Renovations and Upgrades

Rental Assistance Demonstration (RAD) is a component of NextGeneration NYCHA, the housing authority’s 10-year strategic plan to preserve public housing. A component of RAD is the rehabilitation, improvement, and modernization of public housing property and buildings. IMEG provided structural, mechanical, electrical, plumbing, and fire protection engineering design services for the renovation of approximately 1,315 apartment

Station to Station Expansion

The Long Island Rail Road (LIRR) expansion project is part of a comprehensive plan to transform and expand New York’s vital regional transportation infrastructure. The project extended 9.8 miles between the Floral Park and Hicksville stations, where five branches converge carrying approximately 40 percent of LIRR’s daily ridership. IMEG provided civil engineering design services for

Mixed-Use Development

Parkview is a mixed-use transit-oriented redevelopment project adjacent to the Herndon Metro Station comprised of residential, office, and retail uses at a floor area ratio of up to 4.3. It has a pedestrian activated streetscape that is integrated with attractive public open space and plaza areas for its users. IMEG provided civil engineering design services

New Townhome Community

Madison Mews is a 26-unit townhome development in the City of Fairfax. The redevelopment project involved the demolition of the City Library — which was relocated and rebuilt — and construction of the 26 townhomes, frontage improvements on two streets in the City’s historic downtown area, landscape plans, and streetscape improvements. Significant utility relocation and

Permit Amendment

Luck Stone, a quarry in Fairfax County, Virginia, required engineering consultant services to amend the existing Special Permit Amendment in order for the quarry to continue its operations on the property. IMEG provided civil, survey, land planning, and urban forestry engineering design services to facilitate the amendment approval.

Government Center Renovation and Restoration

IMEG is providing civil, survey, and landscape architecture engineering design services for the Fairfax County Government Center renovation. The parking garage beneath the main entrance is being renovated to restore waterproofing, and the public entry plaza above the garage at the front of the building is being redone with enhanced landscaping and hardscape design. The

Multifamily Community

Eleven Oaks is a community of 49 townhomes and single-family homes located in downtown Fairfax, near George Mason University. The project consists of a variety of architectural facade styles that create a walkable pedestrian streetscape. IMEG provided civil engineering, land planning, and surveying services for the development from original boundary surveys through final grading plans.

Urban Redevelopment

IMEG provided civil engineering, surveying and land planning services for a high-density, urban mixed-use redevelopment project at 555 Herndon, adjacent to the Herndon Metro Station. IMEG assisted with three phases of the initial site development, including surveying, site evaluation, engineering, and entitlement services. Civil engineering efforts included site review, landscape architecture, stormwater outfall analysis, SWM/BMP

Utilities Replacement

IMEG provided civil and site investigation engineering design services to replace the existing 100-year-old storm drain and sanitary laterals from the Embassy Chancery Building to the public utility connection in the street in Luxembourg. The project involved installation of the new utilities, coordination of the connection points for existing inlets on the site and the

500,000-sf Data Center Campus

IMEG provided civil and survey engineering design services, along with landscape architecture, to develop a 104-acre site in Leesburg, Virgina into a 500,000-sf data center campus with 75 megawatt of critical IT capacity. IMEG supported the project from the initial planning stages, including rezoning support, site evaluation, preparation of permits and plats, cost estimating, and