_______________________________________________________________________________________

andrew backhus

Mechanical engineer, avid reader and builder of things. Former design & project engineering intern at Honeywell Aerospace. Graduating in May of 2028 at the University of Michigan.

Projects

  • COMING SOON - Designing, building, and testing an automated net assembly fixture for lacrosse rebounders (sponsored by All Ball Pro).

  • Reinventing the Wheel - Making a better variation of the "wheel" options trading strategy with Python.

  • Plants vs. Zombies 4 - Creating a linkage mechanism that can position a flashlight to repel targets connected to photosensors using Fusion 360, ADAMS, Arduino, and a waterjet cutter.

  • M.A.R.E. - Building a rudimentary robot that can pick up & drop rings onto model horses using Solidworks and various machine shop tools.

Technical Writing

  • Fitbit Sense 2 Analysis - Full report detailing the biomechanics of the Fitbit Sense 2, benchmark testing of it's functional requirements, and recommendations for engineering design changes.

______________________

andrew backhus

Mechanical engineer, avid reader and builder of things. Former design & project engineering intern at Honeywell Aerospace. Graduating in May of 2028 at the University of Michigan.

Projects

  • COMING SOON - Designing, building, and testing an automated net assembly fixture for lacrosse rebounders (sponsored by All Ball Pro).

  • Plants vs. Zombies 4 - Creating a linkage mechanism that can position a flashlight to repel targets connected to photosensors using Fusion 360, ADAMS, Arduino, and a Waterjet Cutter.

  • Reinventing the Wheel - Making a better variation of the "wheel" options trading strategy with Python & MATLAB.

  • M.A.R.E. - Building a rudimentary robot that can pick up & drop rings onto model horses using Solidworks and various machine shop tools.

Technical Reports

  • Fitbit Sense 2 Analysis - Full report detailing the biomechanics of the Fitbit Sense 2, benchmark testing of it's functional requirements, and recommendations for engineering design changes.