facilities.

Our Utility Survey for Site Development support helps civil engineers understand existing utility constraints before designing buildings, parking, grading, drainage and new utility systems.

Our Utility Survey for Transportation support maps utility infrastructure within or near roadway corridors. Utility information can be coordinated with right-of-way, alignment and proposed construction data. TxDOT mapping workflows use survey, GIS and parcel information as part of right-of-way documentation.

Utility location information can support Utility Relocation Planning by showing existing facilities relative to proposed roads, buildings, drainage, foundations and other improvements. Final relocation design remains subject to the responsible utility and engineering teams.

We can coordinate Utility Survey Data with topographic information to show utilities together with contours, spot elevations, drainage, structures, roads and other existing site features.

Utility information can be coordinated with Boundary Survey Data to show utility corridors, easements, rights-of-way and infrastructure relative to property boundaries when supported by the applicable survey records.

Utility investigation data may be classified by quality level depending on how the information was obtained. Texas project guidance distinguishes records-based information from geophysical designation and precise exposed locations; the project team should specify the required SUE quality level and applicable standard before fieldwork.

Our Utility Survey Quality Control process checks coordinates, utility labels, linework, structure IDs, depths, quality-level references, layer organization and consistency between the map and supplied field information. Professional field surveying, utility investigation and certification remain the responsibility of the appropriately qualified professionals.

Our workflow includes project requirement review, source-data assessment, utility record review, field-data processing, coordinate review, utility mapping, CAD/GIS drafting, coordination with topographic and boundary information, QA/QC, client review, revisions and final delivery.