Moideen Mathari, P.E Email & Phone Number

Detroit, Michigan, Us

Quality assurance and review of designs and reports; constructability reviews; project feasibility studies and value engineering; Expert technical advice to SOMAT’s offices in Detroit, Taylor, West Bloomfield, and Grand Rapids (Michigan); Cleveland and Brooklyn Heights (Ohio); Baltimore (Maryland); and Washington DC. Major Projects: (1) 7-mile, 30-foot diameter, billon dollar, Upper Rouge Tunnel (URT) project in Detroit, Michigan. (2) The Ambassador Gateway Project involving ten new bridges and more than 30 walls to connect the existing Ambassador Bridge between Windsor, Canada and Detroit, Michigan with the interstate highways passing through Detroit. (3) 6,300-foot long, 23.5-foot diameter, Modified Detroit River Outfall No.2 (Mod DRO-2) Tunnel in Detroit, Michigan. (4) Feasibility evaluation of the Detroit River International Crossing (DRIC), a second bridge connecting Windsor, Canada with Detroit, Michigan. (5) Design of 7-mile long, 42-inch diameter, water main along 24 Mile Road, in Macomb County, Michigan. (6) Construction oversight of the Baby Creek CSO Control facility involving a basin, screening building, service building, chemical storage building, treatment sewer, and an effluent sampling building. (7) Design of more than 60, 000 feet of 18 to 24-inch diameter water mains along various streets in Detroit, Michigan. (8) Design of 4-mile long, 48-inch diameter interceptor sewer in Macomb County, Michigan. (9) Evaluation of Hamilton and Utah dams built in the 1920s in Flint, Michigan, as part of the Flint River Restoration Project. (10) Environmental Sampling and Reporting of the St. Louis River in the Duluth, Minnesota area. (11) Feasibility evaluation and design for the rehabilitation of failed interior ramp in the upper reservoir of the Ludington Pumped Storage Plant, Ludington, Michigan.

Mathari Inc. is an international infrastructure consulting firm registered in the State of Michigan, USA. It provides consulting services around the world in the Civil Engineering field with special emphasis on Geotechnical Engineering, Tunneling, Underground Construction, Water and Wastewater Engineering, and Structural Engineering. The services provided include: Constructability Review, Expert Witness Service, Cost Estimating and Alternative Evaluation, Independent Design Review, Project Feasibility Study, Forensic Evaluation, Value Engineering, and Structural Condition Assessment. Note: All requests for services within the US will be handled by Somat Engineering Inc.

In 13 years, this group has grown to a membership of more than 276,000 and is now the fastest-growing civil engineering-related group on LinkedIn. Profiled in the April 2011 issue of the ASCE magazine, "Civil Engineering"​ and mentioned in an article published in the May 2013 issue of "ASCE News" (see links to the articles below) Mr. Mathari is in pursuit to elevate the status of the civil engineering profession by promoting communication between its members, creating awareness of the need to raise its professional standard, and motivating its members to increase their civic engagement and political participation.

https://www.linkedin.com/groups?=&gid=144981

Southfield, Michigan, Us

ECE 4443 Foundation Engineering

Northville, Mi, Us

Project management; cost estimation and alternative evaluation; design of Combined Sewer Overflow (CSO) control facilities such as basins, tunnels, treatment shafts, sewers, screening and disinfection facilities, and pump stations; preparation of project plans and basis of design reports; preparation of proposals, budget, contract amendments, and change orders; preparation of design drawings, construction specifications, and contract documents; project cash flow analysis and budget evaluation; identification of funding sources and management of grants and loans; coordination with permitting authorities and other project stakeholders; presentation of project related information to clients, permitting authorities, and other key stakeholders; construction monitoring, responding to contractor’s request for information, and review of shop drawings. Major projects: (1) 300 million dollar Dearborn CSO Control Program involving evaluation of CSO control alternatives such as tunnels, basins, treatment shafts, and combinations in Dearborn, Michigan. (2) Study, design, and construction supervision of the Ford Field Bridge, Dearborn, Michigan. (3) Storm Water Management Program of the City of Dearborn involving erosion control, stream bank stabilization, illicit discharge elimination, public awareness campaigns, and preparation of a citywide Geographic Information System (GIS) for the city's sewer network, associated structures, and outfalls.

San Francisco, Ca, Us

Formerly with Woodward-Clyde ConsultantsFoundation analysis and design; geotechnical instrumentation and monitoring; construction monitoring; failure analysis; analysis and design of retaining structures, slopes, embankments, and underground facilities; design of soil improvement and dewatering procedures; preliminary evaluation of CSO control alternatives such as basins, rock and soft ground tunnels, and new concepts.Major Projects: (1) Geotechnical investigation, instrumentation, impact assessment, design of embankments and retaining structures, and soil improvement for the I-15 corridor reconstruction, a design-build project, involving 16 miles of roadway, 160 bridges, high embankments, several urban interchanges, and retaining walls through the Salt Lake City metropolitan area as part of preparing the city for the Winter 2002 Olympics. (2) Design of Mechanically Stabilized Earth (MSE) retaining walls for the McNamara Terminal of the Detroit Wayne County International Airport. (3) Emergency geotechnical instrumentation, monitoring, and reporting as part of the failure evaluation of the Joliet Road in Chicago, Illinois which failed overnight as part of a mining operation in the vicinity. (4) Carr Reclamation Project involving study of the collapse of abandoned mine shafts in Saginaw, Michigan.

Mr. Mathari managed Eastern Province office of the company with over 180 personnel from 16 different countries. Area operations included marketing of consulting and contracting services, client development, procurement of sub-consultant/subcontractor services, contract and budget negotiations, personnel management, hiring and training of engineers and technicians, and planning and execution of projects. The area office, started with less than ten staff members, grew to become one of the main revenue generating offices of the company.Major Projects: 1- Management of three onsite laboratories (soil, asphalt, and concrete) for a comprehensive quality control and material testing program for the King Fahad International Airport (KFIA) in Dammam using a team of more than 160 personnel to monitor the work of more than 35 subcontractors. 2- Supervision of site/civil, quality control, and construction material testing for the King Fahad Medical City in Riyadh. 3- Supervision of an independent testing laboratory, geotechnical investigation for the five new residential districts, and as-needed civil/structural tasks for the Jubail Industrial City. 4- Off-shore geotechnical investigation and foundation analysis for the platforms in Safaniyah and Berri oil fields. 5- Geotechnical investigation, soil improvement, and construction monitoring for Qunfudah and Adhum hospitals. 6- Feasibility evaluation of a 240 mile access road to Shaybah oil field. 7- Study, analysis, design, and installation of offshore screens in red sea shore to protect swimming areas of a private palace from sharks, barracudas, and jelly fish. 8- Study of the behavior of expansive shale of Tabuk and soft soil (Subkha) of Gizan. 9- Distress evaluation and retrofitting of the pre-cast, pre-stressed double T girders of the 8 mile long trestle system of the Ju'aymah loading terminal. 10- Conduct a landscape under drainage study of the reclaimed land for the Jubail Industrial City. http://www.rgme.com/

M.S.E, Construction Engineering And Management

M.S, Civil Engineering

B.S.E, Civil Engineering