unparalleled experience

The North Contract in the City of Biloxi, MS required the overhaul and replacement of Water, Storm, and Sewer lines, approximately 35 miles of paving, and associated landscaping. The Project was separated into eight areas and affected nearly every road North of the central East-West rail line in the city. The project was affected by unforeseen impacts, causing critical path delay almost immediately after the Notice to Proceed was issued. Aegis used industry standard methodologies to perform the critical path delay analysis, loss-of-productivity calculation, and draft an expert report. Construction was completed in January 2021.

414 Light Street is a 44-floor luxury apartment building in the Inner Harbor of Baltimore Maryland. Questar Builders, Inc., was the developer based on the cutting-edge design of Solomon Cordwell Buenz. Aegis worked on behalf of the owner to defend against cost and delay claims from the General Contractor. In addition, Aegis provided claim support services during the construction of the project including affirmative delay analyses and the rebuttal of an opposing expert’s schedule delay analysis. In October 2019, the delay and costs were settled. Aegis was instrumental in facilitating a settlement without a protracted litigation process.

Aegis provided project controls services for these unique public partnership (P3) stormwater programs that Corvias will engage in with local municipalities. These programs usually require the teams to develop their own projects within the program therefore the projects must be tracked from the planning phase through the design, procurement, and construction. Aegis developed robust project and program tracking metrics which it then published as KPI's within a dashboard that can be private and/or public facing.

Three buildings totaling approximately 600,000 square feet. Featuring 36-foot clearing heights and 250 parking spaces for autos, with another 39 for trailers.

Aegis worked with Whiting-Turner to create and manage the schedule for the University of Delaware’s STAR Campus 6 story, 208,00 sf Biopharmaceutical Innovation Center.

A building that accommodates around 300 researchers’ labs and offices. In addition to a bioimaging center with state-of-the-art microscopes, a DNA sequencing center, an automated bioreactor for cultivating cells, a training lab for K-12 teachers, and a model pharmaceutical factory.

The Dulles Corridor Metrorail Project is a 23-mile extension of the existing metrorail system. Phase II consists of six stations along 11.4 miles extending from Wiehle-Reston Station to Ashburn. The majority of the rail extension is in the median of the Dulles International Airport Access Highway. The project consists of both at-grade and elevated guideways. The project schedule includes detailed activities for Design, Right of Way, Permits, Civil, Track, Structures, Facilities (Stations and Pavilions), and Systems & Commissioning.

The project’s new construction included a coarse screen facility, influent pumping station, fine screen facility, grit removal facility, wet weather storage tanks, electrical substations, and structures to incorporate the facility with the existing wastewater treatment plant. The new coarse screen facility and influent pumping station features four 200 MGD coarse screens, four 70,000 GPM influent pumps and motors, four 60,000 GPM influent pumps and motors, and associated piping, valves, and flow meters. The fine screen facility includes six fine screens and two sets of solids handling equipment and the grit removal facility includes eight traveling bridge grit removal systems, grit removal pumps, grit slurry troughs, grit classifiers, and solids handling equipment.

A grit blower building, sanitary pumping station, two 18-million-gallon wet weather storage tanks, and a storage tank valve vault were constructed, along with the installation of buried piping systems and completion of backfill and surface restoration following each installation. Modifications to the main electrical substation, and installation of odor control systems, stormwater management facilities, and erosion and sediment controls were also included in the scope of work. Improvements to existing structures included the dewatering pump station and fine screen facility, modifications to the main electrical substation, selective demolition, and sitework.

The ECB2 project, a showcase piece for East Campus at Fort Meade, is considered a weapons system in defense of our Nation and will support he next generation of Signal Intelligence and Information Assurance. The project consists of a seven-story Operations Facility of approximately 843,000 gross square feet for 3,100+ personnel, as well as an expanded parking structure and associated generator yard.

This 2.7-acre site includes 1.18 million square feet of residential and retail space, with nearly 900 residential units and 40,000 square feet of retail space. The site also has a school, 26,00 square foot park, fire station, and underground parking upon completion.

Port Covington economic development project, anchored by the Under Armour global headquarters, will cover 260 acres and three miles of Chesapeake Bay waterfront near Interstate 95, the Port of Baltimore, and the Fort McHenry National Monument. The redevelopment will transform the former heavy industrial area into a thriving, dynamic neighborhood featuring 1.5 million square feet of destination, attraction, entertainment and specialty retail buildings for a total of $1.1 billion for local, state and privately owned infrastructure.

One Light Street is a 776,000 square foot, 28-story mixed-use building in downtown Baltimore and the first mixed-use skyscraper in the city. The building features 9 levels of office space, 10 levels of residential space totaling 280 units, 7 levels of above grade parking, 2 levels of below grade parking, and ground level retail. In addition to the base building project, the General Contractor also built out the interior office space for M&T Bank, the anchor tenant of the building, as well the residential units.

Located in NE Philadelphia, the Samuel S. Baxter WWTP serves to provide drinking water to Philadelphia from the Delaware River. This project, funded by the Philadelphia Water Department consisted of the construction of new 40 feet below grade precast basins capable of holding 10 million gallons of future drinking water. Aegis worked collaboratively with the DJK scheduling team to help manage the overall construction schedule, helping to identify key handoffs between the two contractors.