GearUp Technologies Comprehensive STEM & Robotics Curriculum

The Future-Ready Curriculum

A meticulous, progressive, and 100% hands-on engineering pathway guiding students from the fundamental physics of motion in Grade 1, straight into advanced artificial intelligence in Grade 9.

Phase 1

Foundations of Tech & Applied Mechanics

🌱 Early Innovators
Grades 1 to 3

Grade 1: Motion & Basic Circuits

Transitioning kids from passive learners to active makers through safe, tactile mechanics.

  • Aerodynamics & Push/Pull forces
  • Safe electricity & closed circuits
  • Conductive vs Insulating materials
  • Intro to 3D construction (3D Pen Safety)
🛠️ Key Projects: Air-Powered Cars, Electronic Playdough, Motorized Table Fans.

Grade 2: Renewable Energy

Harnessing nature. Converting light into kinetic energy and exploring biomimicry.

  • Solar panel basics & clean energy
  • Linkages & converting rotary to linear motion
  • Optics, light mixing & reflection
  • Building weight-bearing 3D structures
🛠️ Key Projects: Solar-Powered Vehicles, Crawling Spider BOTs, "Magic" Mud.

Grade 3: Intro to Sensors & Automation

Teaching machines how to "feel". Integrating sensors with environmental elements.

  • Analog vs. Digital signals
  • Fluid dynamics & water pumps
  • Atmospheric detection & logic loops
  • Gears, Torque vs RPM mechanics
🛠️ Key Projects: Smart Hydro Dispensers, Soil Moisture Garden Assistants.

Phase 2

Smart Environments & Programming

⚙️ Tech Explorers
Grades 4 to 6

Grade 4: Spatial Design & IoT Basics

Bridging 2D concepts into 3D engineering alongside invisible sensor detection.

  • Lasers, LDRs & unbroken circuits
  • PIR motion sensing & calibration
  • Urban automation logic
  • Material science (Non-Newtonian fluids)
🛠️ Key Projects: Laser Trip-Wire Security, Smart Home Motion Lights.

Grade 5: Autonomous Robotics

Giving robots the power of decision-making and introducing algorithmic thinking.

  • Differential steering & motor drivers
  • Infrared & wireless communication
  • Engineering for accessibility
  • Block-based coding basics (Loops, If/Then)
🛠️ Key Projects: Light-Seeking Photovores, Ultrasonic Radar, Blind Assist Sticks.

Grade 6: Advanced IoT & Intro to AI

Connecting hardware to data. Real-world telemetry and an introduction to GenAI.

  • Gas/Smoke sensors & high-alert logic
  • Digital display formatting (LCD/OLED)
  • Game UI design & mathematical operators
  • Prompt engineering & AI ethics
🛠️ Key Projects: Digital Weather Stations, Automated Smart Parking Booms.

Phase 3

Advanced Systems, Python & Applied AI

🚀 Future Engineers
Grades 7 to 9

Grade 7: Bipedal Robotics & Python

Transitioning from block coding to syntax. Managing weight distribution and sync.

  • Center of gravity & servo synchronization
  • Real-Time Clocks (RTC) & scheduling arrays
  • Object-Oriented Programming (Python)
  • Game loops, collision logic & API basics
🛠️ Key Projects: OTTO Humanoid Robot, Python Arcade Games, Smart Med Reminders.

Grade 8: Aerospace & Computer Vision

Taking flight. Processing video streams and learning multirotor physics.

  • Drone flight stabilization (Pitch/Roll/Yaw)
  • Cloud computing & HTTP (GET/POST)
  • Biomedical engineering (Photoplethysmography)
  • Mapping physical coords to screen coords
🛠️ Key Projects: UAV Quadcopters, VR Virtual Mouse (Gesture tracking).

Grade 9: Biomechatronics & Advanced AI

The pinnacle of the syllabus. Merging biology, complex logic, and Machine Learning.

  • Tendon mechanics & analog flex sensors
  • Haar Cascades & neural network basics
  • Spatial tracking using OpenCV & Python
  • Automating data processing with LLMs
🛠️ Key Projects: Wearable Robotic Hands, Face Detection Attendance Systems.

Ready to Integrate This Curriculum?

We handle everything: providing the syllabus, supplying the kits, and executing complete teacher training to ensure a seamless rollout in your school.

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