Jackson O'Connell

Jackson O'Connell Email and Phone Number

Chicago, IL, US
Jackson O'Connell's Location
Greater Chicago Area, United States, United States
About Jackson O'Connell

I am a highly motivated mechanical engineer with a passion for innovation and a proven track record in research and process engineering. Graduating summa cum laude from the University of Michigan with a Master of Science in Mechanical Engineering, I’ve developed expertise in advanced manufacturing methods and sustainability research. In my role as a Research Assistant at the University of Michigan, I lead the development of parametric models for wind turbine blade production, focusing on cost and time efficiency through additive manufacturing. My previous experience as a Project/Process Engineer at Wisconsin Precision Casting Corporation allowed me to refine my skills in creating efficient production workflows and troubleshooting product quality issues.My technical skills span Solidworks, PTC Creo, Autodesk, ANSYS, and programming languages such as MATLAB, Python, and LabVIEW. I thrive in collaborative environments and am driven by the pursuit of innovative solutions that meet customer needs and advance industry standards.In my spare time, I enjoy playing golf and pickleball, watching soccer and Formula 1 races, and cheering on the Chicago Bears and Cubs. I am eager to connect with professionals who share my passion for engineering and innovation.

Jackson O'Connell's Current Company Details
Zurn Elkay Water Solutions

Zurn Elkay Water Solutions

View
Engineer II
Chicago, IL, US
Website:
zurnelkay.com
Employees:
1161
Jackson O'Connell Work Experience Details
  • Zurn Elkay Water Solutions
    Engineer Ii
    Zurn Elkay Water Solutions
    Chicago, Il, Us
  • University Of Michigan
    Research Assistant- Resource Manufacturing And Design Lab
    University Of Michigan Feb 2023 - Present
    Ann Arbor, Michigan, Us
    I am the project lead the development of a comprehensive parametric model for wind turbine blade production. Using this model, I conducted a market assessment of the potential advantages of a novel manufacturing method for wind turbine blade molds using additive manufacturing. This model identified significant benefits of adopting an additively manufactured modular aluminum wind turbine blade mold, projecting a 30% cost reduction and a 50% reduction in time to market compared to conventional production of fiberglass composite wind turbine blades. I presented and effectively communicated research findings to the Department of Energy every month, showcasing the groundbreaking potential of additive manufacturing in wind turbine blade production.
  • Wisconsin Precision Casting Corporation
    Project/Process Engineer
    Wisconsin Precision Casting Corporation Aug 2021 - Aug 2022
    Lake Geneva, Wisconsin, Us
    My primary responsibilities included creating and maintaining process routings for new and existing products and collaborating with the production team and outside vendors to develop new processes and tooling. I worked with the operations team in process development and continuous improvement while troubleshooting quality issues using root cause analysis and GD&T. I met with customers to quote new products and design molds verified with metal flow and solidification models, as well as providing technical support to customers ensuring our products met all standards and specifications.
  • The Grainger College Of Engineering
    Grader
    The Grainger College Of Engineering Aug 2019 - Jan 2021
    Urbana, Il, Us
    Grader for ME 200: Thermodynamics under Professor Tonghun Lee and Professor Jiajun He
  • U.S. Army Ccdc Army Research Laboratory
    Research Intern
    U.S. Army Ccdc Army Research Laboratory Jun 2020 - Aug 2020
    Adelphi, Md, Us
    I researched a novel method of reducing ignition delay in light duty compression ignition engines using glow plugs commonly found in diesel engines. This included modeling the glow plug and conducting thermal simulations to develop methods to induce a hotter glow plug tip for faster ignition. I designed and manufactured a thermal shield to trap fuel close to the surface of the glow plug to reduce ignition delay, and identified new materials for the glow plug tip that could withstand higher temperatures for a longer period of time.
  • University Of Illinois Disability Resources And Education Services
    Ocr Editor
    University Of Illinois Disability Resources And Education Services Sep 2018 - May 2019

Jackson O'Connell Skills

Matlab Python Microsoft Office Solidworks Java Microsoft Word Computer Aided Design Microsoft Excel Design For Manufacturing Autocad Ptc Creo Mechanical Engineering Microsoft Powerpoint

Jackson O'Connell Education Details

  • University Of Michigan
    University Of Michigan
    Mechanical Engineering
  • University Of Illinois Urbana-Champaign
    University Of Illinois Urbana-Champaign
    Mechanical Engineering
  • Benet Academy
    Benet Academy
    High School Diploma

Frequently Asked Questions about Jackson O'Connell

What company does Jackson O'Connell work for?

Jackson O'Connell works for Zurn Elkay Water Solutions

What is Jackson O'Connell's role at the current company?

Jackson O'Connell's current role is Engineer II.

What schools did Jackson O'Connell attend?

Jackson O'Connell attended University Of Michigan, University Of Illinois Urbana-Champaign, Benet Academy.

What skills is Jackson O'Connell known for?

Jackson O'Connell has skills like Matlab, Python, Microsoft Office, Solidworks, Java, Microsoft Word, Computer Aided Design, Microsoft Excel, Design For Manufacturing, Autocad, Ptc Creo, Mechanical Engineering.

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