LiDAR
Mapping &
Point Cloud Documentation Services in Texas
Document large buildings, industrial facilities, and infrastructure assets across Texas using high-accuracy LiDAR mapping and reality capture workflows.
LiDAR and Reality Capture Services for Texas Construction
Tejjy supports Texas projects with 3D laser scanning, LiDAR mapping, and point cloud documentation. Our workflows capture real-world site conditions and convert them into digital datasets used for engineering analysis, renovation planning, and Scan-to-BIM modeling. Texas continues to lead major infrastructure and industrial development across the United States. Projects across Houston, Dallas-Fort Worth, Austin, and San Antonio require reliable existing-condition documentation before design or construction begins.
These deliverables are compatible with Autodesk Revit, Navisworks, AutoCAD, and Civil 3D, ensuring seamless integration into design and construction workflows.Our services support diverse Texas industries including energy infrastructure, commercial developments, transportation corridors, and industrial facilities.
- Detailed digital site capture for project planning and construction coordination
- LiDAR drone surveys for terrain models, DEMs, and topographic mapping
- Scan-to-BIM modeling for engineering and architectural teams
- Reality capture documentation for permits, planning, and approvals
- MEP coordination datasets for hospitals, campuses, and high-rise projects
OUR SERVICES
Laser Scanning Services in Texas for Industrial and Infrastructure Projects
LiDAR mapping, point cloud capture, and scan-based documentation for large buildings, industrial plants, and infrastructure environments.
As-Built Survey and Documentation
Accurate floor plans, elevations, sections, and existing-condition records for renovation, retrofit, and facility documentation.
3D Building Scanning to Revit and CAD
High-resolution scan data converted into Revit models, CAD drawings, point clouds, and BIM-ready deliverables.
Architectural Laser Scanning Services
Captures interior and exterior conditions, façades, layouts, and architectural details for renovation and documentation.
Plant and Facility Laser Scanning Services
Documents plant rooms, equipment layouts, utilities, piping, and service corridors for upgrades and coordination.
Historic Preservation Laser Scanning
Records heritage structures, façades, ornamental details, and restoration conditions for conservation and digital archiving.
Laser Scanning for Digital Twins
Develop digital replicas of built environments that support predictive maintenance, infrastructure monitoring, and smart city initiatives.
Point Cloud Deliverables for Texas Projects Requiring Accurate Existing Condition Documentation
Tejjy converts captured LiDAR and scan data into structured point cloud deliverables for complex projects across Texas. These outputs help teams review existing conditions and plan upgrades with better accuracy. They are especially useful for industrial facilities, energy assets, commercial developments, campus buildings, and public infrastructure.
Across Texas, many projects involve large footprints, equipment-heavy spaces, and facilities with multiple undocumented changes over time. In these settings, accurate digital documentation supports BIM coordination and as-built verification before construction begins. From refinery and utility environments in Houston to commercial and mixed-use projects in Dallas, campus facilities in Austin, dependable deliverables help teams move forward with clearer site data.
- Registered point cloud datasets for utility corridors, and infrastructure assets
- As-built drawings including floor plans, elevations, sections, and reflected ceiling plans
- Revit models and BIM-ready files for design coordination scan-to-BIM workflows
- Equipment, piping, and service-area documentation for industrial facilities
- Deliverables in RCP, RCS, E57, DWG, RVT, IFC, LAS, PTS, and PDF formats
Industries We Serve
Expertise Across Sectors
Accurate documentation for industrial facilities, infrastructure, and large commercial environments across Texas
Mission-Critical Infrastructure
Data centre | Telecom | Utilities & energy | EV charging
Infrastructure & Transportation
Infrastructure | Roads & bridges | Airports & transits | Water treatment
Government Federal & Defense
Federal & public | Defense
Industrial & Heavy Engineering
Industrial | Manufacturing plants | Warehouse | Oil & gas
Real Estate & Mixed-use Development
Commercial | Real estate | Residential | Mixed use
Public & Institutional
Healthcare | Education | Heritage & museums | Hotels & retail | Entertainment venues | Auditoriums & centers
Why Texas Teams Choose Tejjy for LiDAR Mapping.
Texas projects often involve refinery units, utility corridors, plant expansions, logistics sites, port infrastructure, data centers, and fast-moving commercial development. These environments need accurate field documentation before design, retrofit, or engineering work begins. Texas also continues to invest in transportation networks, trade infrastructure, industrial growth, and digital infrastructure, which increases demand for dependable site data across the state.
