Patriot Industrial Park
Berryville, VA
A 57,000-square-foot office and warehouse pre-engineered metal building featuring a lean-to loading area.
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Sterling, VA
Take Your Project To The Next Level
Top Level Engineering, LLC is a structural engineering practice based in Sterling, Virginia, providing solution-focused design that accounts for budget and aesthetic considerations. It delivers structural design and calculations for buildings constructed of wood, steel, masonry, and concrete, serving markets such as commercial office, retail, public safety, mixed-use, recreation, government, multi-family residential, and data centers. The practice holds Professional Engineering licenses in the District of Columbia, Maryland, Pennsylvania, Virginia, West Virginia, and North Carolina.
Tailored engineering solutions for buildings constructed of wood, steel, masonry, and concrete. The practice provides a consultative approach to deliver agile solutions from concept to completion.
Berryville, VA
A 57,000-square-foot office and warehouse pre-engineered metal building featuring a lean-to loading area.
View project sourceAn 8,300-square-foot wood-framed brewing facility featuring a 3,800-square-foot high-bay brewing area, a covered loading area, an observation tower, an interior bar and serving space, covered walkways, and a mezzanine level for office space. Exposed wood framing is featured throughout the design.
View project sourceA 10,000-square-foot retail center comprised of six single-story retail spaces, a two-story open entry end unit, a drop-in-beam roof system, and a two-story restaurant featuring a roof terrace with curved steel-framed canopies.
View project sourceA 55,000-square-foot, three-story addition to an existing office building, including 8,000 square feet of executive office space on the top level with a full glass facade, a 7,300-square-foot roof terrace with a custom steel trellis, composite steel beam floors, and stair or elevator shafts utilized for the lateral load-resisting system.
View project sourceA 6,400-square-foot retail building utilizing load-bearing exterior concrete masonry unit (CMU) walls along the rear and sides, a steel-framed front facade support system, and a covered front entry with an arched pop-up roof.
View project sourceRanson, WV
A three-story, 36-unit multi-family residential building constructed with conventional wood framing, wood roof and floor joists, wood-framed breezeways, and exterior stairways.
View project sourceA mixed-use building development involving the addition of two levels containing 34,000 square feet of office and restaurant space constructed over an existing 34,000-square-foot single-story masonry building. The design incorporates a high second-floor elevation and moment frame lateral system to minimize impact on existing framing, composite beam floors, a pile foundation system, column coordination, and an elevated exterior mechanical platform.
View project sourceRenovation of an existing 2,300-square-foot building for use as an assembly area, including the addition of a 560-square-foot connector and load-bearing masonry construction requiring coordination between new and existing elements.
View project sourceA research facility with a 15,000-square-foot footprint and an 8,600-square-foot mezzanine constructed within a pre-engineered metal building featuring multi-sloped roofs.
View project sourceManassas City, VA
An 18,000-square-foot, four-story mixed-use facility featuring first-floor retail spaces, upper-level residential units, exterior balconies for each unit, and an accessible rooftop area.
View project sourceFour individual restroom and concession buildings featuring a butterfly roof summary, Alaskan Cedar glulam roof joists, tongue-and-groove wood deck planks, and precast concrete exterior walls. One building incorporates a second-floor press area.
View project sourceA commercial retail development featuring a 32,000-square-foot shopping center and a 3,700-square-foot retail building utilizing steel joists, steel framing with front moment frames, and concrete masonry unit (CMU) rear and side walls.
View project sourceRenovation of an existing 1,117-square-foot restaurant structure, including modifying the existing roof to accommodate an 800-square-foot roof terrace and constructing a new front facade with an elevated planter.
View project sourceA 3,400-square-foot single-story wood-framed clubhouse utilizing pre-engineered wood roof trusses.
View project sourceRenovation of an existing 10,000-square-foot building for restaurant use, including new entry canopies and a refreshed front facade.
View project sourceA 4,000-square-foot restaurant renovation featuring an interior dining area, a mezzanine, patio seating, a custom folded steel interior stair, and a steel arched trellis system with shading features.
View project sourceAshburn, VA
A 5,000-square-foot, two-story addition to an existing childcare facility utilizing conventional wood-framing with wood roof trusses and a brick veneer exterior designed to match the existing facade.
View project sourceAn 11,840-square-foot warehouse featuring a 2,000-square-foot mezzanine and loading dock, constructed as a pre-engineered metal building with a masonry veneer office space.
View project sourceManassas, VA
A 10,000-square-foot single-story daycare facility utilizing wood-framed walls and wood roof trusses.
View project sourceA 3,500-square-foot stage and wood-framed enclosure featuring a 53-foot timber truss to achieve an open stage layout, built on a concrete slab-on-grade with side and rear retaining walls and concrete entry stairs and ramp.
View project sourceStructural assessment and repair or replacement of roof framing elements for an existing single-story masonry car wash facility with steel roof joists and deck.
View project sourceLeesburg, VA
Renovation and structural framing analysis of an 8,272-square-foot retail building constructed circa 1960 in the historic district of Leesburg, VA. Work involved structural investigation for potential new retail and restaurant tenant uses, and design of reinforced framing for new equipment, openings, and loading conditions.
View project sourceA two-story, 10,900-square-foot church facility featuring a 7,200-square-foot footprint and a 3,700-square-foot second floor. The structural design incorporates load-bearing exterior masonry walls, concrete on metal deck with steel beams for the second floor, and a high-bay sanctuary with wood scissor trusses to form a vaulted space.
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