Featured Project

BREC Scotlandville Parkway Bridges

Surveying
East Baton Rouge Parish, Louisiana

The Recreation and Park Commission for the Parish of East Baton Rouge (BREC) engaged Waggoner to provide comprehensive engineering services for the three-mile Scotlandville Parkway along I-110 in North Baton Rouge that includes multiple recreational facilities. Services include topographic survey, construction drawings, bidding assistance, construction administration, and geotechnical services for the demolition, construction, and installation of three small vehicle and pedestrian replacement bridges at the parkway: YMCA Small Vehicle & Pedestrian Bridge, Scotlandville Parkway at Harding Pedestrian Bridge, and Disc Golf Course Pedestrian Bridge. The new bridges will restore greenway trail access at two locations and introduce new connectivity to the Disc Golf Course. The topographic survey involved establishing horizontal and vertical control at the three new bridge sites and two existing bridge sites slated for demolition, with all five sites tied together for consistency.

A detailed aerial map of Scotlandville Parkway showcasing multiple bridge locations labeled as Site A, Site B, Site C, Site D, and Site E. Each site includes annotations describing planned bridge demolitions, new pedestrian bridges, and other infrastructure updates. The map highlights key roadways such as Harding Boulevard, 72nd Avenue, Airline Highway, and I-110. Yellow circles mark the bridge locations, and red arrows and text provide additional context for the projects.
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Scotlandville Parkway

Made up of 134 acres of park land, the parkway route is three miles long

Field Surveying

Field surveying captured detailed topography of ground features, channels, bayous, bridge structures, utilities, trails, and pathways. Using a combination of RTK GPS, terrestrial scanning, and conventional total station methods, the team generated a comprehensive topographic map and a 3D digital terrain model in Civil3D, providing a robust foundation for design and construction.

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