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Richard Joe <br />Consultant, Container- Handling Cranes Support and Training, San <br />Pedro, CA, Port of Los Angeles (POLA): Provide specialized support <br />and training to Port of Los Angeles Engineering staff related to container <br />handling cranes and other materials- handling machines, including rubber <br />tire gantry cranes, rail- mounted gantry cranes, automatic stacking cranes, <br />passenger gangways, conveyor systems, lift bridges, et al. Responsibilities <br />included: Design and review electric power, control systems, and <br />electronic sensors; Review suitable interface between mechanical <br />equipment and power systems; Find and resolve crane system faults; <br />Modify container cranes for break bulk operations; Review lift bridge <br />adjustable variable speed drive system and integrate electronic sensors for <br />bridge positioning; Design and review crane power system for adequate <br />and most efficient utility electric power source. Provide mentoring, <br />training, coordinate structural, mechanical, and electrical engineer reviews <br />of systems on ship to shore cranes and other material handling machines, <br />RR bridge, and electromechanical machines and equipment used to move <br />bulk, break bulk, and container cargo; and Integrate crane structure to <br />marine wharf structure for capacity and seismic loads, electric utilities, <br />data and voice communications, and machine and power diagnostic <br />systems. (While working for another firm.) <br />Building Electrical Engineer Associate IV, Project Management/ <br />Economic Costs and Value Engineering, San Pedro, CA, Port of <br />Los Angeles (POLA): Provide project management and evaluate <br />economic costs and value engineering. AmoCad design, review, <br />troubleshoot, and construct the following controls and systems: <br />Coordinate and direct review of container shipping company design, <br />specification, performance, and capacity for dockside gantry crane <br />structural design, mechanical system, electric power system, <br />instrumentation and control system, diagnostics, and communications <br />systems, and to recognize various crane manufacturer design methods; <br />Design 600 VAC to 15 IN electric power system distribution, with <br />electrical protection, and coordination of protection components; Design <br />communication and control systems; Design fire alarm, life safety systems; <br />Design distributive control systems; Design traffic signal systems; Electric <br />metering; Design sewage lift station pump and controls; Identify and <br />design for appropriate needs for an electrical system in a potentially <br />hazardous explosive environment; Railroad signalization; Power quality <br />analysis; and Interior and exterior area lighting design, and monitoring. <br />(While working for another firm.) <br />25F -91 <br />