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12. NAME <br />Orlando A. Rubio, P.E. <br />b. WITH CURRENT FIRM <br />17 <br />15. FIRM NAME AND LOCATION (City and State) <br />Craig A. Smith & Associates, Inc. <br />Boca Raton, Florida <br />16. EDUCATION (DEGREE AND SPECIALIZATION) 17. CURRENT PROFESSIONAL REGISTRATION (STATE AND DISCIPLINE) <br />B.S. Civil Engineering, 1988 Professional Engineer <br />University of Florida, Gainesville, FL State of Florida <br />License No. 48265 <br />A.A., 1985 <br />Miami Dade Community College, South <br />Campus, Miami, FL <br />18, OTHER PROFESSIONAL QUALIFICATIONS (Publications, Organizations, Training, Awards, etc.) <br />Hydraulic Hydrologic Modeling - Streamline Technologies - [CPR <br />University of Florida - TREOO - HEC - RAS Modeling <br />19. RELEVANT PROJECTS <br />46 <br />1) TITLE AND LOCATION (City and State) <br />(2) YEAR <br />COMPLETED <br />PROFESSIONAL SERVICES <br />CON TRU TION Of <br />illage of EI Portal <br />2017 <br />Pending <br />a <br />I Jardin Stormwater Improvements <br />I Portal, Florida <br />3) BRIEF DESCRIPTION (Briefscope, size, cost, etc.)AND SPECIFIC ROLE X Check if project performed with current firm <br />Project Manager: Design, permitting, modeling, bidding and construction management <br />f a $2.4 million stormwater retrofit project. <br />1) TITLE AND LOCATION (City and State) <br />(2) YEAR COMPLETED <br />PROFESSIONAL SERVICES CONSTRUCTION (If Applicable) <br />Palm &Hibiscus Island Stormwater &Roadway <br />b <br />Improvements <br />Miami Beach, Florida <br />2015 Ongoing <br />3) BRIEF DESCRIPTION (Briefscope, size, cost, etc.)AND SPECIFIC ROLE X Check if project performed with current firm <br />Survey, engineering stormwater design, drainage calculations and modeling, cost <br />estimates, permitting, and engineering services during construction for the Palm and <br />Hibiscus Island Stormwater and Roadway Improvements. The project is a Capital <br />Improvement Project structured as a design/build with Lanzo Construction. CAS was <br />responsible for the drainage system, roadway design and harmonization components <br />of the CIP. The design incorporated engineering techniques to reduce future sea level <br />rises such as elevating the existing roadways, increasing the size of the drainage <br />system, providing water quality, installing three (3) pump stations and backflow <br />prevention devices to avoid extreme high tides from re-entering the systems. Work <br />also included electric and communication line conversion from overhead to <br />underground on Hibiscus Island. <br />46 <br />