GPRS 3D laser scanned The University of Wisconsin Engineering Hall reaction wall to determine the location of steel embed openings on the face of wall (+/- 75) prior to installing forms. Intensity map point cloud files, 2D AutoCAD elevation drawings, custom wall plumb analysis and a 3D Revit model were provided to the client.

This Howard University vacant campus building was 3D laser scanned for historical documentation. The client is repurposing the building and desired to preserve the architectural details. GPRS CAD designers utilized colorized 3D laser scan data to generate an LOD 350 model and 2D AutoCAD elevations with point cloud overlay.

GPRS provided 3D laser scanning and modeling services for a Power Plant in Ann Arbor, Michigan. The objective was to as-built survey the 5-level building, basement, exterior facades, rooftop, electrical switch gear rooms, vaults and interstitial space below the control room. GPRS generated a 3D model in Bentley MicroStation, including all civil, structural, electrical and mechanical features, including piping and conduits ½" in diameter and larger.

GPRS 3D laser scanned a Kansas high school for an architect. The building exterior, roof and main interior corridors were 3D laser scanned to reality capture the architectural features, exposed structural features and location of mechanical equipment on the roof. Educators, students, and community members developed a strategic plan to improve the high school experience, tasking the architect with a massive redesign to the existing school.

GPRS 3D laser scanned the MIT Rockwell Cage, home to the men's and women's basketball teams and volleyball teams. The primary objective was capturing 3D laser scan data from the interior gym floor to generate a 2D floor plan with spot elevation callouts.

GPRS captured 3D laser scan data from several interior areas at Lehigh University to create a 3D BIM model and 2D site plans of a 2nd floor lecture hall, mezzanine and staircase.

GPRS performed 3D laser scanning services for the University of Kentucky Hospital in Lexington. The 3rd floor was laser scanned in a demo or shell state, capturing all structural, architectural and MEP features. A 3D model was generated for the client.

GPRS captured 3D laser scan data from the ground floor of the University of Vermont Gutterson Fieldhouse and delivered point cloud files to the client.

GPRS 3D laser scanned the existing conditions of a University of Georgia Residence Hall post demo and prior to renovation. Point cloud files were provided to the client. The residence hall renovation project included reconfiguring all living, bathroom and programmatic spaces, and incorporated several design components students requested—such as increased privacy in community bathrooms and in-room temperature control.

GPRS provided laser scanning services to determine the rough opening for clerestory windows at the University of Wisconsin Music Performance Hall. New aluminum windows were being prefabricated and installed. Additional areas for 3D laser scanning included the main floor space, and interior and exterior elevations including the mezzanine beams and ceiling. Point cloud files, TruViews, 2D elevation drawings and an LOD 200 3D model were delivered to the client.

Using the Leica P50 ScanStation, GPRS 3D laser scanned the exterior facade and one floor of a new apartment complex at the University of Alabama to perform a plumb analysis on the concrete columns. A point cloud file was delivered to the client.

GPRS provided 3d laser scanning services for Villanova's Finneran Pavilion, creating 2D drawings and a 3D model to be used in the University’s building renovation. GPRS provided intensity map point cloud files, TruViews, 2D drawings of the main floor and mezzanine and an LOD 200 3D model of HVAC and mechanical rooms.

Old Dominion University planned to renovate Foreman Field because the existing structure could not be updated to meet modern building codes. GPRS provided intensity map point cloud files and TruViews for the decorative brick structures throughout the stadium.

GPRS 3D laser scanned eight (8) operating rooms and adjacent hospital corridors to capture the existing floor conditions, specifically elevation and perimeter of the operating rooms. Point cloud data, TruViews and 2D Floor Contour Analysis drawings were provided to the client.

GPRS performed point clouds scanning for a 2,880 square-foot mechanical room on the campus of UNC Wilmington. Point cloud data was delivered on the existing MEP. The target objects of data acquisition were the windows, doors, walls, beams, piping and chillers.

GPRS 3D laser scanned ground penetrating radar (GPR) markings locating underground utilities at Notre Dame stadium. Our experienced technicians laser scanned and photographed over 160,000 square feet of space showing active conduit, water and sanitary sewer lines inside the stadium concourse.

GPRS 3D laser scanned a 250' underground tunnel at the University of Michigan and created a 3D CAD model in .dwg format to include the outside diameter of piping (including insulation), cabling over ½", cable tray, piping support structure (including where possible: hangers, guides, rollers, limit stops and anchors), and cracks in concrete larger than ¼" to ½" in width.

The Ford Motor Company Robotics Building, on the North Campus of the University of Michigan, was under construction. GPRS was tasked with capturing detailed point cloud data to create an LOD 200 3D model for three separate stairwells. The client was fabricating metal handrails that were to be installed on the staircases within the building after the steps and landings had been constructed.

GPRS provided laser scanning services for our client to plan modifications for a new boiler system. This boiler system was located in a Heating Plant on Eastern Michigan University in Ypsilanti, Michigan and produces half of the electricity consumed on campus. GPRS’s scan technician captured the structural features, equipment and MEP features of the operating floor, basement, mezzanine, roof and exterior façade. GPRS CAD technicians delivered a point cloud file to plan modifications and avoid piping interferences.

GPRS 3D laser scanned the trunk and limbs of an existing tree in Boulder, Colorado. Architecture students at the University of Colorado used laser scan technology to design TREExOFFICE, an outdoor workspace built around an American Linden tree in a park on campus. The space offers a conference table, six desks, WIFI, and a platform for people to work, sit, think, converse, speak, or perform. GPRS created a 3D mesh of the tree to aid in the cutting-edge design and prefabrication of the office space.

GPRS 3D laser scanned a University of Chicago campus courtyard for surface topography, plus the architectural and structural elements of exterior buildings visible in courtyard area. Point cloud (.rcs files) were delivered to the client.

GPRS provided 3D laser scanning and drone services for the Bowling Green State University football stadium, seating and concrete steps prior to beginning construction. GPRS provided TruViews to the client, which can be utilized to virtually visit the site without the need for expensive software.

GPRS 3D laser scanned the University of Delaware Whitney Athletic Center stadium stand area to generate an LOD 200 AutoCAD structural model. This included structural elements such as exposed columns and beams and architectural elements including concrete structure, seats rows, and stairs, etc. They needed a volumetric survey of the raker beams and concrete steps. The grandstand extended 48,000 SF and rose 100' above the field surface.

GPRS captured 3D laser scan data from the interior of the 45,000 SF Whittemore Center Hockey Arena to generate a 3D AutoCAD model and 2D drawings of the concrete seating risers. The target objects of data acquisition were structural elements including exposed concrete seating risers and architectural elements including floors, walls and ceilings.

GPRS performed an as built survery of the interior and exterior of MIT Department of Earth, Atmospheric and Planetary Science Building (Green Building 54) in order to generate a 3D point cloud.

GPRS 3D laser scanned The Ohio State University’s Book Depository (approx. 10,000 SF) to capture the floor features, walls and shelving for plumb analysis. Point cloud files, TruViews and 2D drawings were delivered to the client.

GPRS was selected by the University of Kentucky to 3D laser scan The Whitfield Stump, a three hundred-million-year-old preserved stump of a lycopod tree. The University was moving this 7,000-pound fossil from one area of campus to another. The client requested TruViews and post processing of the point cloud data to create a mesh file.

GPRS captured 3D laser scan data from 3 exterior, aluminum and canvas sunshade structures at Harvard University in order to generate OBJ Mesh Models.