Construction Manager at Risk (CMAR) Services
A CMAR will bring value in determining the most cost-effective alignment and provide potential construction phasing options, thereby minimizing schedule risks and constructability concerns.
The proposed design includes a 12’‐wide concrete shared‐use path along one side of Robinson Church Road, beginning at Plott Road (connects to Robinson Church Road Phase 1 Improvements) and continues to Harrisburg Road. Accommodations for pedestrian / bicycle crossings and minor upgrades at major intersections (Hood Road, the future Eastern Circumferential Roadway and Harrisburg Road) and minor side streets (Alanbrook Road, Ludell Lane, Irwin Road, Fairford Drive, Solares Drive, Jerimoth Drive, Culver Spring Way, Hammond Drive, Atlas Cedar, Deluca Drive, Castle Garden Lane, Williams Gate Lane and Jones Creek Circle) will also be included in the scope. The project team is early in the design phase and plans are currently at a 10% milestone level. The CMAR shall provide input on the design, including side‐of‐street analysis for the shared‐use path and pedestrian / bicycle crossings at all major and minor intersections to identify potential cost savings and schedule efficiencies.
Work performed under this transportation repair (TR) contract will consist of storm water infrastructure maintenance, repair and maintenance projects within the city limits of Charlotte, NC. Work will involve mobilization, earthwork, drainage structures, storm drain pipe systems, channels, working over, under, near, and around existing private utilities, asphalt paving, concrete flatwork, and landscaping and any associated work required by the Engineer. Other work may include structural foundation protection, storm water pipe lining, storm water pipe joint and structure repair, water and sewer (relocations, installations and adjustments). Storm Water maintenance work may be located entirely within or a combination of the street right-of-way, private, residential and commercial properties. See section 1.28 – Scope of Work for additional details and information.
This project consists of the installation of Storm Water structures including pipe, curb, manholes, headwalls, and hydrodynamic separators to improve water quality at the adjacent surface water.
In June 2018, the Sustainable and Resilient Charlotte by 2050 Resolution was unanimously passed by City Council. This resolution set aggressive and aspirational municipal and community-wide greenhouse gas emissions reduction goals for the City of Charlotte. Specifically, it strives to have City fleet and facilities be fueled by 100% zero-carbon sources by 2030. The CDOT Sweden Rd facility currently contains many fleet vehicles and buses that are run on gasoline. In order to meet the 2030 target, the City has begun and will continue purchasing Electric Vehicles (EV’s) and equip the CDOT Sweden Rd Facility with EV Chargers.
In June 2018, the Sustainable and Resilient Charlotte by 2050 Resolution was unanimously passed by City Council. This resolution set aggressive and aspirational municipal and community-wide greenhouse gas emissions reduction goals for the City of Charlotte. Specifically, it strives to have City fleet and facilities be fueled by 100% zero-carbon sources by 2030. The Solid Waste facility currently contains many refuse collection vehicles that are run on gasoline. In order to meet the 2030 target, The City has begun and will continue purchasing Electric Vehicles (EV’s) and equip the Solid Waste facility with EV Chargers for refuse collection vehicles.
In June 2018, the Sustainable and Resilient Charlotte by 2050 Resolution was unanimously passed by City Council. This resolution set aggressive and aspirational municipal and community-wide greenhouse gas emissions reduction goals for the City of Charlotte. Specifically, it strives to have City fleet and facilities be fueled by 100% zero-carbon sources by 2030.The N. Davidson CATS facility currently contains many fleet vehicles and buses that are run on gasoline. In order to meet the 2030 target, The City has begun and will continue purchasing Electric Vehicles (EV’s) and equip the N. Davidson CATS facility with EV Chargers.
The purpose of this project is to increase capacity along Rea Road. Capacity will be increased by utilizing the right turn lane drops and median to develop an additional NB and SB through lane along Rea Road between the I-485 ramps and Williams Pond Lane. This project will also result in increased turn lane capacity and intersection improvements at Piper Station Drive and Ballantyne Commons Parkway. Pedestrian safety and mobility will be improved by providing sidewalks on both sides of Rea Road. Other specific improvements include: curb and gutter, accessible ramps, and driveways.
This Project will install 270 LF of proposed 12′ wide multi-use-path, curb ramps, crosswalks across NC 49, Pedestrian concrete island, milling/resurfacing, storm drainage and pedestrian hybrid beacon with mast arms near the intersection of University Blvd and Mark Twain Road. This project will also install pedestrian crossings, wheelchair ramps, traffic signals milling/resurfacing and storm drainage system at the intersection of University City Blvd and Suther Rd.91347
Install decorative crosswalks (interconnected preformed thermoplastic), milling and resurfacing, and pavement markings.
