CURRICULAR PROGRAM

For over a decade, Mindscape has been dedicated to crafting meticulously designed curriculum programs tailored to the diverse learning needs of our students. Our structured programs consist of various levels, each packed with 32 hours of engaging and enriching content, spanning across three semesters: Fall, commencing at the start of September; Spring, launching mid-January; and Summer, kicking off in early July.

Aligned with the principles of STEAM education, our curricula are meticulously curated to deliver transformative learning experiences, fostering critical thinking, creativity, and collaboration. Through hands-on activities and collaborative projects, we empower students to explore and innovate in science, technology, engineering, arts, and mathematics domains.

Beyond science education, our programs also integrate essential non-science teachings such as digital literacy, internet safety, and digital citizenship. Our academic approach prioritizes frequent feedback and assessment, facilitating dynamic interactions between students and instructors, ensuring an enriching and engaging learning journey for all.

KinderBots 4+

Learn Robotics concepts, Psychomotor Skills, and Cognitive Development

Level 1

  • Discovering movement and forces through play
  • Building spatial awareness with hands-on tasks
  • Learning about simple machines in daily life

Level 2

  • Boosting problem-solving with patterns and builds
  • Linking science to movement in nature and technology
  • Growing logic and design skills through exploration

Level 3

  • Applying advanced movement in robotics and navigation
  • Enhancing teamwork, communication, and reasoning
  • Combining learned skills in creative problem-solving projects

Junior Explorers 6+

Hands-on tech learning introduces young learners to CS, robotics, AI, and safety

Level 1

  • Sequence and Computer Parts
  • Robot VS Human
  • Dimensions - 2D VS 3D
  • Speed and direction
  • What is the internet?

Level 2

  • Algorithm and Debugging
  • How to use a sensor?
  • What is an Intelligent Device?
  • Geometric Shapes
  • Basic Math Operations

Level 3

  • "While" and "Wait for" control statements
  • AI in everyday life
  • Merge shapes to build models
  • Animal behaviors
  • Fake News and Fact Checking

Level 4

  • Understand Repeating Actions in Loops
  • Understand what are sensors
  • What makes an intelligent machine?
  • Digital Footprint

Senior Explorers 8+

Enhances programming, robotics, AI, cybersecurity, and creativity via problem-solving

Level 1

  • Using Loops and Conditions
  • Why use gears?
  • Introduction to AI (How machines learn)
  • Natural Shapes
  • Cyberbullying

Level 2

  • Hardware VS Software
  • Tilt Sensor and Sender/Receiver Systems
  • AI and Pattern Recognition
  • Coordinates
  • Passwords and Online Safety

Level 3

  • Basic Decision Making Using If/Else Conditions
  • Differential Steering
  • Machine Learning Basics
  • Automating Building Models
  • Random Values

Level 4

  • Event Triggers
  • Stepper Motor VS Servo Motor
  • Ethics in AI
  • Animating Building Models
  • Primary Colors and Speed units

Junior Scouts 10+

Focused on critical-thinking, problem-solving, robotics, AI, cybersecurity, and design for real-world applications

Level 1

  • Expressing Algorithms using Flow Charts
  • Button Triggered Events
  • Scene Design
  • CIA pillars and types of hackers

Level 2

  • Booleans in Conditions
  • Ultrasonic, Color and Touch Sensor
  • Robot Design
  • Binary Division and Waves
  • CIA pillars and types of hackers

Level 3

  • Operators
  • Basic Line Following Algorithm
  • Prompt Engineering
  • Design using loops
  • RGB encoding

Senior Scouts 12+

Teaches advanced programming, AI and cybersecurity ethics, and prepares for tech innovation challenges

Level 1

  • Functions and Variables
  • Gyro Sensor and Gears
  • Supervised VS Unsupervised Learning
  • Color Theory
  • Cyber Attacks

Level 2

  • Multithreading and Parallel Programming
  • PID Line Follower
  • Cloud computing and Speech Recognition
  • AI tools in graphic design
  • Types of Networks and Transport Layer

Level 3

  • Python
  • IOT
  • Web Development

TechSavvy 13+

Empowers high-school students and above with practical skills in automation, IoT and Programming

Level 1

  • Introduction to electricity and electronics
  • C programming
  • Sensors and Arduino microcontroller

Level 2

  • Introduction to IoT
  • C programming
  • Sensors and Arduino microcontroller
  • Build your first IoT app

Level 3

  • Arduino With Python
  • Introduction to Data Science