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<br />ResumesNova Consulting, Inc.
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<br />Steven S. Eagle, PE │ Sr. Vice President / Chief of Engineering
<br />2
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<br />located at the South Miami Heights Water Treatment Plant (SMHWTP) site. This project involves providing engineering design
<br />services related to general civil, drainage, electrical site lighting, parking, site striping and overall site plan. As Engineer or Record,
<br />Mr. Eagle was responsible for preparing all permitting forms and documentation and obtaining the required permit approvals for the
<br />project, as well as providing engineering services during construction as required, including review of contractor submittals such as
<br />shop drawings, change orders, and requests for information, and project final certification.
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<br /> Pipeline Design from South District Wastewater Treatment Plant to the South District Water Reclamation Plant, Miami-Dade
<br />Water & Sewer Department, FL. This project included the large diameter piping design as part of the influent pipeline design from
<br />the South District Wastewater Treatment Plant to the Water Reclamation Plant, including a canal crossing through micro-tunnel,
<br />together with driving and receiving pits. Nova provided piping design, project management, cost estimating and scheduling during
<br />construction, utility coordination, and permit processing. As Technical Director and Engineer of Record, Mr. Eagle provided design,
<br />project supervision, and QA/QC of project deliverables.
<br /> South Miami Heights Water Treatment Plant, Miami-Dade Water & Sewer Department, FL. The original proposed water treatment
<br />plant included membrane buildings, reservoirs, a multi-purpose building with raw water booster pumps, strainers, bulk chemical
<br />storage, sodium hypochlorite; an electrical generator switch building, and a high service pumping station. The treatment plant facilities
<br />were designed to process 26 MGD of raw water. Presently MDWASD is revamping the plant process to use water extracted from the
<br />Upper Floridian Aquifer as the raw water source. In addition, they are considering enhancement of the original design to reflect
<br />potential sea level rise over the next 50 years. As Technical Director, Mr. Eagle originally provided engineering design associated
<br />with wastewater pollution and transmission system and stormwater drainage and participated in the preparation of the new
<br />design/build criteria package.
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<br />South Miami Heights Water Treatment Plant, Reverse Osmosis Pilot Study, Miami-Dade Water & Sewer Department, FL. This
<br />pilot study tested the efficiencies of several reverse osmosis (RO) membrane manufacturers at removing hardness, nitrate, and
<br />salinity, while observing the fouling potential of each membrane during operation. Mr. Eagle served as Project Manager; his tasks
<br />included coordinating and supervising Nova’s team in charge of data collection, analysis, and interpretation.
<br /> South Miami Heights Water Treatment Plant, Intersection Improvements, Miami-Dade Water & Sewer Department, FL. This
<br />project consisted of engineering design services for the intersection of SW 117 Avenue and SW 114 Court and crosswalks on the
<br />intersection of SW 208 Street and SW 117 Avenue. Specific responsibilities included as-built drawings, maintenance of traffic (MOT)
<br />plans, field inspection, and project coordination. Mr. Eagle was the Project Manager and the Engineer of Record responsible for the
<br />design and project supervision.
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<br />South Miami Heights Water Treatment Plant, Design of Pump Station No. 951, Miami-Dade Water & Sewer Department, FL.
<br />The proposed pump station system consisted of approximately 990 linear-feet of 8-inch gravity sewers, a new/relocated pump station
<br />and with a discharge via a 4-inch force main to the existing 20-inch force main. Mr. Eagle served as Engineer of Record.
<br /> Alexander Orr Jr. Water Treatment Plant, Miami-Dade Water and Sewer Department, FL. Mr. Eagle served as Project Manager
<br />responsible for a Process Optimization Study to evaluate alternatives to improve the efficiency of the lime softening and stabilization
<br />process, with the intent of reducing operational costs for the facility. Scope of work included raw water characterization, review and
<br />documentation of the raw water supply and lime softening in the form of drawings, specifications, and operation and maintenance
<br />manuals, bench scale testing, and cost analysis.
<br /> North, Central, and South Regional Sewer Pump Stations Hydraulic Model Calibration, Miami-Dade Water & Sewer Department, FL. This project consisted of investigation and evaluation of errors, inconsistencies or anomalies shown by the hydraulic
<br />model for several pump stations at the North, Central and South Regional Sewer Pump Stations in order to calibrate the hydraulic
<br />model as required. As Technical Director, Mr. Eagle was responsible for overseeing the analysis of the potential sources of e rror and
<br />possible solutions in order to calibrate the hydraulic model as required.
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