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<br /> <br /> <br /> <br />22 <br /> <br />CONTINUING PROFESSIONAL ARCHITECTURAL & ENGINEERING CONSULTING SERVICES (CCNA) RFQ 26-07-01-0-2026C <br />bonding, indoor and outdoor lighting, controls, emergency systems, and electrical enclosures. ECF used <br />thermographic imaging to identify overheating or failing components and performed parking-lot <br />photometric testing to evaluate illumination for public safety and accessibility. The firm documented <br />deficiencies, prioritized corrective actions, and prepared professional-engineer-certified recertification <br />documentation for municipal review. <br />Relevance to Sunny Isles Beach: Sunny Isles Beach manages public buildings in the same Miami-Dade <br />regulatory environment and will continue to face recertification, code-compliance, aging-equipment, <br />lighting, and capital-replacement needs. This project shows that ECF does more than identify defects; the <br />team organizes findings into practical repair priorities that can be budgeted and converted into follow-on <br />design assignments. <br />Town of Golden Beach Wellness Center MEP Engineering Design <br />Project Information Details <br />Client Town of Golden Beach, Florida <br />Location Golden Beach, Florida <br />Dates September 2024 to March 2026 <br />Project / Construction Value $33,246 <br />Client Contact Eric J. Dempsey, Principal, NCARB | AIA | LEED AP | CDT, (561) 889-0348, ericj@dempsey- <br />design.com <br /> <br />The Town selected ECF to provide full mechanical, electrical, and plumbing engineering for a new <br />municipal wellness and community facility. The electrical design included resilient power distribution for <br />building systems and specialized wellness equipment, energy-efficient LED lighting, daylight harvesting, <br />automated dimming, and standby-power provisions for continued operation during utility outages. ECF <br />coordinated the systems with the architect, municipal leadership, and the other design disciplines and <br />incorporated provisions for future solar photovoltaic and electrification options. <br />Relevance to Sunny Isles Beach: The project reflects the same coastal municipal conditions present in <br />Sunny Isles Beach: a public facility, high expectations for reliability and aesthetics, energy-conscious <br />design, close coordination with municipal staff, and the need to preserve flexibility for future technology. <br />It also demonstrates ECF’s ability to integrate emergency power, controls, and energy systems into a <br />complete building design rather than treating electrical work as an isolated discipline. <br />Port of Palm Beach Buildings 11, 12, and 13 Engineering System Assessment <br />Project Information Details <br />Client Port of Palm Beach District <br />Location Riviera Beach, Florida <br />Dates November 2019 to February 2020 <br />Project / Construction Value $150,000 <br />Client Contact Ron Coddington, P.E., Port Engineer; 561-383-4133 office; 561-253-4813 cell