That is where Tejjy adds practical value. Our workflows help capture existing conditions and turn them into usable digital records for as-built documentation, scan-to-BIM modeling, renovation planning, utility coordination, and facility upgrades. This is especially useful for energy facilities in Houston, commercial and mixed-use projects in Dallas–Fort Worth, campus and tech-led development in Austin, and public or heritage-related projects in San Antonio.
- 19+ years of expertise in BIM, laser scanning, and digital documentation
- ISO-certified workflows for accurate, consistent, and reliable project deliverables
- 8(a) certified and federal-ready capabilities for public and commercial projects
- Advanced scanning equipment, including Leica RTC360, BLK360, etc.
- Revit-ready models, point clouds, CAD files, and documentation for multidisciplinary teams
- Scalable reality capture solutions for buildings, infrastructure, facilities, and heritage assets
Expertise Across Sectors
Our scanning solutions are tailored to meet the unique requirements of diverse industries and project types.
15+
Years of Experience
500+
Projects Completed
150+
Global Clients
30+
Countries Served
Texas Project Challenges Solved with Laser Scanning
| Texas Project Challenges | Laser Scanning Solutions |
|---|---|
| Large industrial facilities with complex equipment layouts | Capture accurate spatial data for engineering planning |
| Incomplete facility drawings or outdated documentation | Generate reliable as-built records and point cloud models |
| Large sites that are difficult to measure manually | Capture extensive areas quickly with LiDAR scanning |
| Infrastructure requiring accurate engineering data | Deliver scan-based documentation for planning and upgrades |
| Facilities with multiple modifications over time | Create reliable digital records for renovation planning |
| Safety concerns in hazardous industrial environments | Capture site data without extensive manual measurements |
GET IN TOUCH
Ready to Start Your Projects?
Let's discuss how our 3D scanning solutions can transform your infrastructure documentation. Our experts are ready to help.
FAQ
Frequently Asked Questions
Find answers to common questions about LiDAR mapping, point cloud documentation, and reality capture services in Texas
These services are most useful on energy facilities, refineries, petrochemical plants, data centers, warehouses, airports, highways, campuses, hospitals, and public infrastructure. Texas continues to prioritize growth in energy, advanced manufacturing, aerospace and aviation, and technology, which makes accurate existing-condition documentation, scan-to-BIM, and as-built modeling especially valuable before renovation, expansion, or coordination begins.
Yes. In Texas, point cloud datasets are highly useful for process units, pipe racks, utility corridors, well pads, substations, and plant retrofits. The state’s oil and natural gas sector remains exceptionally large, with record fiscal contributions and extensive production activity, so accurate site verification, equipment layout capture, and engineering-ready digital records are practical needs for operators and EPC teams.
Yes. It is well suited for port terminals, shipyards, storage yards, intermodal facilities, warehouse campuses, and freight corridors where teams need accurate geometry for upgrades, maintenance, or expansion. Texas’ ports are major economic assets, and Port Houston continues to advance strategic growth, capacity, technology, and roadway-related initiatives, which makes digital infrastructure documentation and georeferenced site data highly relevant.
LiDAR supports topographic mapping, corridor documentation, bridge and roadway assessment, drainage analysis, and utility coordination. That is especially relevant in Texas because statewide transportation investment and mobility planning remain central priorities for TxDOT, and large civil programs benefit from terrain models, surface models, and existing-condition capture before design or rehabilitation moves forward.
Yes. It is useful for universities, healthcare campuses, municipal buildings, and federal facilities where projects often happen in phases and operations must continue during renovation. Accurate Revit-ready models, CAD backgrounds, and as-built documentation help teams plan MEP coordination, space reconfiguration, accessibility upgrades, and long-term facility management with fewer field assumptions. Texas’ public data ecosystem and ongoing institutional investment make this kind of documentation especially practical for planning and capital improvement work.
Texas is growing across sectors that depend on accurate built-environment data, including technology, advanced manufacturing, energy, trade infrastructure, and large-scale commercial development. The state’s economic strategy highlights those industries, and Texas continues to rank strongly for business growth, which increases demand for digital twins, BIM-ready deliverables, facility documentation, and asset lifecycle records.
