About me

I'm Ryan Andrew Gauthier and my goal is to have an impact on the field of robotics and automation. Short term this means a career in a field as close to this as possible. Long term this means attempting to build machines that break the boundaries of what we consider intelligent.

Click here for my story!
CSUF logo

Education

Currently pursuing an MSCS at CSUF. Having previously graduated in May 2020 with a bachelor's in mechanical engineering and a minor in computer science, I've taken a lot of classes. Here's what my education covered.

Click here for classes!
Rover Science Assembly

Titan Rover

Titan Rover is a student design team housed at CSUF that seeks to design, develop, and test a mobile robotic platform for the University Rover Challenge held by the Mars Society in Hanksville, Utah. This project was a huge, positive part of my time at CSUF.

Check 'em out!

Or if you're just here for my projects...

My resume mentions several projects I worked on while with Titan Rover. Here's a bit more detail on them. Presented in reverse chronological order.

The Excavating Arm

My final year at CSUF revolved largely around this auspicious piece of equipment. From initial idea formation to design to manufacturing to some physical testing, I was able to build a functional chassis-mounted three degrees of freedom robotic arm.

This project largely involved first-order modelling, heavy CAD drafting, time in the machine shop, hardware and actuator selection, participation in design reviews, and several write-ups.

Link to the final SolidWorks drawings, models, and assemblies

Wifi-Enabled Button Presser

The second semester of the 2018-2019 school year saw me undertake a redesign/refabrication of a subsystem that had been lost with the graduation of the particular alumni responsible. Starting from only the model, I had to reselect parts and redesign the whole thing, taking the opportunity to move from the UART-based communication previously used to a Wifi-based one on the advice of a senior member.

This was my first exposure to the use of the ESP32, solenoids, linear regulators, relays, transistors, and 18650s.

Link to the sketch

Master Budget Script

During the first semester of the 2018-2019 school year, I took it upon myself to add additional functionality to our budget process, which was already run through Google Sheets.

Considering I had 0 javascript experience when I started, I think I did pretty well, though the script went heavily underutilized. I tested the script recently and it's still working, and I'd be more than happy to show it off if asked.

Link to the script

Rotating Antenna Mast

The 2017-2018 school year was my first year in Rover. I was charged with getting the antenna mast to rotate when supplied an angle externally through counting steps and a potentiometer.

This was my first exposure to the Arduino IDE, stepper motors, drivers, and potentiometers.

Link to the Arduino sketch

Possible Future Projects

Raspberry Pi Server

I've got two of these things lying around, and the eventual goal is going to be hosting this website on them and integrating some additional sensors through their GPIO pins so I can either make an internet-enabled baking robot (it accepts cookies and then makes them) or some general interface/ hub for my future projects

raspberrypi.org

Stair Climbing Robot

Movings sucks. Carrying heavy things over stairs is one of the worst parts. It'd be sick if a mobile robot and some fancy bar codes could identify a box, move it around, and store it in the transport vehicle with little oversight, wouldn't it?