Jesse Hubler

Experience

• 

  Rowan College at Burlington County

  Sept 2013 - May 2015

  Galileo’s Telescope Research - Undergraduate Research

  • Researched all possible articles pertaining to Galileo and his first sight of the moon• Built CAD models of the telescope using tight tolerances based on the research conducted• 3-D printed many iterations of the telescope until the final model was perfected• Solved various problems and glitches in the 3-D printing process• Learned about project management processes through lecture and hands-on training

• 

  Rutgers School of Engineering

  Sept 2016 - May 2017

  Centrifugal Coating of Piezoelectric Materials - Undergraduate Research

  • Altered MATLAB code for image processing on spreading materials• Conducted experiments involving the centrifugal coating process• Characterized and polled the coated material for future manufacturing applications• Worked towards minimizing the excess material during industrial-level coating processes

• 

  Burlington Township

  May 2017 - Aug 2017

  Engineering Intern

  • Constructed drafts for roadways and site locations• Surveyed landscapes for potential alterations and utilized ArcGIS to locate maintenance holes• Wrote bid proposals for new equipment the town required

• 

  Rutgers School of Engineering

  Sept 2017 - May 2018

  • Conducted research in the fields of aerospace and material properties under extreme conditions• Researched and designed theoretical models for use under the extreme conditions on the lunar surface that had minimal weight and volume during delivery and maximum volume upon landing• Constructed prototype for demonstration purposes using the CNC mill, SolidWorks, MATLAB, and FEA (Finite Element Analysis) programs• Collaborated with business students to create a marketable product for future sale/use• Completed thermal spray research in extreme conditions for the theoretical model and began work on a patent for the process Show less

  • Thermal Spray Hardening for Inflatable Lunar Habitats

    Jan 2018 - May 2018

  • Deployable Lunar Structures - Senior Design Project

    Sept 2017 - May 2018
• 

  Naval Air Systems Command (NAVAIR)

  Sept 2019 - now

  • Perform requirements generation, allocation, and translate them into proper system documentation for Common Support Equipment (CSE) on multiple vehicle platforms• Accountable for implementing risk management process techniques to assess risks, issues, and opportunities• Responsible for enforcing Systems Engineering processes• Engage and maintain positive relationships with stakeholders, contractors, and end users• Create living documents which consist of the Systems Engineering Plan, Statement of Work, Work Breakdown Structure, Test and Engineering Plan, and Integrated Master Schedule• Manage multiple projects at once between different subject matters for multiple vehicle platforms• Convert end user requirements into functional prototypes• Work through obsolescence issues and Engineering Change Proposals Show less • Creating and implementing Engineering Change Proposals for obsolescence and compliance issues• Oversee several projects between various subject matters for EMALS systems• Create Statements of Work (SOWs) to ensure full understanding of work needed from the contractor supporting the system• Work with the test team to ensure proper procedures are followed for system elements in need of testing as well as oversee testing efforts for proper results• Oversee software roadmaps for various EMALS systems to ensure code is built on schedule Show less • Perform requirements generation, allocation, and translate them into proper system documentation for the MQ-8B and MQ-8C Fire Scout Air Vehicles• Accountable for implementing risk management process techniques to assess risks, issues, and opportunities• Responsible for enforcing Systems Engineering processes• Engage and maintain positive relationships with stakeholders, contractors, and end users• Create living documents which consist of the Systems Engineering Plan, Work Breakdown Structure, Test and Engineering Plan, and Integrated Master Schedule• Organize and lead weekly meetings to gather updates on current projects through collaboration software• Manage multiple projects at once between different subject matters for unmanned air systems• Convert end user requirements into a functional prototype• Work through obsolescence issues and Engineering Change Proposals• Began implementing Model Based Systems Engineering (MBSE) processes and applications into current and future large-scale projects Show less • Composites and Additive Manufacturing research for reinforced aluminum structures in terms of thermal/mechanical properties• Friction forces research for metal on metal contact with specialty coatings, oils, and greases o Four-ball extreme pressure testing, laser additive manufacturing, thermal spray applications• Simulate compression testing in Creo for aluminum lattice structures• Perform experimental compression testing and data analysis for aluminum-matrix syntactic foam• Research possible CVD (Chemical Vapor Deposition) applications for extreme heat Show less

  • Software Loading/CNI/Vibration Support Equipment (SE) Systems Engineer - GS-12

    Mar 2021 - now

  • Electromagnetic Aircraft Launch System (EMALS) Systems Engineer - GS-11

    Nov 2020 - Mar 2021

  • MQ-8B/MQ-8C Systems Engineer - GS-11

    Sept 2018 - Mar 2021

  • Research and Development Engineer - GS-9

    Sept 2019 - Jan 2020
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  Rutgers School of Engineering

  May 2023 - now

  Lecturer

  Teach and Mentor students within the following classes:StaticsDynamicsSolidworksThermodynamics