CES Consultants, Inc. Bid Document (23)

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RFQ # 26-07-01 | CITY OF SUNNY ISLES BEACH | CONTINUING PROFESSIONAL ARCHITECTURAL AND ENGINEERING CONSULTING SERVICES (CCNA)135 CES CONSULTANTS, INC. Mariano O. Valle, PE Principal Sr. Structural Engineer Registrations: Professional Licensed Engineer in the State of: Florida (48223), 1994 Academic Achievements: MS, Civil Engineering, Massachusetts Institute of Technology, 1991 BS, Civil Engineering, Catholic University of America, 1989 With over 35 years of experience, Mr. Valle has led and successfully completed a variety of engineering projects including planning, design, value analysis, probable construction cost estimates, life-cycle costing, project and construction management. His experience encompasses all types of public and private infrastructure, ranging from airports, transit, roadway/highway systems, to medical, residential, industrial and municipal facilities. Mr. Valle’s vast experience in the engineering and construction industries, uniquely qualifies him to assist both private and public clients reach their projects goals. The following are relevant continuing engineering contracts that Mr. Valle has worked on while being employed by previous consulting engineering firms as well as with ACE: 40- & 50-Year Structural Recertification for various public and private facilities. Mr. Valle was the Engineer of Record for the recertification of various building facility, responsible for the visual observations and preparation of the required structural recertification reports per Miami-Dade and State of Florida Requirements. The facilities include: • City of West Miami -50-year Structural Recertification of City Hall • City of Sweetwater - 40-year Structural Recertification of City Hall, Passport Building and Senior Center • Miami-Dade County - 40-year Structural Recertification of Vehicle Maintenance Facility & Administration Offices • LSG Sky Chefs - 50-year Structural Recertification of Food Preparation Facility City of Ft Lauderdale - Structural Constructability Review of Johnson St Bridge Replacement over C-10 Canal Mr. Valle was the lead structural engineer conducting a construability review of the designs prepared for the replacement of the Johnson St Bridge. The project entails the replacement of both a vehicular and separate pedestrian bridges, with a new single bridge accommodating 3 vehicular lanes, as well as two shared used paths (pedestrian and bicycles) on both sides and a utility strip. The new structure will have a span of 66 ft and an overall width of 61 ft, with a reinforced flat slab superstructure that will be constructed in phases to ensure that traffic is maintained during the construction of the new bridge. Broward County Public Schools - Structural Assessment of Barrington Irving's Pedestrian Bridge at Park Elementary School Mr. Valle was the Engineer of Record for the structural assessment of the existing pedestrian bridge. The bridge is used daily by school children to access the Vincent Torres Memorial Park which is located on the other side of Middel River Canal. The existing bridge structure is a simple span, pre-manufactured steel truss with a span of 110 ft by 10 ft wide and was built in 2007. Over the years, the bridge has developed corrosion on several of its structural members, and an in-depth structural assessment was performed. The assessment included visual inspection of all structural members, non-destructive testing of elements identified during the inspection and a structural analysis of the existing condition of the bridge based on the field investigation performed. The final deliverable included a report that summarized the field investigation, the structural analysis of the as-is condition and recommendations with associated cost estimates for the repair/rehabilitation of the bridge. Aircraft Hangar Structural Repairs Miami Air International at Miami International Airport, Miami, FL. Project Manager and Structural Engineer of Record for the structural repairs implemented at MIA Bldg. 871 located at Miami International Airport. The structural repairs involved the reinforcing of 3 existing steel columns that had experienced advanced corrosion damage. Project included initial assessment, design of repairs, permitting, bidding and inspections during construction.