Computer Courses Overview
Magic Sesame’s Computer Programs equip students from Grades 4–12 with real, career-relevant digital skills—ranging from fundamental computing logic to advanced programming, robotics, and AI applications. Our structured multi-level ecosystem supports learners throughout their entire academic and career journey.
Learning Pathway (G3–12)
A clear progression from curiosity → competency → advanced mastery.
G4–6 → Robotics Foundations (LEGO)
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G7–10 → Computer Exploration & Coding Fundamentals
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G11–12 → High School Computer Science Tutoring (ICS3U / ICS4U) + Pre-University Prep
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G10–12 (optional) → AI Applications for Teens (Practical + Portfolio)
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University → STEM, CS, Engineering advantage
High School Computer Science Tutoring (G11–G12)
ICS3U (Grade 11) & ICS4U (Grade 12)
Ideal for: Students needing support in Ontario CS courses or preparing for CS/Engineering admission.
Course Goals
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Strengthen core computer science foundations
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Build strong coding habits (Python / Java)
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Prepare students for university-level CS workload
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Improve assignment, test, and project performance
Modules
ICS3U — Grade 11
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Programming Basics (Python/Java)
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Control Structures
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Functions & Modular Design
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Basic Algorithms
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Software Development Life Cycle
ICS4U — Grade 12
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OOP: Classes & Objects
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Advanced Data Structures
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Recursion
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File I/O & Exception Handling
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Algorithmic Thinking & Optimization
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Final Project (capstone-style)
Learning Outcomes
Students complete the course with stronger computational thinking skills, improved school performance, and better university readiness.
Tuition: Small Class (3-8 students) $35/h
Computer Exploration & Coding Fundamentals (G7–G10)
Ideal for: Students curious about programming, early STEM pathways, and tech skills.
Course Goals
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Build solid foundations in logic & computational thinking
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Learn coding through fun, visual, hands-on projects
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Transition students into real programming languages
Modules
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Introduction to Coding (Scratch / Python)
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Variables, Loops, Conditionals
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Game Design Basics
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Intro to Web (HTML/CSS)
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Robotics Logic & Automation Concepts
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Mini Coding Challenges & Projects
Learning Outcomes
Students gain confidence working with technology, build problem-solving skills, and prepare for high school CS.
LEGO Robotics Program (G3–G6)
Ideal for: Young learners exploring STEM through hands-on building.
Course Goals
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Learn engineering thinking through LEGO builds
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Develop teamwork and creativity
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Understand robotics fundamentals
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Build confidence in early STEM
Modules
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LEGO Engineering Basics
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Motors, Sensors & Movement
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Block-Based Coding
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Robot Challenges
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Mini Tournaments
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End-of-Course Robot Project
Learning Outcomes
Students understand how machines move, how coding controls robots, and develop early interest in STEM.
Teen AI Applications Program (G10–12)
Ideal for: Students wanting real-world AI literacy or preparing for CS, engineering, business, or data programs in university.
Course Goals
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Understand AI fundamentals & ethical use
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Learn practical tools (ChatGPT, Python AI libraries)
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Build real mini-projects suitable for portfolio
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Gain competitive edge for university admission
Modules
Foundations
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What is AI & machine learning?
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Data, models & responsible AI
Hands-on Applications
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Prompt Engineering
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Image Generation
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Classification & Chatbot Basics
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Data Visualization
Portfolio Project
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AI-powered presentation
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Simple ML model experiment
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Automation tool (e.g., text classifier or chatbot)
Learning Outcomes
Students gain real, practical AI abilities and create a portfolio piece that strengthens their university applications.
Why Parents Choose Magic Sesame Computer Programs ?
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Structured G4–12 pathway, not scattered individual courses
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Project-based learning that builds real skills
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Teachers with CS/engineering experience
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Portfolio-friendly curriculum for advanced students
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Flexible class options for all learning needs