I take part in four clubs: robotics, computer programming, math, and FTC. What follows is the work in each one.
Developed and delivered hands-on instructional modules guiding members through the mechanical assembly and electronic integration of the Stackr robotics platform and custom modular add-ons.
I recorded those lectures into tutorials for my RobotiX One business in this YouTube playlist:
Authored and presented technical workshops on DC motor control, covering PWM (Pulse-Width Modulation), motor drivers, closed-loop feedback, and speed/torque optimization for competition builds.
Authored and presented technical workshops on how to integrare RC controllers with any robotic application using Stackr platform.
Authored and presented technical workshops on servo motor control, covering PWM (Pulse-Width Modulation), angle control, and position control.
Introduced advanced sensor integration by teaching the principles of Time-of-Flight (ToF) and LiDAR technologies for spatial awareness, obstacle avoidance, and precise distance measurement.
Led CAD (Computer-Aided Design) training sessions using industry-standard 3D modeling software to teach members custom chassis design, structural analysis, and rapid prototyping for 3D printing.
Coordinated peer-led technical sessions on schematic capture and multi-layer PCB layout using KiCad, enabling members to transition from breadboards to custom-printed circuit boards.
Planned, designed, and executed internal robotics challenges and game fields to test hardware and software implementations under realistic competitive constraints.
Led outreach initiatives to pitch corporate sponsors and community organizations, successfully securing funding, hardware donations, and operational support.
My business has provided a set of 10 Stackr kits, 10 Digger add-ons, 10 Lidar add-ons, 10 RC transmitters/receivers and other materials to the robotics club, facilitating the club's members to be hands-on with the Stackr platform.
The robotics club’s greatest achievement was empowering members to leverage the Stackr platform to design and build their own custom add-ons and independent projects.
A laser pointer aimed by a servo on Stackr.
Add legs to Stackr to allow it to handle non smooth surfaces. The robot can switch between two modes of moving: on wheels, on legs.
A phone on Stackr sending a vide stream to a web interface that can control the robot out of sight.
The first meeting of the Robotics Club.
Introduction meeting of the Robotics Club.
Club Crawl at the school. Showcasing the Robotics Club.
Club members assembling Digger add-on kits.
Helping members to setup their development environment.
Members assembling Stackr robots.
Sumo fight between two Stackr robots.
Taught foundational and advanced computer science topics, including dynamic programming, graph theory, sorting and searching algorithms, and asymptotic space-time complexity (big-O notation).
Graph Algorithms
Binary Search
Prefix Sums
Coached club members on competitive programming techniques, problem-solving heuristics, and optimal data structure selection for speed and efficiency under time constraints.
Authored foundational lectures demystifying AI concepts, introducing machine learning models, neural network architectures, and practical application pipelines.
Those lectures are collected in this YouTube playlist:
AI (Part 1) - Introduction to Deep Learning
AI (Part 2) - Programming Neural Networks
Conducted weekly tutoring sessions and code reviews, helping junior programmers debug complex code, improve code structure, and master concepts from syntax to algorithm optimization.
As an active member of the Math Club, I focused on high-level competitive mathematics, preparing for and competing in regional and national contests. This experience honed my ability to dissect non-standard problems, formulate rigorous mathematical proofs, and apply abstract logic under time pressure.
Led peer-tutoring sessions to support students in mastering challenging mathematical concepts, building confidence, and strengthening core analytical reasoning skills across all grade levels.
Led the full mechanical lifecycle of custom competition robots from concept to fabrication. Utilized 3D CAD software to model chassis architecture, drive trains, and manipulation mechanisms, utilizing rapid prototyping (3D printing, laser cutting) to optimize the robot's performance.
Hands-on builder responsible for precision assembly, mechanical power transmission (gears, belts, sprockets, and planetary gearboxes), wiring harness organization, and hardware integration under strict FTC size and weight constraints.
Represented the team as a core drive team member and technician during FTC competitions. Adapted robot mechanisms and match strategy on-the-fly under high-pressure alliance environments.
Trained and mentored prospective and junior team members in mechanical assembly techniques, CAD fundamentals, workshop safety, and structured engineering documentation.
I successfully secured significant financial funding that covered the cost for motor controllers, remote control panels, motors, and other components, raw materials, and manufacturing support to sustain season budgets.
Working on the competition robot between matches.
The fields and the stands during the FTC event.
I and my team are ready to start the match.