Jesse Fiedorowicz

Jesse Fiedorowicz

Boulder, Colorado, United States
4K followers 500+ connections

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About

My objective is to utilize my education and occupational experience in beginning my…

Activity

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Experience

  • Validus Energy Graphic

    Validus Energy

    Denver, Colorado, United States

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    Denver, Colorado, United States

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    Denver, Colorado, United States

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    Denver, Colorado, United States

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    Greater Denver Area

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    Greater Denver Area

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    Greater Denver Area

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    University of Colorado at Boulder Campus

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    Denver, CO

Education

  • University of Colorado Boulder Graphic

    University of Colorado at Boulder

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    Activities and Societies: Senior Mechical Engineer Mentor Program

    3.43 Cumulative GPA
    Deans List: Fall 2007, Spring 2010, Fall 2010, Spring 2011, Fall 2011
    Environmental Engineering Certificate Program; emphasis on energy and environment related classes: Therodynamics 1 & 2, Organic Chemistry, Sustainable Energy, Wind Energy, Hydrogeology

Volunteer Experience

  • Energy Generational Leadership Program (EnGen), participant and acting mentor

    EnGen

    - 3 years

    - EnGen is a one-year, curriculum-based leadership development course for emerging young professionals in the oil and gas industry; Professional development, educational seminars, networking events, and community outreach programs
    - Acting mentor in the EnGen mentorship program provided to current EnGen members: 2016, 2017, 2018

Projects

  • Royal Dutch Shell - Dry Cooling Tower

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    Current cooling towers are configured in long, horizontal, bay-like configurations. Current designs have large pipes of fluid being cooled along the entire length of the tower with a fan(s) above pulling air through the tower across the pipes of fluid. These configurations take up large amounts of plot space which was the scope of our project. Shell is researching more efficient heat transfer technologies and is looking for a more spacially efficient cooling tower design that will optimize…

    Current cooling towers are configured in long, horizontal, bay-like configurations. Current designs have large pipes of fluid being cooled along the entire length of the tower with a fan(s) above pulling air through the tower across the pipes of fluid. These configurations take up large amounts of plot space which was the scope of our project. Shell is researching more efficient heat transfer technologies and is looking for a more spacially efficient cooling tower design that will optimize plot space while efficiently removing heat. The general goal of the project was to build a tower more vertical while maintaining a uniform air flow and pressure drop across the heat transfer medium. The group successfully modeled and built a cooling tower capable of reducing plot space nearly 70% while achieving the desired heat transfer effects.

    As project manager I:
    -Lead and manage a team of 5 students while creating clear and attainable project objectives
    - Responsible for managing the cost, time, and quality of the overall project
    - Lead weekly meetings between team, CU mentor, and Shell mentor to discuss project questions and
    building/ testing progress

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