Our team provided subsurface utility engineering, professional surveying, civil engineering and UAV services to support the planning, design and construction of a new fully redundant optical fiber campus technology loop for the roughly 100 acre developed portion of the state’s campus in Las Vegas, NM.
This 4-span 265’-0” pre-stressed concrete inverted tee girder bridge was constructed over the North Fork Big Nemaha River. Our team performed topographic survey, hydraulic survey, roadway design, bridge design, construction inspection and administration.
This 5 span, 180’-0” long bridge replacement project included a bridge over the Blue River on the south edge of Seward, Nebraska. This cast in-place concrete slab bridge was designed to handle the frequent flooding of the Blue River.
Just 4 miles south of the proposed Blair South Bypass, our team designed two miles of grading, culverts, 9″ doweled concrete pavement and erosion control. This county funded project was built under the NDOT standard specifications.
In this urban bridge project spanned the Blue River in Crete, NE. Our team performed the survey, design and construction inspection and administration of two bridges, storm sewer, concrete paving, environmental monitoring, seeding and erosion control.
Our team designed and provided construction management and construction inspections services for this federally funded project let by the NDOT. This project consisted of rehabilitating two bridges over Salt Creek in Lincoln, NE. The 2 bridges, one on 27th street and the other on West ‘O’ Street required several repairs.
Due to flood damage in March of 2019, our team was hired to design and oversee construction of this replacement bridge. This bridge was designed and constructed in 3 years.
Our team provided subsurface utility engineering, professional surveying, civil engineering, and UAV services to support the planning, design and construction of a major city park renovation to an approximately 40-acre existing public facility in Albuquerque, NM.
Bowman partnered with Rockcliff Energy to conduct a preliminary survey and perform construction staking for an 88-mile saltwater gathering system. This system, designed to enhance the efficiency of saltwater disposal in midstream operations, aimed to eliminate the dependence on conventional 18-wheeler disposal methods.
Bowman secured a contract to conduct a preliminary survey for a 55-mile gas gathering pipeline, which is designed to gather natural gas from several well locations and transports it to a liquefied natural gas (LNG) plant in Southwest Louisiana.