Bowman performed the MEP engineering services for the 105,000 sq. ft. Reston Town Center office of Peraton. The project involves the design and construction administration for four floors of corporate office space, including five SCIF spaces totaling 8,000 sq. ft. The design modified the existing base building VAV system to meet the new tenant layout, and design new dedicated units to serve the new mission critical spaces.
Bowman provided commissioning for multiple projects in the iconic Cathedral of Learning on the campus of the University of Pittsburgh. Projects include major renovations to areas of the building, including full HVAC/MEP replacement, and complete hot water systems upgrades. Renovations in a historic building have challenges.
Bowman along with Wildlife Imaging Systems is monitoring bat flight behaviors at wind turbines with thermal imaging cameras and post-construction monitoring. The videos obtained are processed using machine learning algorithms to identify bat tracks and unique behaviors associated with bat attraction to wind turbines.
As part of Middleborough downtown improvement plan, the team completed traffic counts, assessed signal warrant criteria, developed design plans for intersection layout, pavement design and resurfacing, drainage and watermain replacement, and construction documents for the proposed intersection improvements at two locations.
As part of a multi-disciplinary team, the team led the transportation analysis and design for the intersection safety improvements project. The team developed solutions to address the size and complexity of the intersection, which was challenging for bicyclists and drivers, while pedestrians faced long delays waiting to safely cross.
Our team provided marine engineering services for the construction of Spruce Street Harbor Park at Penn’s Landing in Philadelphia, PA. We provided mooring analysis, preliminary and final marine structural analysis and design, permitting and construction inspection services for this project.
In the process of remodeling the new 148-room hotel, the client discovered that the design model did not match the ceiling heights observed on-site. Our laser scanning team was deployed to measure the gutted building, both inside and out, with an accuracy within 1/8 an inch.
Our 3D laser scanning team used the latest scanning technology to document every facet of the Dutch shop’s ornate interior. The scans were turned into detailed Revit models, which the client used to design around the existing structure.
The ArtCenter College of Design sought to enhance its South Campus. Our team was brought on board to implement advanced 3D laser scanning and Revit modeling, laying the groundwork for these improvements.
Our team served as the electrical, civil, and structural engineer for the Wadesboro Solar project. We also acted as the design project manager, working closely with the developer, installer and equipment manufacturers to efficiently execute the design of this 5 MW AC (7.65 MW DC) solar PV system located in Wadesboro, NC.