Transforming Real-World Spaces into Digital Infrastructure

    LiDAR & Point Cloud to Revit Services in the Washington, D.C. & Maryland Area

    Tejjy Inc. specializes in high-precision 3D laser scanning and LiDAR services in Washington, D.C., and Maryland, delivering intelligent reality capture for the AEC industry. As a trusted provider of scan-to-BIM, point cloud to Revit, as-built documentation, and digital twin solutions, we ensure seamless integration of real-world data into architectural, engineering, and construction workflows. 

    • Expertise includes building scans, historical preservation, museum documentation, and university campuses. 
    • Our capabilities also cover tunnels, substations, and large-scale infrastructure. 
    • Recognized as a leading 3D scanning company in Maryland and D.C., we provide BIM LOD 500 as-built models and digital twins. 
    • These services support government, commercial, industrial, and restoration projects. 
    • Our BIM-VDC expertise enhances facility management, architectural design, and engineering workflows, ensuring project accuracy, efficiency, and cost savings. 

    Our LiDAR & Digital Mapping services Across Washington DC and Maryland

    LiDAR and Reality Capture Solutions in Washington DC and Maryland

    • Tejjy performs LiDAR-based elevation and terrain capture aligned with Maryland’s open LiDAR elevation datasets (MD iMAP) to support floodplain modeling, site grading, and stormwater infrastructure planning. 
    • For historic districts in Washington D.C., where the Historic Preservation Office requires detailed as-built measured drawings, Tejjy employs ultra-high accuracy 3D laser scanning (sub-millimetre tolerances) together with point cloud processing to generate BIM deliverables compatible with preservation board requirements. 
    • In Maryland’s Heritage2031 compliance framework, Tejjy delivers survey-grade existing condition documentation and historic fabric mapping for structures, landscapes, and cultural resource sites, supporting state and federal review under SHPO guidelines. 
    • Using equipment like terrestrial and mobile LiDAR scanners, Tejjy captures critical infrastructure like bridges, utility vaults, transit tunnels, façade geometry, and underground utilities, then integrates these into BIM or GIS for D.C. and Maryland DOT. 
    • Tejjy provides deliverables in formats (.LAS, .E57, .RCP, .PTS) that align with GIS workflows and DC/Maryland permitting requirements, enabling compatibility with Revit, ArcGIS, Civil 3D, Navisworks etc. 

    Tejjy Point Cloud to BIM Projects

    Tailored 3D Scanning & BIM for Every Sector

    • Data Centre
    • Commercial
    • Healthcare
    • Industrial
    • Education
    • Airports & Transits
    • Heritage & Mueseums
    • Hotels & Retail
    • Warehouse
    • Residential
    • Oil & Gas
    • Water Treatment
    • EV Charging
    • Infrastructure
    • Federal & Public
    • Telecom
    • Utilities & Energy
    • Entertainment Venues
    • Roads & Bridges
    • Defense
    • Manufacturing Plants
    • Real Estate
    • Auditoriums & Centers
    • Mixed Use

    Why Hire Tejjy’s DC and Maryland’s Reality Capture LiDAR Services?

    As an 8(a) Certified company, we are committed to enhancing federal and commercial infrastructure across Texas through our digitized AEC approach. Our high-precision 3D scanning ensures, we help safeguard cultural landmarks while optimizing modern infrastructure for the future  

    • With billions invested in federal campuses, transportation upgrades, and coastal resilience projects, Tejjy supports D.C. and Maryland through as-builts, MEP coordination, and digital twins. 
    • Serving local expertise in Washington D.C., Baltimore, Annapolis, Bethesda, Silver Spring, Rockville, and Prince George’s County. 
    • Our LiDAR scans achieve 1–3 mm precision, surpassing DOT and FEMA benchmarks, with DMV-based teams mobilizing in 24–72 hours to keep projects on schedule. 
    • Using Leica RTC360, BLK360, FARO, and Matterport scanners, Tejjy delivers clash-free point clouds and Revit-ready models that minimize errors and streamline coordination. 
    • From Chesapeake Bay floodplain mapping to Annapolis HBIM surveys and D.C. monument documentation, Tejjy safeguards communities while supporting FEMA compliance and preservation standards. 

    Get In Touch

    Ready to transform your project with
    digital precision?

    Phone
    (202) 465-4830

    Email
    info@tejjy.com

    Service Areas
    Florida, Ohio, Virginia, Maryland &
    Beyond

    Response Time
    Within 24 hours

    Got Questions? We have modelled the answers

    Local and federal standards (e.g., DOT, FEMA, historic preservation bodies) often require sub-centimeter accuracy; many projects aim for 1-3 mm precision, especially for buildings in historic districts or for structural condition assessments. These standards ensure deliverables are legally and technically usable for permitting, planning, and regulatory compliance.

    If your project involves exterior alterations or affects visible historic exteriors or interiors in designated historic districts, you’ll need review from the Historic Preservation Office (HPO) and possibly the Historic Preservation Review Board (HPRB). Building permits are still required via DCRA, and special review steps apply. 

    Yes. Many jurisdictions require documentation in accordance with local historic preservation or zoning boards, especially for landmarks, districts, or alterations that affect appearances. Deliverables may need to conform with local guidelines for elevations, facades, materials, or archival standards. 

    Typical turnaround depends on project scale, complexity, and deliverable type. For moderate sized projects in DC/MD, you can expect initial scanning in 1-2 days, data processing and model prep in 1-2 more weeks. Larger or heritage projects may take longer due to greater detail, approvals, or preservation review steps.

    Regulatory reviewers in these jurisdictions generally accept deliverables such as point cloud data (.LAS, .E57, .PTS, .RCP), as well as derived models (Revit, AutoCAD), measured drawings, façade elevations, sections, and condition reports. The deliverables should be tied to known coordinate systems for geospatial consistency.

    Key best practices include scanner calibration (before and after use), capturing overlapping scans from multiple vantage points to avoid data gaps, controlling environmental factors (lighting, reflective surfaces), and thorough post-scan registration of point clouds using established accuracy verification. Standards like ASTM’s 3D imaging and USIBD’s Level of Accuracy (LOA v3.1) are often leveraged.

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