At Texas A&M University’s RELLIS Campus, LJB delivered full structural design for the Rellis Data and Research Center—a 45,000-square-foot, two-story data facility supporting cloud services and hands-on learning. The building shell features load-bearing tilt-up concrete panels and a conventional steel-framed structure, with drilled pier foundations and composite slab-on-metal deck systems. LJB’s scope included structural drawings […]

Our team provided site design, traffic and parking studies, and permitting services for two transformative projects on the University of Maine at Farmington (UMF) campus, balancing modern functionality with historic district and environmental requirements. For the new 44,553-square-foot classroom and office building at Lincoln and High Streets, our work supported the university’s commitment to sustainability, […]

Our team partnered with PDT Architects to redevelop Mt. Ararat High School on its 46-acre campus in Topsham, ME. This transformative project includes a new high school building, upgraded parking, and redesigned drop-off areas for buses and students. Our team also planned and permitted three new competition-level athletic fields and a track facility, ensuring seamless […]

Our team provided site design, permitting, and construction phase services for the expansion and renovation of this 61,200-square-foot addition to transform the site into a state-of-the-art campus serving PreK-8 students. Our work included a site selection study to confirm the feasibility of the existing property and a comprehensive redesign of the campus layout. Improvements featured […]

Our team played a key role in designing the site for this new PreK-8 school serving 750 students, along with athletic fields, parking, and a relocated city park. This project brought together three existing schools into a single, cohesive campus on a 30.75-acre site. Our team provided comprehensive civil engineering services, including site evaluation, stormwater […]

LJB provided structural services for the 4600 River Road project near the University of Maryland at College Park. The four-story, 106,500-square-foot building provides office, lab, and collaboration space for a cyber security and IT workforce development company. The structure uses tilt-up concrete walls and still incorporates 45% glass for architectural appeal—with the remainder of the […]

As part of a design-build team, LJB served as the tilt-up wall panel specialty engineer for a conference and expo center for the University of Clemson. The 42,000-square-foot single-story building also has a 6,900-square-foot mezzanine along the front elevation. LJB was responsible for the perimeter and interior load-bearing tilt-up concrete wall design and detailing services.

LJB provided structural engineering services for the three-story charter school, which includes typical classroom and office areas, as well as a gymnasium on the ground floor and a basement under a portion of the building. In a portion of the building, the library on the third floor spans over the gymnasium. There is no second […]

LJB performed a fall hazard risk assessment for Portland Community College across several campuses, which included approximately 50 buildings and 2 million square feet of roof area. LJB fall protection experts assessed the roofs to identify fall hazards associated with accessing the roofs and performing maintenance tasks on the roof or building façade. The initial […]

By unanimous vote, Ohio’s Loveland City school board selected LJB Inc. to guide the Loveland City School District’s reopening plans for the 2020-2021 school year. Using its combination of pandemic planning and engineering expertise, LJB’s team developed a Continuity of Operations Plan (COOP) for each of the district’s six schools. The team assessed the district’s […]

LJB designed the layout of this 162-acre sports complex including the entrance into the complex, parking lots and public roadway improvements from State Route 380. This complex of seven synthetic turf fields, for use with the Athletes in Action program, includes two regulation soccer fields; two baseball fields with dugouts, bleachers and lighting; two softball […]

This 98,000-square-foot facility features a two-story academic wing and a lower level athletic wing that consists of two gymnasiums and a natatorium. The original concept for the building was traditional masonry, but an option for design-build tilt-up provided a cost savings that put the project $600,000 under budget and shaved two months off the schedule. […]