Lou Casey Blanco Email & Phone Number

Honolulu, Hawaii, United States

World System Builder(WSB) National Campaign for Financial LiteracyKnowledge is power and WSB is determined to provide 1 million people throughout North America with a financial education that empowers them to have a better future."Knowledge without Action is USELESS" - Anonymous

Joint Base Pearl Harbor-Hickam, Hawaii, United States

Energy Team- Assist the JBPHH to develop 200MW of energy projects by leveraging new energy-efficient building envelopedesigns, efficient lighting technologies, occupancy sensors for lighting and air-conditioning, solar film,photovoltaic (PV), solar thermal water, variable frequency drives, controls, Energy Management System (EMS),advance metering, water and wastewater system efficiencies, renewable and new energy efficient technologies by2020/2025- Provide energy expertise to support the development, maintenance, and improvement of the Naval Facilities(NAVFAC) HI utilities data, metering, and consumption allocation management system- Develop Energy Awareness (EA) program as a means to educate, inform, and disseminate energy-related issuesand data to appropriate commands or agencies in order to attain energy and cost savings.Utility Management- Perform visual check and analysis of assigned utility station to finalize the new Supervisory Control And DataAcquisition (SCADA) system- Oversee and communicate with NEC compliance- Create Navy Shore Energy Technology Transition and Integration (NSETTI) documentation for job creationwithin NAVFAC Hawaii and DoN- Collect Advanced Metering Infrastructure (AMI) Data from Nexus 1500m to analyze the Kuahua Network Study- Review Replacement, Installation, and Repair Drawings within the Punahou Network, outside of Shipyard- Collect UM SCADA Data for data analysis for all of JBPHH Study

Grand Coulee, Washington, United States

Replaced the existing, hardware SCADA system with Generic Data Acquisition Control Supervisory (GDACS)Trained and supervised a team of new, diverse GDACS electrical engineersPerformed visual check and analysis of assigned unitReviewed, analyzed, and revised drawings from Design EngineersCreated as-built and checkout procedures based off charts and drawingsCommissioned updated supervisory unit controls with software support, electrician, operator, and mechanicScheduled and conducted project meetings with project managers and electrical engineersCoordinated and conducted safety meetings with electrical engineersServed as Acting Supervisor

ECE 372–MICROPROCESSOR ORGANIZATIONIn this course, we were worked with the MC68HC9S12 microprocessor chip. In lab 2, we wrote a code in both Assembly and C, to have the LEDs turn on for 5/8 of a second and off for 3/8 of a second. In Lab 3, we demonstrated our microcontroller circuit, built in Lab 1, to operate on 2 push buttons. Push Button 1 was to operate on the output to increase sound and Push Button 2 was to operate on the output to decrease sound. In our final project, we reconstructed the microprocessor circuit with adding additional components and reprogrammed it as an automatic guitar tuner. Whenever the note was flat, the device would turn the tuning dial of the guitar and continue to turn until the note is completely in tune.ECE 369–FUNDAMENTALS OF COMPUTER ARCHITECTUREIn this course, we’ve programmed the Single-Cycle Datapath using Xilinx. We’ve modeled the basic datapath components, the datapath, and the unit control in Verilog. The components that we’ve constructed are the 32-bit adder, 32-bit ALU, 2-1 Multiplexer, 32-bit register, 32-bit read/write memory, 32-bit register file, 32-bit read-only memory, ALU control unit, and the control unit. In each of these components, we used Assembly to program and test all the instruction fields, register files, and ALU through the connections of the datapath.ECE 478–FUNDAMENTALS OF COMPUTER NETWORKSIn this course, we were taught to understand networking involving layering, detecting and correcting errors, probability, packet switching, routing, TCP protocol, resource allocation, and congestion control. Taken what we’ve learned in class, my group agreed to use MATLAB in the networking final project. This project contains connecting random routers in random locations on a 50 x 50 grid. Using the same routers at their locations, we used them to graph routing networks using Dijkstra’s Shortest Path algorithm, Prim’s minimum spanning tree algorithm, and Broadcast Incremental Power Spanning Tree.

The objective is to provide assistance and hands-on training to 15 Laboratory students. The following are my assigned tasks:Oversee and assist laboratory operations as follows:Circuitry design and drawingsMeasurements (voltage, current, resistance), and power calculationsEnforce strict adherence to safety rules and procedures while providing assistance to students improving their knowledge and understanding of the course.

Tucson, Arizona, United States

Preparing and scheduling service project for the student volunteers of Alpha Phi Omega - Theta Iota Chapter

Using the software program, Dreamweaver, I've updated our Fraternity's website. Uploading and creating links for the agendas and other documents, post up pictures of the members and our service events. Set up the website to be more attractive and more user friendly.