
I love solving interesting problems with passionate people, piecing together sketches into functional products, and learning new skills to add to my problem solving toolbox.
Currently, I’m a mechanical engineer at Fermilab in the Accelerator Division Mechanical Support Department. I design and analyze mechanical systems to support novel physics research and turn theoretical ideas into hardware.
In my free time I love to fix and race worn-out cars, optimize my home server network, and take on overly-ambitious hobby machining projects.
Work Experience
Mechanical Engineer
Fermi National Accelerator Laboratory
Jan 2019 – Present
- Collaborated with electrical engineers, drafters and technicians to design a 65-meter, 5000V, 300kA,
pulsed-power distribution system for 30 years of operation in high-radiation environments. - Designed, procured, oversaw construction of, and tested high-voltage prototype assemblies including a
5kV rated gas-barrier feedthrough and a full scale prototype 300kA power distribution system. - Developed and 3D-printed end use components and assembly tooling to reduce project costs and
limit radiation dose to workers during maintenance tasks in high radiation areas. - Worked with physicists from Fermilab and partner universities to develop and design vacuum,
structural, and laser systems for a 100-meter, vertical, atom-interferometer beamline. - Efficiently carried out electrostatic simulations to improve high-voltage performance of particle accelerator beamline devices, reducing peak electric field intensities by over 40%.
- Reverse-engineered legacy tungsten-rhenium wire-winding processes and worked with
machinists to successfully remanufacture damaged particle accelerator components. - Worked with physicists to design and manufacture test equipment for accurate measurement
of power loss due to garnet components in radio frequency cavities.
Mechanical Design Intern
Oakriver Technology
May 2018 – Aug 2018
- Designed and fabricated assembly tools to streamline machine build processes.
- Assembled, wired, and modified laser-integrated process automation equipment.
Tooling Engineering Intern
Meier Tool & Engineering
May 2017 – Aug 2017
- Prototyped and designed a computer vision system to increase manufacturing precision.
- Created parameterized, spreadsheet-driven CAD files to reduce design time.
- Designed workholding, setup tools, and organizational equipment for machine operators.
- Identified and solved air supply problems for several manufacturing processes.
Undergraduate Assistant
Center for Technologically Innovative Products & Processes
Jan 2017 – May 2017
- Designed and fabricated CO2 based cooling systems for consumer applications.
- Supported the development and testing of a cold spray metal printing apparatus.
- Designed and manufactured systems for automated caramel manufacturing.
Mechanical Engineering Intern
Korber Medipak Systems NA
May 2016 – Jan 2017
- Updated and modified schematics for use by customers and technicians.
- Assembled, wired, and tested automated syringe handling lines, thermoformers, and palletizers.
Machine Operator
Holman Machine
May 2014 – May 2015
- Worked with machine programmers to optimize manufacturing processes.
- Maintained machine components and cutting tools while adjusting process parameters to ensure in-tolerance parts.
Education
North Dakota State University
Fargo, North Dakota
2014 – 2018
Major: Mechanical Engineering
Minor: Manufacturing Engineering
- Bison Robotics
- 2018 NASA Robotic Mining Competition Project Lead
- 2nd/44 Overall
- Innovation Award
- 1st Place Slide Demonstration
- 2nd Place On-site Mining
- 2nd Place Autonomy
- 2018 NASA Robotic Mining Competition Project Lead