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Study Formula

We believe that 100% focus on individual learning development with progress tracking for every class bring the best result.

Learning Method

  • 1-2 hours/class and 1-3 classes/week. Following student's interest

  • One-on-One Class Session

  • Class Location: Calgary Downtown Public Library - Private Classroom​​

  • 100% Focus on Individual Learning Development in Robotics

  • Progress Tracking with Two-Way Feedback for Parents/Guardian

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Instructor

  • Provide new contents every class, and upcoming ones on every next class.

  • Provide associated kit with content being presented. Ensure the kit works for student's best learning experience.

  • Communicate with parents/guardians. Provide student's learning progress and feedback to parents/guardians.

  • Expect feedback from students and parents/guardians for class fine-tuning and tailoring to student's interest.

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Student

  • Best learning experience in every class.

  • Brings study tools to take notes and review contents at home.

  • Kits are not required to own, but encouraged to have for better learning.

  • Homework tailored to student's learning progess.

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Payment Method

Choose one of the following

Pay per class session: $30/hour.

  • Session duration depending on student's interest (1-2 hours)​

  • Course content per session to be provided before each next session.

​Pay in full. ($30/hour x Course Duration) - Recommended

  • Session duration depending on student's interest (1-2 hours)​

  • Full course content shall be provided at the beginning of the course.

Course Outline and Duration

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Alvik Robot

Total hours: 44

  • ​Block Based Coding and Robotics

    1. Onboarding​​​

    2. Hello world!

    3. Race to Precision

    4. Geometric Adventures

    5. Celestial Choreography

    6. Pathfinding Pioneers

    7. Alvik Zoo

    8. Sensing the World

    9. Rail Adventures

    10. AI Explorer

    11. GameBot Challenge - Part 1

    12. GameBot Challenge - Part 2

  • Explore Robotics with MicroPython​

    1. ​Ready - Set - Code

    2. There and Back Again

    3. Perimeter Scout

    4. Obby Course

    5. Robot Dozer

    6. Need More Power

    7. Colorful Reactions

    8. Walk the Line

    9. Follow the Leader

    10. Escape Room

    11. Smart Highway

Science Kit

Total hours: 24

  1. Getting Started

  2. Color and Temperature

  3. The Inclined Plane

  4. The Refrigerator Door

  5. SMH - The Spring-Mass System

  6. The Simple Pendulum

  7. Magnetic Effects of DC and AC Current

  8. Internal Resistance of a Battery

  9. Electrical Properties of Components

  10. Wave Properties

  11. Wave Interference

  12. Specific Heat Capacity

  13. Melting Point of a Solid

  14. Speed of Sound

  15. Time of Flight

  16. Coefficient of Restitution​​

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Plug & Make Kit

Total hours: 5

  1. Welcome

  2. Setup Your Computer

  3. Content Overview

  4. Eco Watch

  5. Game Controller

  6. Sonic Synth

  7. Smart Lights

  8. Touchless Lamp

  9. Weather Report

  10. Hourglass

  11. LED Matrix

  12. Modulino Buttons

  13. Modulino Pixels

  14. Modulino Distance

  15. Modulino Movement

  16. Modulino Knob

  17. Modulino Thermo​​

Student Kit

Total hours: 23

  1. Getting Started

  2. Electricity Basics

  3. Ohms Law

  4. Traffic Signals

  5. Dimmer Switch

  6. Holiday Lights

  7. Sport Robots

  8. Windshield Wipers

  9. Musical Keyboards

  10. Light Wave Radar

  11. Smart Greenhouse

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CTC Go! Core Module

Total hours: 36

  • ​Core Modules 1 - Digital I/O​

  1. Getting Inspired

  2. Electronics

  3. Programming

  4. Digital I/O

  5. Finger Race

  6. MiniGold (Pinball)

  7. React

  8. Whack a Mole

  • Core Module 2 - Serial and Analog I-O​

  1. Serial to PC

  2. Serial to Board

  3. Analog Inputs

  4. Analog Outputs

  5. AR Glasses

  6. Crazy DJ

  7. Morse Alien

  8. Personal Trainer

  • Motion - Expansion Pack

  1. Make Things Move

  2. Circular to Linear Movement

  3. Continuous Rotation

  4. Gears and Pulleys

  5. Wiggler

  6. Rock - Paper - Scissors

  7. Spin-a-Wheel

  8. Wave Generator​

Arduino Labs - DIY Project

Total hours: To be determined.​

  • Come up with your own idea of a project

    • A hands‑on challenge where students propose their own project idea, brainstorm solutions, and build it step‑by‑step with tutor guidance.

    • Designed to spark creativity, teamwork, and real engineering skills for secondary students.

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Explore IoT Kit

Total hours: 14​​

  1. Internet of Things

  2. Get to Know the Kit

  3. Graphing Data in the Cloud

  4. Storing Our Data

  5. Remote Triggers

  6. Home Security Alarm

  7. Classroom Tracker

  8. Cloud vs Carrier Game

  9. Urban Farming 101

  10. Greenhouse Web Server

  11. International Weather Application

Greenhouse Kit

(Coming soon...)

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Engineering Kit

Total hours: 55​​

  1. Unboxing and Installation

  2. Arduino - MatLAB - SIMULink

  3. Basic of Mechatronics

  4. Drawing Robot

  5. Webcam Controller Rover

  6. Self-Balancing Motorcycle

PLC Starter Kit

Total hours: 18​​

  1. Getting Started

  2. PLC History and Present

  3. Introduction to PLC IDE Programming languages

  4. Modbus TCP/IP

  5. DIN Celsius Temperature Sensor

  6. DIN Simul8 Input Simulation and Monitoring

  7. Heating resistors with two switches

  8. Input Simulation & Temperature Control Loop

  9. Modbus TCP/IP Network with two Opta

  10. Manual Client-Server Counting with Reset

  11. Automatic Slowed Counting

  12. Start and stop motor with coils (Set-Reset)

  13. Reversing Motor Running

  14. Temporary block on forward-reverse restart

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Arduino Certification

  • What you will need to study for exam

    • Electricity

    • Reading circuits and schematics

    • Arduino IDE and boards

    • Frequency and duty cycle

    • Electronic components

    • Programming logic

    • Programming language and syntax

Arduino Labs - Final Project

Total hours: To be determined.​

  • Come up with your own idea of a project

    • A deeper, more challenging build where students propose a unique project concept, develop a full plan, and bring it to life using sensors, modules, and multi‑stage logic.

    • With tutor guidance, they transform an idea into a fully functioning system that demonstrates real engineering thinking and problem‑solving.

    • 3D Printing available.

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