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 3+

Learn Robotics concepts, Psychomotor Skills, and Cognitive Development

Level 1

  • Science concepts through investigation
  • hands-on activities using simple mechanical robots and 2D models

Level 2

  • Science and algorithm concepts through investigation
  • Hands-on, and problem-solving activities using simple mechanical robots and 3D models

JuniorBots 6+

Developing abilities to think critically and exploring the block-based programming

Level 1

  • Informatics (Blocks programming, Digital Citizenship)
  • Robotics (Motion Exploration)
  • Science (Pattern Recognition, Space Exploration)
  • Dive into 2D and 3D Design

Level 2

  • Informatics (Algorithm & Sequencing, Internet Safety)
  • Robotics (Motor, Display Blocks)
  • Science (Math on Display, Exploring the Ocean)
  • Exploration of shapes

Level 3

  • Informatics (Conditions & Loops, Cyberbullying)
  • Robotics (Motor Motion with Displays)
  • Science (Skyward Explorers)
  • Fusion of design and coding

SeniorBots 8+

Developing abilities
to think critically,
find innovative solutions in a fun
and engaging way

Level 1

  • Informatics (Advanced Debugging & Sequencing, Digital Citizenship)
  • Mechanics (Gearing System)
  • Digital Storytelling
  • Applied design skills

Level 2

  • Informatics (Control Statements, Message Blocks, Network)
  • Robotics (tilt sensor)
  • PEAS in AI
  • Game Design Fundementals

Level 3

  • Informatics (Control Statements, Events, Security)
  • Robotics (Dual Motors)
  • Mechanics (Differential Steering)
  • Game Development

Junior Engineer 10+

In an engaging and enjoyable manner, they explore engineering and programming skills

Level 1

  • Informatics (Algorithmic Thinking, nested loops and conditions, Network Topology)
  • Science (Sound and Waves)
  • Robotics (Motor Motion)
  • Design thinking

Level 2

  • Informatics (Binary Systems, Cybersecurity Awareness)
  • Science (Waves and signal)
  • Robotics (Inputs and Outputs, Ultrasonic)
  • Design Thinking and Prototyping

Level 3

  • Informatics (Data Literacy and digital citizenship)
  • Science (Colors and Spectrum theory)
  • Robotics (RGB sensor, Line Following)
  • Advanced Design Thinking for Multifaceted Challenges

Senior Engineer 12+

Integrate engineering and programming seamlessly into interdisciplinary projects

Level 1

  • Informatics (Variables, Data Types, nested loops, Impact of AI)
  • Science (Pitch and Waveforms)
  • Robotics (Gyroscopic Exploration
    and Gyro Sensor)

Level 2

  • Informatics (Functions, Iteration, Web and Cloud Technologies)
  • Science (Gears, Ratios, Motion, Torque, Horsepower, Energy, Differential Rotation)
  • Robotics (Line Follow with one and
    2 sensors)

Level 3

  • Informatics (Modeling and Simulation)
  • Science (Forces, Transmission and Suspension Systems: in Vehicles, Car Steering)
  • Engineering (Power Generation,
    Efficiency and Sustainability, Ethical)

TechSavvy 14+

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