Residential Projects
2100 M Street, NW
Washington, DC
This project involved the development of luxurious million-dollar condominiums located on a tight triangular lot at the intersection of New Hampshire, 22nd, and M Streets, NW in the District of Columbia. This 9-story building with 4 levels of underground parking is designed to provide grass-covered terraces and a garden-ringed rooftop pool. The ground floor is retail including an Exxon gas station whose underground storage tanks have been retained. WMC provided the civil engineering and surveying services to include topographic, boundary, utility surveys, utility design, streetlight design, and relocation of the 10’ x 10’ combined sewer.
The Vue
Washington, DC
The Vue is a highly anticipated mixed-use residential project located on Georgia Avenue in Washington, DC. The seven-story building is proposed to have 10,000 sq ft of ground level retail with residential units on the remaining levels. The development will be a major step in helping to revitalize the Georgia Avenue corridor which has been a major focus of the DC Office of Planning for many years.
WMC is providing landscape architecture, civil engineering, and surveying services for this mixed-use project located along Georgia Avenue. Scope of services include site design, utility design, stormwater management, EISF coordination, streetscape design, green roof design, and a roof terrace. Green design elements will also be incorporated into the design of this mixed-use development.
View 14- 2303 14th Street
Washington, DC
This project involved the construction of a 9-story residential building which consists of approximately 170 condominium units with 14,000 sq ft of retail and three levels of underground parking. WMC provided civil engineering services to include stormwater management concept plan, survey services to include topographic, utility and boundary surveys, as well as landscape architecture services. Additionally, because of the project’s location, WMC worked closely with WMATA staff, performing a necessary WMATA survey. All site plans were completed in accordance with the PUD requirements of the District of Columbia.
3303 Water Street
Washington, DC
This project, located in Georgetown, consists of 72 luxury residences offering charming views of the Potomac River, adjacent to the C&O Canal and the Waterfront Park, and close to the Bethesda Bicycle Trail and Rock Creek Park for unlimited walking and jogging, as well as biking, boating and dog-walking opportunities. WMC provided professional civil engineering services including preliminary design, stormwater management design, permit assistance and construction administration for the design of this project, situated on a site that slopes dramatically from the Canal Street down toward Water Street with more than 26 feet of elevation change.
Stanton Square
Washington, DC
This is a large-scale development project to build 187 affordable townhomes and provide homeownership opportunities in an underserved southeast part of the District of Columbia. This 8.1-acre site is located on Square 5877 at the intersection of Stanton Road and Pomeroy Road and bounded by Stanton Road to the west, Elvans Road to the southeast, and the Wilkinson Elementary School to the north. WMC provided civil engineering services and completed the Planned Unit Development (PUD) process in one stage. WMC also assisted the permit expediter to obtain the necessary site permits from the DC permit agencies, and coordinated the completion of the Environmental Impact Assessment Form (EISF). WMC provided the proposed utility plan and profile design for the storm/sanitary sewer system, waterrmain system, electrical and gas service system for the entire site.
3001-3009 M Street, NW
Washington, DC
WMC is part of the design team for a new residential building in the trendy Georgetown area of Washington, DC. The residential building will be located at 3001-3009 M Street, NW. The project involves redesigning the site to include residential units.
WMC is providing civil engineering and survey services for this project that included design of a new domestic and fire service together with a new sanitary service. Specific scope of services included review of existing connections with DC Water, locating and determining condition of existing lines, obtaining conceptual approval of the location of the new domestic and fire services predicated on the existing water distribution in Public Space, and coordinating and obtaining EISF approval.
Meridian at Mount Vernon Triangle
Washington, DC
WMC provided surveying and full civil engineering services for the design and development of Meridian at Mount Vernon Triangle located on L Street, NW and New York Ave, NW in the District of Columbia. This 14 story, 390 unit residential building will also have three levels of underground parking, including four spaces for charging electric vehicles. Perks for residents include a fitness center, clubroom and rooftop pool.
Scope of services includes land title survey, stakeout survey, preliminary condo plot and plans; boundary, topographic, and utility survey; survey to mark, design of civil elements from schematic design to Construction Documents, permit processing, construction administration, and EISF coordination.
Metropole – 1515 15th Street
Washington, DC
Metropole is a 90-unit condominium with retail space on the ground level located at 1515 15th Street, NW. Washington DC in Logan Circle area. The retail component includes 23,000sq ft of space that incorporates Vida Fitness and Bang Salon. The site is also located four blocks from a Metro Station. The Metropole is situated in a pedestrian-focused environment and steps away from an emerging retail district that includes the highly acclaimed Foods Supermarket. The structure also includes 96 underground parking spaces.
WMC provided civil engineering and surveying services for this project.
SoCo - 1045 Wisconsin Avenue, NW
Washington, DC
WMC is part of the design team for a new residential building in the trendy Georgetown area of Washington, DC. The residential building will be located at 1045 Wisconsin Avenue, NW. The site is being redeveloped to include the construction of this six story structure with two levels of subsurface parking. The building will also have roof deck with fitness room and pool.
WMC is providing full civil engineering services for this project that includes site design, stormwater management, utility design, and permit coordination and approval for District permitting agencies.
Williston Apartments
Washington, DC
Williston Apartments was a deteriorated set of residential buildings originally built in the 1920’s as part of an industrial housing project. The vacant structures had deteriorating masonry and were unsuitable living conditions.
WMC civil engineering services for the revitalization of this set of residential buildings. Scope of services included the design of an engaging and connecting walkway pattern, designing a landscape plan, and surveying services. Services also included obtaining permits from local agencies which involved coordinating with District Department of Environment and DC Water to ensure design were meeting current requirements.
1345 South Capitol Street, SW
Washington, DC
WMC is providing civil engineering and survey services for this building on the Anacostia Waterfront which will be an 8-story, 246,000 sq ft residential building consisting of 250 units and 204 underground parking spaces. Survey services include topographic and utility surveys and a Survey to Mark. Civil engineering services include preliminary design services, stormwater management design, construction documents and permit assistance.
401 and 425 Massachusetts Avenue
Washington, DC
WMC participated in the design of 401 and 425 Massachusetts Avenue, NW which consists of two adjoining residential buildings. 425 Massachusetts Avenue, consists of 370-units that incorporates the use of bays, upper floor setbacks and deep balconies. At 401 Massachusetts Avenue, ceremonial diagonal boulevards require a rooftop setback that is not required on the side streets. This 189-unit residence uses the opportunities of these junctures to create a lively, composition of bays, towers and setbacks.