Summer 2027: Roblox, Minecraft, AI and Math by levels.See programs

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Ages 6–8 · Early elementary

Explorer Path

Discover, play, create and think. Play, creativity, logic, beginner Scratch, creative Minecraft, stories, digital safety and a very simple introduction to AI take center stage. Python is not a priority.

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student aged 6–8 presenting their Explorer path project

Their path at a glance

Logical thinking + first digital experiences.

Math advances according to their assessment; technology follows this suggested sequence of labs.

Math based on assessment

  1. M1
    Pre-basicMath foundations and confidence
  2. M2
    BasicConsolidation and problem solving
  3. M3
    IntermediateDepth and reasoning
  4. M4
    AdvancedComplex problems, challenges and competitions

Technology path suggested sequence

  1. 1Computational ThinkingLab 1
  2. 2Discovering AI + digital safetyLab 5
  3. 3Beginner ScratchLab 2
  4. 4Creative MinecraftLab 3
  5. 5Creative AI: storiesLab 6
  6. 6Final ProjectLab 12

Their labs

What they'll create.

Computational Thinking and Problem Solving

Logic, patterns, sequences, algorithms, problem decomposition and challenges. Prepares the student to code.

Lab 1 · Logic

Creative Programming with Scratch

Animations, interactive stories, games and challenges. Introduces variables, events, conditions and logic in a visual way.

Lab 2 · Programming
Summer 2027

Minecraft: Building, Logic and Programming

Planned building, challenges, logic and programming by age. The game becomes a creation environment.

Lab 3 · Programming
Summer 2027

Discovering Artificial Intelligence

What AI is, what it can do, its limits, privacy, safety, ethics and responsible use. Hands-on introduction to AI assistants.

Lab 5 · Artificial Intelligence

Complementary or in introductory version:

  • Lab 6 · Creative AI
  • Lab 12 · Final project

Evidence

From learning to evidence.

Each student builds visible proof of what they learn.

  1. 1Monthly or per-lab challenge
  2. 2Individual or collaborative project
  3. 3Final project presentation
  4. 4Progressive digital portfolio
  5. 5Skill badges
  6. 6Certification according to the program completed

Methodology

This is how they learn.

  • Small groups: up to 8 students in Math and 12 in tech
  • Live classes with a virtual whiteboard
  • Challenge- and project-based learning
  • Continuous feedback
  • Responsible AI use and digital citizenship
  • The teacher facilitates and challenges; they don't monopolize the screen

Mate Fácil Membership

Quarterly · Semester · Annual. A development path, not isolated classes.

  • Math path based on assessment
  • Technology labs by age
  • Challenges and projects
  • Follow-up
  • Certifications and badges
  • Academic benefits depending on plan
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