Projects

SEPTEMBER 2018

Detached Garage

Planned, Designed in CAD and fabricated a detached two car garage in 3 months.

Also, completed all the electrical wiring for wall outlets, overhead ceiling lights, installing Sub-Panel and connecting the two with underground wire (dug trench) to the main house panel.

Designed, created complete BOM and procured specific parts for the project following OESC

Worked with 14/2 armour cable, electrical outlets, metal & plastic receptacle boxes, wire connectors, installed a 60amp sub-panel with disconnect & breakers as well as wiring GFCI's

Worked with 100’ of TECK #6/3C for connecting main panel to sub-panel

OCTOBER 2018

1. Temperature & Humidity Monitoring RPi Sensor Shield

Developed a unique shield for monitoring mealworms using 6 individual DH22 (temperature & humidity) sensor hard-wired using 6P4C RJ11 Telephone cables to a custom shield mounted on top of a Raspberry Pi.

More

MARCH 2018

Microcontroller Controlled 120V AC Electrical Outlet

Built an Solid State Relay Controlled AC Wall Outlet for the MPCNC Router tool, in order for it to be controlled using a microcontroller for switching on and off, for example, a spindle in this case.

20170324_132807.mp4

SEPTEMBER 2017

Industrial Robotic Arm Control

This is a programmable robotic arm which was carefully programmed to carefully carry out a sequence of steps and to complete a specific task in the short time possible accurately.

AUGUST 2017

CAPSTONE: Thermal Control Membrane (TCM)

PROJECT NAME: SOLAR TECH

Built a unique Thermal Control Membrane product that can be mounted onto any new or existing mono/poly-crystalline solar panel(s) in order to increase panel(s) power output efficiency.

Built a unique Thermal Control Membrane product that can be mounted onto any new or existing mono/poly-crystalline solar panel(s) in order to increase panel(s) power output efficiency.

JUNE 2017

SFU EMBARK Gardens Solar Demonstration | SFU Arduino Club

My SFU Arduino Club Team and I designed, built, got approval to deploy, got grants to fabricate, build and install the first Solar Demonstration Unit at SFU Campus to empower students on sustainability and Electrification through the power of the Sun.

MARCH 2017

Desktop Polymerase Chain Reaction (PCR) Machine

Designed and built a custom portable Polymerase Chain Reaction (PCR) machine which is used to amplify segments of DNA for determining strains of bad DNA or using this method to experiment for drugs to find cure for diseases.

Link 1 , Link 2 , Link 3

APRIL 2017

Dual-Axis Solar System

Designed from ground-up a compact, functional and low-cost dual axis solar energy system comprising mostly of PVC piping and custom 3D printed parts.

AUGUST 2016

Mostly 3D Printed CNC Machine (MPCNC)

Built an open-source 3' x 2' x 1' CNC Machine using 3D Printed Parts. This machine can also be used as a Cartesian 3D printer, Laser Cutter, Engraver, Plotter, Vinyl Cutter, Foam Cutter and more. Other unique features of this project is that you can easily scale up/down the workspace as well as quick-swap method of changing work function.

JULY 2016

VID_20160802_193237.mp4

Gardening Robot | EthnoRobotanist

Ethnorobotanics is an automated, intelligent, and customizable system to water a garden. It is also web enabled for data logging purposes. The ‘robotonist’ will water the plant according to a user- defined soil humidity threshold which is set remotely through a web portal/mobile application.

MAY 2016

OctoPi CNC/3D Printer Raspberry Pi Remote Management and Monitoring

Setup a custom OctoPi variant on a Raspberry Pi for monitoring and operating of a Prusa i3 Cartesian 3D printing machine.

MARCH 2016

Delta 3D Printer

Designed and built from scratch a 1m tall and 0.4m diameter delta 3D printer. Used SolidWorks for machine design, modelling and fabrication of parts to size. Incorporated custom sourced electrical and electronic components for operation of the printer. Finally, used Repetier Host and OS for operating and calibrating our machine for 3D printing.

AUGUST 2015

3D Printed Humanoid Robot (InspiRED Robotics)

Designed and built the main electrical power control circuitry and board for operating the robot.

MAY 2015

SFU Autonomy Lab: Human Robot Interaction (HRI) using Drones

Helped with SolidWorks CADD for quick prototyping of parts for drones and mounting gear on to them during HRI tests.

MAY 2015

Multi-use Jigsaw | Table & Vertical Band saw

My SFU Arduino Club team and I Converted a jigsaw into a table/vertical band saw configuration quickly as we needed to use a tablesaw for another project.

AUGUST 2015

DIY Raspberry Pi Intruder Sensor

Our own DIY security system will let the club members know by remote monitoring when and how many people have entered and left the MakerCube Space

SEPTEMBER 2015

LED Cube

Designed and built a functioning 8x8x8 LED Cube from scratch to learn programming, soldering, PCB wiring and function.

MAY 2015

Gardening Robot | EthnoRobotanist

Ethnorobotanics is an automated, intelligent, and customizable system to water a garden. It is also web enabled for data logging purposes. The ‘robotonist’ will water the plant according to a user- defined soil humidity threshold which is set remotely through a web portal/mobile application.

MARCH 2013

VID_20130328_164552.mp4

Motion & Kinematics Study (Rube Goldberg Machine)

Planned, Designed in CAD and fabricated a a contraption to study the motion dynamics of the moving ball on different surfaces, momentum, path, trajectories and goal.

VID_20130304_183018.mp4

MAY 2013

Site Solar Installations

On my Co-op at JazzSolar, I helped design, provide quote, fabricate and build solar installs from start to end including the electrical. Electrical connection were verified by a licensed electrician.

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