The Riverside Drive Streetscape Improvements project is a transformative, accelerated infrastructure initiative led by the City of Memphis to enhance connectivity, safety and public accessibility along one of the city’s most iconic corridors adjacent to the Mississippi Riverfront.
Read MoreAccelerate Memphis is the City’s award-winning $75 million infrastructure initiative to activate the Memphis 3.0 Comprehensive Plan across 37 project sites.
Read MoreAs part of the Accelerate Memphis initiative, Malasri Engineering led early-stage neighborhood investments totaling $400,000 in improvements to community anchors identified in the Memphis 3.0 Comprehensive Plan.
Read MoreThe Orange Mound streetscape project along Park Avenue was a major Accelerate Memphis initiative, transforming a 1.5-mile stretch of the corridor.
Read MoreThis Early Stages Investment (ESI) project at Poplar and Alabama transformed a busy intersection to prioritize safety and accessibility for all users.
Read MoreDelivered in less than eight months under the leadership of the construction manager, this project transformed key streets including Raines Road, Finley Road, and Faronia Road.
Read MoreAs part of the broader Klondike Small Area Plan developed by Opticos, the Vollintine Avenue Street Improvement Project responds directly to the community’s call for cleaner, safer and more connected neighborhoods.
Read MoreLocated within the Jackson Planning District, the Highland Heights neighborhood is home to a culturally rich community with a strong vision for safer, more connected streets and accessible public spaces.
Read MoreSoulsville is an Accelerate Memphis project along Walker Avenue from Mississippi Boulevard to Cummings Street. Designed by Kimley-Horn, the Soulsville Walker Ave project encompasses a series of strategic improvements aimed at developing a safer and more accessible environment for everyone, whether traveling by motor vehicle, bicycle, or on foot.
Read MoreMcLemore Avenue is a premier example of Memphis investing in its neighborhoods for a greener, more vibrant future.
Read MoreLiberty Park is a multi-phased development to revitalize the Memphis Fairgrounds campus. Malasri Engineering’s involvement began during the due diligence and planning phase in 2018.
Read MoreLiberty Park is a multi-phased development to revitalize the Memphis Fairgrounds campus. Malasri Engineering’s involvement began during the due diligence and planning phase in 2018.
Read MoreLiberty Park is a multi-phased development to revitalize the Memphis Fairgrounds campus. Malasri Engineering’s involvement began during the due diligence and planning phase in 2018.
Read MoreMalasri Engineering, operating as a subconsultant for Opticos Design Inc., helped to craft Small Area Plans for Highland Heights, Hollywood-Hyde Park, Klondike, Orange Mound, Soulsville, and South City. Small Area Plans address growth, improvement or preservation for a specific area of the city and may address future land use, zoning, design, transportation, housing, or other specific goals identified by individual communities. The Malasri Engineering team provided opinion of probable construction costs for concepts rendered in these Small Area Plans, which were used by the city’s Division of Planning and Development to plan the implementation of improvements across the sites.
Read MoreAs a subconsultant to Interface Studio, Malasri Engineering assisted in the development of the Memphis Public Investment Guide, a toolkit providing crucial information about allowable improvements for local communities. The guide supplements the City of Memphis’ comprehensive master plan, knowns as Memphis 3.0, and was designed to help people understand existing issues in any given neighborhood anchor, and to identify the potential options to help address those issues – allowing citizens to help determine how improvements are made in their own communities.
Read MoreThe Pinch District is an historic nine-block area in downtown Memphis. Since 2017, Malasri Engineering has been designated as the prime consultant by the City of Memphis Division of Housing and Community Development for the ambitious Pinch District Development Project. Responsibilities include overseeing the infrastructure improvement projects outlined in the $48 million State Infrastructure Fast Track Grant. These projects include a 48” sewer line relocation and three phases of converting overhead utilities to underground.
Read MoreThe Memphis and Shelby County Community Redevelopment Agency (CRA) is working to address basic infrastructure needs in the Uptown Tax-Increment Financing (TIF) District by providing sidewalk repair and public cameras, and to ensure adequate lighting for the streets and the community. Malasri Engineering is leading the streetlight assessment and evaluation, camera coordination, utility coordination, and smart city planning tasks for the project team.
Read MoreMalasri Engineering is currently providing utility analysis and coordination for the prime consultant and the Community Redevelopment Agency for the Front Street Improvement project from A.W. Willis to Henry Street. Malasri Engineering is coordinating the water main infrastructure upgrades for the area, with planned drainage and sewer upgrades.
Read MoreThe City of Memphis and SARP10 tasked Malasri Engineering with developing a scalable and efficient Stream Crossing Assessment Program for every stream crossing within the city limits. Working with SARP10, Malasri Engineering identified and mapped approximately 3,600 potential sewer stream crossings. Through an iterative approach, Malasri Engineering developed best practices to identify, verify and assess stream crossing areas according to selected bases.
Read MoreThe City of Memphis and SARP10 tasked Malasri Engineering with developing a scalable and efficient Stream Crossing Assessment Program for every stream crossing within the city limits. Working with SARP10, Malasri Engineering identified and mapped approximately 3,600 potential sewer stream crossings. Through an iterative approach, Malasri Engineering developed best practices to identify, verify and assess stream crossing areas according to selected bases.
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