A downloadable version can be found here.

Skills

• 6 years of manufacturing and assembly experience, including:
  • Composites
  • Machining
  • Automated bonding w. cobots
  • Automated Riveting w. cobots
  • 3D printing
  • Injection molding w. robots
  • Manual assembly and bonding

• Experience with Engineering Analysis:
  • Statistics:
    • Process control
    • Multivariable regression
  • Finite Element Analysis (FEA)
  • Optimization
  • Design of experiments
  • Vibrations analysis
  • Elementary control systems design
  • Electromagnetic Simulation
  • Multiphysics Analysis
  • EV Motor Design
• Experience manufacturing in a regulated environment:
  • ANSI9100
  • ANSI/RIA 15.06
  • Boeing specifications
  • ISO 9000
  • ISO/TS 15066
• Experience with MATLAB, R, and Python programming.
• Proficient in designing, assembling, and debugging tools and fixtures.
• Proficient with ANSYS Simulation Software: Structural, Modal, Maxwell, RMxprt, and Thermal Analysis.
• Proficient with CAD software – CATIA V5, SOLIDWORKS, AutoDesk Inventor.
• Leadership experience demonstrated through volunteer work.

Work Experience

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Manufacturing Engineer

Jan 2017 – Present

Tool Gauge (TG)

Tacoma, WA

• Established a reputation for high-quality work delivered ahead of schedule.
• Ensured manufacturing compliance to Boeing specifications, AS9100 requirements, and OSHA robotic safety requirements (ANSI/RIA 15.06).
• Utilized 3D (FDM) printers to produce on-demand fixtures, test processes, and reduce the cost of existing fixtures by over 50%.
• Designed cobotic cell supporting six part configurations saving an estimated $200,000 per year, featured on the Universal Robots website.
• Developed software tool for tracking changes in customer purchase requests, saving hours of work every month for project managers and executives.
• Led sprue picker (robotics) implementation of TG’s next-generation presses.
• Designed quick-change system for sprue picker end of arm tools.
• Programmed complicated picking operations for tools with intricate cavities.
• Challenged the status-quo where appropriate:  

Associate Civil Engineer

Jun 2016 – Aug 2016

City of Seattle | Seattle, WA

• Facilitated project coordination and inter-department communication.
• Developed procedures detecting conflicting projects in critical locations.
• Managed and assisted communications between public and private industry stakeholders throughout the City of Seattle.

Teaching Assistant: Computer Assisted Machining and Computer Assisted Design

Apr 2015 – Jun 2016

Western Washington University | Bellingham, WA

• Walked students through problem-solving methods when programming in G-Code, using CAD (CATIA V5), and CAM (CATIA V5 and Vericut).
• Demonstrated troubleshooting abilities when evaluating and correcting G-Code and CAD models submitted by students.

Student Tutor: Physics, Chemistry, Math, and Statistics

Sept 2013 – June 2016

Western Washington University | Bellingham, WA

• Educated students in technical subjects, primarily through problem-solving, intensive tutoring was possible when time allowed.
• Collaborated with both supervising instructors and a team of my peers.

Volunteer Experience

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Chair, Society of Manufacturing Engineers

Seattle Chapter 39, Jan 2021 – Present

• Coordinated and directed monthly chapter meetings.
• Managed chapter recovery during the Covid-19 pandemic.
• Networked with local industry partners and organizations to arrange tours, contacts, and speaking events.
• Supervised outreach events to student and national chapters.
• Led chapter executive infrastructure improvements.

Chair-Elect, Society of Manufacturing Engineers

Seattle Chapter 39, Oct 2019 – Jan 2021

 

President, Society of Manufacturing Engineers: WWU Chapter

Jun 2015 – Jun 2016

• Organized community events, groups for multiple competition entries, inter-club co-operation.
• Facilitated the development of 3D printing maker space for the university engineering department.

Education

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Saint Martin’s University (SMU), GPA 4.0 Grad: 8.2022, Anticipated

Lacey, WA

M.S. Mechanical Engineering

Thesis: Methods for Improving the High-Speed Performance of an IPMSM for EV Applications

• Electromechanical Machines
• Control Systems Design
• Optimization with MATLAB
• Vibrations
• Photovoltaics
• Finite Element Analysis (FEA)
• Robotics

Western Washington University (WWU) GPA 3.25 Grad: 6.2016

Bellingham, WA

B.S. Manufacturing Engineering, ABET Accredited Mathematics Minor

• Advanced CAD
• Advanced CAM
• Automation and Control
• Composites Design and Manufacturing
• Design for Manufacturing
• Design of Tooling
• Industrial Robotics
• Plastics Design and Manufacturing
• Statistics with Calculus

Some examples of my course work, mid-masters:

On electric aerospace and superconducting motors:

Simulating a Piezoelectric-Haptic MEMS Actuator in Low-Frequency Vibration

Deployment of a Jupyterhub Server

Optimization of a Flying Wing’s Geometry

Analysis of a 10 Bar Truss Using a Stiffness Matrix

This needs a little more introduction. The analysis used below resembles an FEA analysis, however it was computed by hand. The problem had a mesh provided, eliminating the most mathematically interesting part of an FEA process.

Beamed Power

A review of a semi-neglected technology that may rise to prominence in our era of cheap photovoltaics and private space ventures.