Mechatronics and AI Systems Engineering at Western University | Undergraduate Researcher | FIRST Robotics Alumni
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Name Jahangir (Janik) Abdullayev
Interests 3D Printing, CAD, Electronic Hardware Design
Registered 2022
Impact 530
Contributions Creation of Modular Recyclable Solar Panels - Literature Review
RC Ultimate v1.0

Jahangir (Janik) Abdullayev

Welcome. My name is Janik and I am an undergraduate engineering student at the University of Western Ontario. Starting as a hobbyist, I aim to turn my passion for anything robotics-related into a career. Over the years, I’ve adapted to be a quick and efficient learner with the drive to see things done.

I could say many things here about my skills and inspirations, but at the end of the day:

i like robots. 🤖 (the movie aswell)

“Mistakes are, after all, the foundations of truth, and if a man does not know what a thing is, it is at least an increase in knowledge if he knows what it is not. ”

― Carl G. Jung

Involvement at the Free Appropriate Sustainability Technology (FAST) Research Group

Open-Source Distributed Production of Polycarbonate Solar Photovoltaic Modules Designed for Disassembly

This is an near-ending project designed to demonstrate the feasibility and durability of solar panels encapsulated in, potentially recycled, polycarbonate whilst avoiding the use of laminate such as EVA to allow for disassembly.

Janik is the first author of the project, aiming to publish to Solar Energy.

The referenced literature for the project can be found at the Creation of Modular Recyclable Solar Panels - Literature Review.

FAST's Hangprinter v4

The Hangprinter v4 is a an open-source RepRap 3D printer with a minimalist design. It utilizes a tethered printing head suspended on cables, allowing for mid-air printing without the constraints of a traditional build volume.

The adventures of the FAST lab's hangprinter can be seen on the FAST's Hangprinter v4 page.

After construction and assembly started with Ravneet, Janik has taken the torch and became the sole maintainer and operator of the machine.

Miscellaneous Work

Wrote methodology on using the lab's filabot Reclaimer shredder for the purpose of shredding trashed 3D prints: FILABOT Reclaimer Shredder User Guide

Prior to Western's BEng

While receiving the Ontario Secondary School Diploma (OSSD) at Bluevale Collegiate Institute in Waterloo with double honours throughout all four years, I was presented with Western's Scholarship of Excellence as one of the Top 250 admission applicants. Having been a part of robotics/STEM teams as both a contributing member and lead in the past, Western seemed to be a natural step in my education, being an institute that would allow me to continue outputting to a team I could be proud of, whether it was for research, coop, or club-related purposes.

At the start of the COVID pandemic, I took the opportunity to freelance my Computer Aided Design abilities over the platform known as Fiverr. Designing CAD models that could then be 3d printed, the side hustle funded my personal projects and my first-ever 3d printer.

Although not related to my current field of study, I worked at Value Village as a floor sales representative. Besides all the soft skills I gained from making small-talk with customers about the utmost random subjects, the store accepting public donations taught me extreme workplace safety, even towards the most innocent of operations.

High School Projects

Many of my projects were learning curves somewhat anticipated to be flawed, but done in such a way that I could learn from the experiences. On top of this, many went undocumented as I figured they were too small or were simply planned to be used in future greater projects.

To view a sample of my past work, check out my GitHub and personal website at

RC Ultimate v1.0


With the intend of turning many of my projects wireless, I created a fully open-source RF Remote Control that could easily be integrated into future to come projects. While many similar 2.4GHz controllers lay in the price range of over 80$, the unit cost of this design was under 20$ and could be made by anyone with access to a 3D printer and soldering iron.

More info here.

Contributions to The 2702 Rebels

Intake of 2020 Robot

During my time in high school, I joined the local community FIRST Robotics team, the 2702 Rebels. The primary goal of the team was to build a 120-pound robot to perform tasks in a 3v3 style competition while following guidelines set by the host. Over time, I came to the position of being the lead for the robot's intake mechanism. During the year's competition, the robot often needed to acquire ball game pieces off the floor in a fast and reliable manner to optimize scoring time. Overseeing something like this required maintaining a healthy team environment to allow for productive prototyping of designs that would then be crudely constructed, tested, and improved on. Aside from the many soft skills I've gained, the experience gave me immense proficiency in SOLIDWORKS, 3D printing, designing with manufacturing in mind, team branding, and much more. Lastly, I aided in publishing my team's code and other resources publicly to allow newer teams to gain a footing in things like the more complex vision systems utilizing a Banana Pi.

Quadrupedal Robot Dog - laika

Some work made on laika. More on

Inspired by Boston Dynamics' most popular product, Spot, I was keen on creating a similar design for fun. The journey began by scavenging the internet for a community with a similar goal. I re-landed on r/robotics and alike subreddits on Reddit, which consisted of updates from hobbyists on their creations. People posted videos about their first balance test, first jump test, and much more all with the goal to create a quadrupedal robot. Although my own venture came to a sudden stop due to a poor choice in the servos chosen for the design, I am still proud of the skills I gained through the project. However and most importantly, I am happy to have found an open community that freely shares their designs and can't wait to contribute my own when the time comes.

Visions and Goals

what i think to myself every time i contribute to a forum

Now attending Western University to study Engineering, I am effectively trying to turn my passion into a career. First plummeting into the rabbit hole of robotics and stem at a young age, it all started by feeling the need to improve my toys, upgrade them, customize them, and make them cooler. Being a hobbyist for the longest time, I relied heavily on the open-source community online, eventually taking notice of active members and gaining respect for their habits to help newer enthusiasts. With such, on top of achieving a satisfying career, I want to come to a point later down the road where I could be such a person, a simple source of knowledge on a niche forum online, with my presence only ever seen via an alias.

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