Edward Marciano Email & Phone Number

Huntersville, North Carolina, United States

Charlotte, North Carolina, United States

Clemmons, Nc

Engineer IIIRobotic Cleaner Team Member. Design of robotic cleaner drive train, modular transmission, chassis, agency compliant polymeric submersible motor enclosure. Followed toll gate processes from gate 1, initial concept to gate 5, post launch review. Employed design methods as DFMEA and Shainin Red X. Design for manufacturing, tooling, and assembly. Optimization with finite element analysis. Design validation testing including development of new test procedures. •Selected by VP of engineering to participate on the New Product Development (NPD) of Hayward's first from the ground up robotic cleaner. •Increased throughput of roller assembly by 66% by working with assembly and tooling teams to increase efficiency in both departments. •Initiated development of new material standard for bearing shafts, increasing reliability on new and current products. •Orchestrated 3 different external design firms for product development, timeline, and cost.Engineer IIAdvance Engineering Team Member. Work with Chief Engineer on technological strategic R&D projects to drive innovation in process and design.Product Design Engineer on filters and white goods team. •(NPD) Design of new single element cartridge filter. -Patented new design to ensure customer safety by actively removing air in top of filter. -Optimized using computational fluid dynamics to produce lowest head loss on market -Implemented new assembly / joining method with manufacturing •Process development of new testing methods to align with agency requirements and other new test standards.Engineer ISupported product development and sustaining. Worked with lead engineers on current projects, including but not limited to cleaners (pressure, vacuum, and electric), electrical box enclosures, pumps, valves and other plastic parts used in pool equipment •Cost reduced valve cover 25% by material reduction and molding time through the use of finite element analysis of the covers rib design.