Kentucky International Convention Center
This project consists of partial demolition of the west wing of the convention center, and a predominantly vertical expansion to accommodate additional exhibit and prefunction space plus new mechanical and roof structure. New structural construction will be mainly of structural steel with concrete slab on composite floor deck. Many existing foundations will be resupported and reinforced with piles to carry additional load. Likewise, new construction will require new shallow bearing spread footings and deep cast-in-place piles. Long roof spans will be created with a system of custom structural steel long-span trusses. The convention center spans Third Street between Jefferson and Market streets and its renovation is critical for Louisville to retain and grow its share of the lucrative trade show and convention business.
Eastern Kentucky University Martin Hall & New Hall B
New $66.0 M Martin Hall and New Hall B are five-story dormitory buildings constructed of 8” cast-in-place Insulated Concrete Form (ICF) exterior bearing walls with a single structural steel interior beam/column line located within an 8” cold-formed metal framing corridor wall. The floor system consists of 8” hollow-core precast concrete planks with a 3” concrete topping. Roof planks are 8” un-topped hollow-core except at the mechanical penthouse areas where 12” hollow-core planks and 4” of topping are used. The lateral load resisting system consists of concrete shear walls to provide stability against wind and seismic forces. Foundations consist of concrete grade beams framing between concrete drilled piers bearing on bedrock.
University of Kentucky Baseball Stadium
A new $48.0 M baseball facility including field, grandstands, concession buildings, club level suites, indoor practice facility, site retaining walls, and stadium ancillary structures. The project includes state of the art training facilities, food services, locker rooms, offices, safety netting and new scoreboard. The suite level structure is steel frame utilizing composite steel deck and beams with moment and braced frames. The balance of the buildings are concrete masonry load bearing walls with metal deck and steel joist framing. The foundation system is comprised of rock bearing drilled piers and rock bearing spread foundations.
Centerpointe Office Building
A new 13-story, 216,000 square foot steel framed building housing both office and residential space built over 3-story parking garage in downtown Lexington. Shops and a restaurant will also be accommodated on the main street level.
Morehead State University Renovate / Expand Student Services Facility
The renovation and expansion of the Adron Doran University Center at Morehead State University includes the renovation of the existing 3-story building plus a 3-story, 87,000 sq ft addition to the east. The structure for the addition is 2 stories of reinforced cast-in-place concrete with a long span structural steel top story to accommodate a large ballroom. It is also proposed to remove the existing building’s marble veneer and replace it with traditional brick and limestone to better fit with the architectural context of the surrounding campus facilities.
Millard Elementary School
New $17.8 M, 2-story, 92,300 sf elementary school with classroom, library/cafeteria, and gymnasium pods; plus mechanical mezzanine. The building is situated on a rock cut with shallow, spread foundations bearing on a strata of soil fill over the bedrock. The structural system is a combination of steel frame and loadbearing masonry walls with precast concrete, hollow-core plank.
Better Life Church
New $4.0 M, 1-story worship facility. The structure is a conventional, steel frame with open-web joists and joist girders and a lateral resisting system of concentrically braced frames.
Versailles United Methodist Church
A new, 22,000 sq ft $3.3M single story church facility. The building structure is a pre-engineered metal building founded on reinforced cast-in-place spread footing foundations.
Madisonville Community College Post Secondary Education Cetner
A new $13.3 M, 3-story Post-secondary Education Center consists of three floors totaling approximately 60,500 sq ft. It is a steel frame structure utilizing composite steel beam construction. The lateral load resisting system for the building utilizes special moment frame and special reinforced masonry shear walls.
Maysville CTC/MSU Post Secondary Center of Excellence - Phase 1
A new $19.0 M, 87,000 sq ft 2-story classroom and laboratory building with steel framing and lateral force resisting system of concentrically braced frames.
Lexington Bluegrass Stockyards
A new $16.0 M facility with 195,000 sq ft PEMB shelter and 45,000 sq ft sales building. The sales building is of conventional, structural steel with gabled roof and interior mezzanine. The clearstory roof structure is constructed of concealed, cold-formed steel framing overbuild and exposed architecturally exposed structural steel trusses. The shelter building is a pre-engineered metal building with stone and clay base, scales, special highly textured no-slip concrete slabs, and shop/vet buildings. The design was extreme fast-track with construction documents completed in 7 weeks from notice to proceed and 350 day construction schedule.
Eastern Kentucky University Case Dining Hall
A 3-story, 60,000 square foot dining facility for EKU. The building will consist of a steel frame with a com A 3-story, 60,000 square foot dining facility for EKU. The building will consist of a steel frame with a composite floor system. The lateral system will utilize both steel bracing and steel moment frames. The foundations will be a combination of drilled piers and shallow foundations bearing on rock. posite floor system. The lateral system will utilize both steel bracing and steel moment frames. The foundations will be a combination of drilled piers and shallow foundations bearing on rock.
Campbellsville Independent Schools
An $8.0 M renovation and addition to the former Campbellsville Middle School necessary to revitalize the building for use as a current elementary school. The project consists of multiple works areas and phased construction to maintain function of the building during the academic school year. At one wing of the building, a two-story, eight classroom, load bearing masonry wall structure has already been completed. Current work includes the complete demolition and reconstruction of the building core to replace and expand the administrative, restroom, and cafeteria capacities of the facility. These new areas will be structured by a combination of load bearing masonry walls and steel frames supporting a metal deck on steel joists roof system.
Eastern Kentucky University Football Stadium
New construction to the football field (visitor’s side) for Eastern Kentucky University. The project consists of a new locker room and concessions building, a new concourse, and new grandstands. The two-story locker room and concessions/bathrooms building will consist of a long-span roof deck bearing on rolled steel roof beams and girders supported by steel columns. The second floor consists of a composite steel deck on steel beams and girders with several interior and exterior masonry walls. The building’s second floor aligns with the elevation of the concourse. The concourse consists of a cast-in-place concrete slab bearing on steel beams and columns. The grandstands framing will be a pre-engineered hybrid system that bears on concrete piers and walls. The foundation system is a combination of drilled piers and footings bearing on rock.
Aloft Hotel - Westerville, Ohio
Aloft Hotel is a 4-story, 55,000 sq ft boutique hotel located in Westerville, Ohio. The superstructure of the guest wings is composed of precast hollowcore floors supported by reinforced load-bearing concrete masonry walls. The first floor plan opens up, requiring the use of deep steel beam and column systems. In addition to the typical lobby and bar spaces, the first floor includes a swimming pool space, constructed with an architectural wood roof deck and glue-laminated timber beams. The superstructure is founded on shallow spread footings, bearing on native soils.
Alltech KY Campus Office
A new 27,000 sq ft, 3-story office building addition in Nicholasville, Kentucky. The building is structured with concrete slabs on composite steel deck over steel beams. The structure is founded partially on spread footings and partially on drilled pier foundations, both of which bear on solid limestone.
(D-10) Jackson District Office Building
A new 1-story with mechanical mezzanine, 23,000 square foot Kentucky Transportation Cabinet office building for District D-10. The structure is light gauged steel bearing walls with light gauged steel roof trusses.