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<br />CONTINUING PROFESSIONAL ARCHITECTURAL & ENGINEERING CONSULTING SERVICES (CCNA) RFQ 26-07-01-0-2026C
<br />Executive Summary
<br />The City of Sunny Isles Beach is seeking more than an electrical design consultant. Through RFQ No. 26-
<br />07-01, the City is establishing a continuing professional services relationship with an electrical engineering
<br />team capable of responding to a broad and evolving portfolio of municipal infrastructure, facility,
<br />resiliency, and capital improvement needs. The required services span the complete project lifecycle—
<br />from consultation, studies, field investigation, preliminary engineering, and cost estimating through final
<br />design, permitting, bidding, construction administration, on-site representation, and project closeout. The
<br />RFQ specifically anticipates electrical engineering services for street and sports-field lighting, repair and
<br />replacement of electrical systems within City facilities, technical specifications, construction documents,
<br />cost estimates, and other assignments directed by the City.
<br />ECF Engineering Consultants is exceptionally well positioned to serve as the City’s continuing Electrical
<br />Engineering Consultant because these services align directly with our core professional practice. ECF is a
<br />Florida-based multidisciplinary engineering firm headquartered in West Palm Beach with more than 160
<br />professionals and established capabilities in electrical engineering, building systems, utility and
<br />infrastructure engineering, permitting, construction administration, and commissioning support. Most
<br />importantly, ECF intends to self-perform the core electrical engineering services required under this
<br />contract, providing the City direct access to the Project Manager and Electrical Engineer of Record and
<br />maintaining responsibility for technical quality, schedule, budget, coordination, and construction support.
<br />Our understanding of Sunny Isles Beach extends beyond the individual tasks identified in the RFQ. The
<br />City operates within a uniquely demanding municipal environment: a compact coastal community
<br />containing high-rise development, public facilities, parks, parking structures, heavily traveled corridors,
<br />utility infrastructure, and public spaces within a limited geographic footprint. Electrical improvements
<br />must therefore be designed not only for code compliance, but also for reliability, resilience,
<br />maintainability, public safety, operational continuity, and long-term value. Coastal exposure, salt-air
<br />corrosion, hurricane conditions, flooding vulnerability, constrained construction staging, utility
<br />coordination, and the need to maintain public operations must be addressed as fundamental design
<br />criteria—not as secondary considerations discovered during permitting or construction.
<br />The City’s anticipated capital needs further demonstrate the importance of a versatile electrical
<br />engineering partner. ECF’s response identifies potential and programmed needs involving street-lighting
<br />improvements and LED conversions, public electric vehicle charging infrastructure, citywide security
<br />systems, solar generation and solar canopies, FPL transformer and utility relocations, emergency and
<br />standby power, municipal facility improvements, pump-station and process power, and other
<br />infrastructure modernization initiatives. These projects demand expertise across power distribution, load
<br />and service-capacity analysis, lighting and photometrics, grounding and surge protection, generators and
<br />automatic transfer systems, utility interconnection, renewable energy, EV infrastructure, controls,
<br />metering, and electrical system rehabilitation. ECF can provide this breadth of capability through one
<br />accountable engineering organization.
<br />ECF will approach each assignment as a municipal engineering decision first and a drawing-production
<br />exercise second. Before defining the solution, our team will establish the actual operating need, verify
<br />existing conditions, identify utility and permitting dependencies, evaluate alternatives, establish
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