#Design

Overhead Robotic Gantry for Tethered VR Headsets

  Posted on April 4, 2017   ·   4 min read   ·   #work  #programming  #design  #electrical 

Project Overview Objective: Create an autonomous gantry to follow the HTC Vive headset around, keeping its cable behind the user at all times. Motivation: An extravagant party prop for an evening at CES 2017, hosted by MistyWest. Features: CoreXY planar gantry design System built with 8020 aluminum extrusions and laser cut acrylic components Stepper motor control through Teensy 3.2 HTC Vive pose tracking through C++ Patent pending Skills:


MECH 458: Capstone 3D Optical Well Imager

  Posted on June 2, 2016   ·   3 min read   ·   #design  #school 

Introduction Objective: Develop an optical scanning system to be used for generating 3D models of well liners and casings with sub-millimeter accuracy. How: As a team of five mechatronic and mechanical engineering students, we designed and constructed an alpha prototype of the optical 3D well imager. Project Details Requirements and Specifications Optical Device must have a tolerance on distance measurement of 1 mm Device must have a camera circumferential resolution of 1.


MECH 423: Mechatronics Product Design

  Posted on April 22, 2016   ·   2 min read   ·   #design  #electrical  #school 

Background: When a hard boiled egg is spun on a table, it rotates freely since the inside is completely solid. With a raw egg, the liquid yolk sloshes around and resists rotation. By using math and physics, we can analyze the rotational oscillation of an egg and determine the yolk consistency. “If it’s worth doing, it’s worth overdoing.” - Jaime Hyneman Objective: Design and build a device to determine how cooked a boiled egg is using non-invasive techniques.


MECH 328: TrailRider Design Project

  Posted on November 24, 2014   ·   2 min read   ·   #design  #school 

Background: The TrailRider™ is a specialized device to provide accessibility to the wilderness for those with limited mobility. It is intended for a seated rider propelled and balanced by assistants. Objective: Expand the range of both riders and assistants who can ride safely use the Black Diamond TrailRider™. How: As a team of seven mechanical engineering undergrads, we explored a range of areas for improvement and developed a new design to incorporate these features.


Bowling With car2go

  Posted on August 29, 2014   ·   1 min read   ·   #design 

Objective: Design a roof-mounted bowling rig for a car2go marketing event. Constraints: Use a non-permanent method to securely attach the apparatus to the roof. Venue: 2014 Vancouver Fringe Festival Bowling rig set up and ready to roll. Car2go bowling in action.


Award Winning Bamboo Bike

  Posted on August 18, 2014   ·   1 min read   ·   #design 

Objective: Exceed the Vancourite-hipster threshold by building a fixed-gear bicycle using bamboo and carbon fibre. Challenges: Constructing a frame jig to allow freedom around joints for carbon-fibre layup Accounting for the non-uniformity of bamboo poles at the frame lugs Maintaining compatibility with standard bicycle components Ensuring the frame is treated for typical"Wet" Coast weather Awards: First Prize - Hand Tools Only Instructables Contest First Prize - Teach It!


LEGO Headphones

  Posted on July 10, 2010   ·   1 min read   ·   #design 

Background: I decided to combine the two things that I love most: music and LEGO. This whole project took me about a month and a half, very on and off. I’m quite pleased with how the headphones turned out in the end, as they are sturdy enough to be tossed around in a bag. My favourite part is that I can take it apart any time to make repairs that may be needed on the go.