Search this site
Embedded Files
Skip to main content
Skip to navigation
Matthew Phillips
Home
Projects
School Projects
Rebox Box Cutter
Solar Impulse Gearbox
Transient Heat Simulation
Topology Optimization
Eco-Friendly Toasters
Driving Range Robot Prototype
Smart Miror
TF-X Flying Car
Stress Concentrations FEA
Turbine Blade Clamp
3D Printed Bearing
Automated Dog Door
Rain Gutter System
Drone Composite Airframe
Personal Projects
Custom FlightSim Joystick
MSLA 3D Printing
Soldering Fume Extractor
Astrophotography
Papers
Programming
CV/Resume
Contact
Matthew Phillips
Home
Projects
School Projects
Rebox Box Cutter
Solar Impulse Gearbox
Transient Heat Simulation
Topology Optimization
Eco-Friendly Toasters
Driving Range Robot Prototype
Smart Miror
TF-X Flying Car
Stress Concentrations FEA
Turbine Blade Clamp
3D Printed Bearing
Automated Dog Door
Rain Gutter System
Drone Composite Airframe
Personal Projects
Custom FlightSim Joystick
MSLA 3D Printing
Soldering Fume Extractor
Astrophotography
Papers
Programming
CV/Resume
Contact
More
Home
Projects
School Projects
Rebox Box Cutter
Solar Impulse Gearbox
Transient Heat Simulation
Topology Optimization
Eco-Friendly Toasters
Driving Range Robot Prototype
Smart Miror
TF-X Flying Car
Stress Concentrations FEA
Turbine Blade Clamp
3D Printed Bearing
Automated Dog Door
Rain Gutter System
Drone Composite Airframe
Personal Projects
Custom FlightSim Joystick
MSLA 3D Printing
Soldering Fume Extractor
Astrophotography
Papers
Programming
CV/Resume
Contact
Automated Dog Door
The
first engineering design project
of my engineering degree. We were to individually design the mechanism for a self-opening dog door. The design should use off-the-shelf components as much as possible, and should be safe for pets.
Google Sites
Report abuse
Google Sites
Report abuse