MiniAI Website
As Founder and CEO, created website for my Non-profit Education company MiniAI. Created using React Native libraries.
As Founder and CEO, created website for my Non-profit Education company MiniAI. Created using React Native libraries.
Using pygame animation, users shoot a basketball and get to see their real-time accuracy rate
In this program I created a dice game, using while loops, if statements and break statements in Python.
As an aspiring developer, I have a wide variety of experiences I have part-taked in.
As Founder and CEO of MiniAI, I am responsible for all daily operations of this Non-profit. I spend my days crafting new course ware surrounding Artificial Intelligence. Through emailing and messaging, I generated knowledge partnerships with Microsoft, Meta and Amazon. To date, MiniAI has generated over 100 participants to attend from all corners of North America
Here you can see MiniAI's LinkedIn
A student attendee and researcher at the Quantum School for Young Students program at the University of Waterloo in the Institute of Quantum Computing. QSYS is a unique enrichment program for high school students that offers a blend of expert lectures, small group discussions, problem-solving, and opportunities for mentoring and networking with world-leading quantum researchers.
Fully funded and supported by University of Waterloo and Institute of Quantum Computing.
I took the initiative to build and co-found our school’s very own Robotics Team; Northview Robotics 6632. As captain and co-lead of the Programming team, I created various softwares for the robot. One instance was when our robot wasn’t running smoothly, I discovered a way to implement a proportional-integral-derivative (PID) algorithm. This algorithm allowed our robot to maintain a desired speed/position by adjusting the motor's input in response to the difference (or error) between the desired and actual values. Thankfully, due to my hard work and dedication, I guided our team to the Provincial Championship.
Alumni of the UofT CREATE Engineering Program. Participated in the Electrifying the Future session which focused on creating fundamentals in Electrical and Computer Engineering. Had a Final Design Project that prompted for a solution for Greenhouse Gas Emissions at UofT. Used solar panels and electric vehicles in our proposal. This required the use of Arduino software, coded in C++. Was sucessfullly presented to a group of Uoft Engineering graduate students. Recieved certificate for exemplary preformance.
Volunteered and organized SR Hacks, apart of a single-day event that hosted over 15,000 children from all over Toronto. Created design prompts for children aged 8-12. These projects were then designed and judged by a panel of UofT Engineering and Computer Science Alumni Situated at St. George Campus, in partnership with UofT.
Teaching children ages 8-12 a variety of STEM skills through a camp environment. Organizing and creating lesson plans that involve STEM. Dealing with children with different disabilities and learning plans. In constant communication with Supervisors and Directors to create the best curriculum and optimal camp experience.