Telecom engineer and Project Manager for network infrastructure, radio, physical security, and emergency response systems for the largest* industrial complex in the Houston region. (*by mbpd capacity)-Implemented the Telecom scope for six 100M+ projects worth a total $3.6B.-Designed entire IT scope for lab, security building, offices, maintenance buildings, and control buildings.-Determines IT Sustaining Project scopes and presents proposals to Operations for funding approval.

•Designed AIS, CCTV, crane radio, ENS, hotline phone, IPT, LAN, Masterclock, PAGA, radar, satellite phone, SCS, TVRO, voice recorder, and Aeronautical, Marine, and UHF Company radios systems.•Visited the SP89 platform at KOS and updated documents during the commissioning phase.

Telecommunication design and proposal for platforms and LNG facilities.• Calculated voltage drops for the power wires using Excel where there were fifteen downstream devices based on wire size resistivity, distance, amperage, and voltage drop.• Created Java program to write 1,100 unique structured cabling tags based on the number of floors, port count per wall plate, wall plates per floor, and building number.• Project manager on a $770,000 project where GM increased from 16% to 34%.

Design, document, and implement the telecommunications package for MSP oil rig for Chevron. • Design BLAN, CCTV, access control, microwave, and crane radio systems. • Document asset tags and provide cable labels. • Create cabinet elevations and power wiring diagrams for the equipment. • Identify all required parts that are needed for installation. • Track POs and material requests using Siebel financial software.

Designed and installed microwave back haul networks for radio communication networks.• Design microwave network using LINKPlanner RF propagation tool for link budget and antenna gain and height, interference, propagation, and link performance.• Analyze interference levels to determine bandwidth and frequency to maximize data throughput and link availability.• Manage the schedule, personal, and equipment for the installation of NEC iPASOLINK 250 and Motorola PTP600 and 800 wireless microwave backhaul equipment.• Integrate T1, analog, and Ethernet traffic over wireless network using IPmux-24 and IPmux-1E.• Issue POs, hire subcontractors, and purchase equipment using Vision accounting system.

Designed the camera, car detection system, RF, and LAN network for overhead tolling system• Determined Bill of Materials (BOM) for the hardware required to meet Open Road Tolling System Requirements. • Calculated critical dimensions for cameras and vehicle detection equipment.• Drafted conduit runs for wires utilizing AutoCAD 2011 and system and network layout on Visio. Selected Achievements• Reduced cost of proposed budget by 14%.

Administer electrical communication system testing and repairs for the Patriot missile. • Oversee automated functional, environmental scenario, and performance testing of gyroscope equipment. • Lead government employee training when the facility was in the process of relocating to Letterkenny Army Depot.