Land & Site Development

Jacobs Engineering – Houston

Jacobs Engineering – Houston Houston,TX The Jacobs Engineering Houston Headquarters office is located on a 16 acre tract on Oakpark @ Westchase. The campus was developed in 2 phases to include 2 office buildings and 2 parking garages. Extensive coordination with TxDOT was required to obtain access to the site from the Sam Houston Tollway feeder road. Scope of services include the design of an on-site storm water quality structure. And the grading and drainage was designed to meet aesthetically pleasing landscape areas and pathways.  

Christ Evangelical Presbyterian Church – Houston, TX

Christ Evangelical Presbyterian Church – Houston, TX Houston,TX Site area: 25.3 acres New building improvements: 51,095 SF 14,300 SF of interconnect pedestrian sidewalks New paving improvements:188,000 SF Parking spaces: 300 with ADA provisions Planned and designed the campus for full development in future, including proposed improvements

Lone Star Cowboy Church – Montgomery, TX

Lone Star Cowboy Church – Montgomery, TX Montgomery,TX Site area: 41.7 acres Designed paving, grading, and drainage improvements Detention pond redesign and expansion work Access drive improvements Redevelopment area: 9.15 acres Paving improvements: 25,300 SF

Lakeside United Methodist Church – Humble, TX

Lakeside United Methodist Church – Humble, TX Humble,TX Site area:4.4 acres, undeveloped Planned and designed the new 9,500 SF facility with office and sanctuary for client 105 new parking spaces with ADA provisions Designed public sidewalks along right-of-way Provided full scope of civil design, survey and platting services for the project

Houston Northwest Baptist Church

Houston Northwest Baptist Church Houston,TX Landev Engineers was responsible for the grading, paving, drainage, stormwater conveyance, stormwater detention, utilities, fire protection, and erosion control for a 10.5-acre redevelopment of an existing church site inundated by Hurricane Harvey. The project encompassed several months of coordination with other project disciplines including architectural, plumbing, electrical, mechanical, and structural engineering and included review and coordination with the Harris County Public Infrastructure Department for the civil site and detention and earthwork in accordance with agency requirements. The project also included coordination with Dannenbaum Engineering for acquisition of utility capacity within Harris County MUD 230 as well as coordination with the district operator for obtaining fire pressure calculations and requirements. The civil/site work and detention capacity was based on a previous drainage report also prepared by Landev Engineers that identified key areas of watershed ponding due to excessive rainfall amounts in heavy rain storm events in low-laying areas and areas with undersized storm sewers. Landev Engineers analyzed stormwater conveyance requirements as well as stormwater detention requirements to mitigate the impacts of the redevelopment and allow for future development within the same site. In order to make sure the necessary components of the project were able to be built, a significant amount of demolition took place including the spreading and compacting on on-site fill material in an existing on-site detention basin, the relocation of storm sewer outfall discharges, and the associated watershed timing analysis resulting from the diversion. In addition to coordination with other engineering disciplines, Landev Engineers also coordinated with the landscape architect on the project to obtain a clear vision for future development within a plaza that was intended to replace the area of a flooded building.

Halliburton Campus Redevelopment

Halliburton Campus Redevelopment Houston,TX A 67.4 acre redevelopment out of the 121 acre Halliburton Bellaire Road Campus. RG Miller | DCCM’s Site Development group’s design responsibilities included demolition plans of existing parking lot, maintenance building, and undersized storm sewer system, design of underground utilities utilizing existing storm sewers where feasible, and grading and drainage as well as design of detention facilities to serve not only the campus redevelopment but also any future development in existing acreage around the site.  

Malabo Dos

Malabo Dos Malabo,Africa Located off the coast of Africa, this 28 acre site will serve as the offices and residential housing for a large international oil company. The civil engineering for this development included the design of paving, grading and drainage. Since no existing utilities were in place to serve the site, RG Miller | DCCM also designed an on-site wastewater treatment plant and water plant to provide water and sanitary sewer systems to the facilities. This project required extensive coordination with all disciplines in order to design a reliable and self-sufficient project.  

One Oak Park

One Oak Park Houston,TX Located at Oak Park at Westchase, this 8.4 acre project site is LEED Gold certified. Creative site design was required to adhere tothe park’s open space and landscaping requirements. Scope of services included private utility design, site grading and drainage, as well as preparation of left turn lane plans along Rogerdale.  

Community Resources Credit Union Building

Community Resources Credit Union Building Baytown,TX Landev Engineers provided civil engineering services for the first phase of development, a 35,000-square-foot, two-story Community Resources Credit Union Office Building project located in Baytown, designed on a 11.88-acre tract. The design also included a drainage report, provided by Binkley Barfield | DCCM, as well as an outfall structure. The first project that Landev Engineers designed for CRCU was the outfall and drop structure for the storm sewer drainage and detention. The drop structure design modifies the existing sheet pile structure in HCFCD Ditch No. O129-00-00 by upgrading it to a concrete structure with riprap upstream and downstream. The outfall storm sewer pipe collects the water from the site and drains to HCFCD Ditch No. O129-00-00. The first phase of the on-site design consisted of fire sprinkler supply line, water meters, irrigation, and sanitary sewer service; on-site paving, grading, and drainage design; agency and project coordination; stormwater pollution prevention plan; and construction administration. A traffic analysis was performed for the intersection of Rollingbrook Drive and Rollingcreek Drive. The analysis was requested by the City of Baytown for determination of a signalized intersection. The design was reviewed and permitted through the City of Baytown to provide water and sanitary sewer service.

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