This project will transform the City’s core business center into a revitalized, pedestrian friendly area. The project reduces traffic lanes between Del Monte and Fremont Boulevard from four to two lanes, making way for wider and more accessible sidewalks. These new sidewalks will calm traffic and provide key beatification features to the corridor with their wide walkways, new pedestrian lighting, and lighted palm trees. Also included in the project scope is the construction of four large storm drainage water retention structures under the roadway to store and infiltrate run off from the street. [ read more… ]
The APWA Central Coast Chapter awarded the Nipomo Community Services District’s Supplemental Water Project the 2016 Public Works Project of the Year in the Environment Category and Over $15M Division! [ read more… ]
VENTURA, CA—Congratulations to MNS Engineers, Inc. (MNS) for winning the 2016 Project of the Year Award in the Transportation Category with the APWA Ventura County Chapter for the US 101 HOV Widening Project!
This $66M project includes six miles of new high-occupancy vehicle (HOV) lanes for both north and southbound traffic, a new pedestrian undercrossing with direct beach access at La Conchita, four miles of a Class I bicycle path adjacent to the ocean from Rincon to Mussel Shoals, widening of the Bates Road Bridge, new sound walls at Mussel Shoals, highway landscaping at Bates Road and Mussel Shoals, restoration of the Punta Gorda pedestrian undercrossing, and construction of public access parking lot at Punta Gorda. [ read more… ]
MNS’ Water Resources and Construction Management groups are excited to be on the team recently selected for Program Management for the City of Morro Bay. MNS is serving as subconsultant to Michael K Nunley & Associates, who will lead Program Management for the City’s Public Works Department to develop a new Water Reclamation Facility. MNS will support the development of the Recycled Water Program and will provide Construction Management services.
MNS Engineers was awarded the on-call structures construction inspection services contract for Caltrans District 5 (Structures) for a four year term. Caltrans District 5 stretches through the Counties of Monterey, San Benito, San Luis Obispo, Santa Barbara, and Santa Cruz.
History of Cabrillo Boulevard Bridge
Congratulations to the MNS team for their win on the Los Osos Valley Road Interchange Improvement! The US 101/Los Osos Valley Road (LOVR) Interchange Improvements Project represents a vital improvement for traffic capacity and circulation in southern San Luis Obispo.
The current three-lane Los Osos Valley Road interchange was built in 1962. As the City and population has grown, the interchange is in need of structural repair and widening to improve travel conditions and accessibility to a variety of transportation types. The purpose of the US 101/LOVR Interchange Improvements project is to maximize the efficiency of LOVR and the US 101/LOVR Interchange in order to improve functionality and accommodate the growing amount of traffic. LOVR serves as the only primary east/west corridor between South Higuera Street and the community of Los Osos.
MNS Transportation Division, Construction Management Team: Spotlight Project
The Pitkins Curve and Rain Rocks Shed project, located between Monterey and Cambria on California State Route 1 (Highway 1) was a major undertaking aimed at making a dangerous section of the scenic state highway safer for motorists.
The Pitkins Curve area of Highway 1 is part of an active landslide; rock slides are a fact of life here, rather than an unusual occurrence. Its geological composition is particularly unstable. Rock slides repeatedly closed the original road and presented a significant danger to motorists.
Foreseeing that Pitkins Curve would continue to be a major safety issue and an access impediment for the millions of tourists traveling through the area each year, not to mention a major maintenance and cost issue, the California Department of Transportation (Caltrans) developed an innovative solution to the problem. [ read more… ]