Houston, Texas, United States
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Update to follow on my next journey - stay tuned.

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  • Altura

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Courses

  • Air Assault School

    USA

  • Airborne School

    USA

  • Calculus II

    MA205

  • Comparative Economic Systems

    SS385

  • Discrete Dynamic Systems

    MA103

  • Economics of National Security

    SS477

  • Game Theory

    SS364

  • International Economics

    SS484

  • International Political Economy

    SS487

  • Lead Auditor Certification

    ISO 9001

  • Macroeconomics Theory & Practice

    SS388

  • Nuclear Reactor Analysis

    NE300

  • Nuclear Reactor Design

    NE350

  • Nuclear Systems Design

    NE450

  • Pathfinder School

    USA

  • Physics I

    PH203

  • Physics II

    PH204

  • Reconnaissance & Surveillance Leader's Course

    RTB

  • SFAS - Selected

    USASOC

  • Scout Leader's Course

    USA

  • Sniper Leader

    RTB

  • TH Hill's DS-1 BHA Inspection Training

    -

  • TH Hill's DS-1 Mud Motor Inspection Tng

    -

  • TH Hill's DS-1 Third Edition Course

    -

  • TH Hill's DS-1 Third Edition Drill Stem Design & Operation

    -

Projects

  • Protecting Critical Infrastructure in India - Teesta Urja III 1200 MW Hydroelectric Power Plant

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    Due to the incredibly strong forces of hydro power produced in the Himalaya Mountain Region of India's Sikkim state, much of the 1200 MW power plant's concrete structures are exposed to ultra-extreme abrasion. Water, rocks, and boulders the size of bulldozers can reach speeds of 20 meters/s and regularly damage an excess of 30% of the plant's concrete structures. Our team was asked to test, develop, produce, and deliver a 100% polyelastomeric coating to withstand the expected abrasion and…

    Due to the incredibly strong forces of hydro power produced in the Himalaya Mountain Region of India's Sikkim state, much of the 1200 MW power plant's concrete structures are exposed to ultra-extreme abrasion. Water, rocks, and boulders the size of bulldozers can reach speeds of 20 meters/s and regularly damage an excess of 30% of the plant's concrete structures. Our team was asked to test, develop, produce, and deliver a 100% polyelastomeric coating to withstand the expected abrasion and protect the concrete to minimize the cost of re-work after yearly rainy seasons. A unique feature of the problem set was creating an aromatic formula capable of application in ultra wet environments - an industry first. We worked for over 1 year along with Indian-based infrastructure teams, concrete manufacturers, and BASF to develop the polyurea solution. I was the lead manager on the project for a total of 1.5 years through inception, development of the product, and shipment of over 25 40' containers of equipment/chemical. Along with 3 incredibly talented polyurea applicators, we spent 25 days in India to train locals in Sikkim, India to manage and complete the project.

Languages

  • Spanish

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