Purple Technologies
STEM Innovation
Annual Learning Program
Learn Robotics, AI, IoT & Electronics by Building Real Projects
About the Program
A comprehensive year-long structured STEM curriculum designed to take students from basic electricity concepts to advanced AI and IoT systems through hands-on project-based learning.
Hands-On Learning
Build real projects, not just theory. Students create working prototypes from Grade 3 onwards.
Industry-Ready Skills
Learn programming, electronics, IoT, and AI - skills that prepare students for future careers.
Structured Progression
Year-on-year curriculum from basic circuits to advanced AI systems with clear learning paths.
Real-World Projects
Grade-wise product outcomes: Smart lights, traffic systems, IoT dashboards, startup-level innovations.
Transform Your School into a Hub of Innovation
With our proven curriculum, comprehensive kits, and expert teacher training, your students will build real-world skills while creating tangible products that solve actual problems.
Electronics Curriculum
Grade-wise progression from basic circuits to advanced IoT and AI systems
Grade 3-4
Experiments
Learning Outcomes: Understanding basic electricity, circuits, and simple electronics
Grade 5-6
Experiments
Learning Outcomes: Digital electronics, logic gates, and component-level understanding
Grade 7-8
Experiments
Learning Outcomes: Microcontroller programming, sensor integration, and basic automation
Grade 9-10
Experiments
Learning Outcomes: IoT systems, wireless communication, cloud platforms, and data analytics
Grade 11-12
Experiments
Learning Outcomes: Advanced IoT, edge AI, industrial systems, and entrepreneurship skills
Learning Progression
Basic → Advanced
Basic → Advanced
Basic → Advanced
Basic → Advanced
Basic → Advanced
| Grade | Experiments (8 per year) | Learning Outcomes |
|---|---|---|
| Grade 3-4 | Battery & Bulb, Series & Parallel Circuits, Switches & Conductors, Electricity Basics, Simple Motors, Basic Sensors, LED Circuits, Sound & Light | Understanding basic electricity, circuits, and simple electronics |
| Grade 5-6 | Digital Logic Gates, Basic Electronic Components, Resistors & Capacitors, Transistors, 7-Segment Display, Buzzers & Alarms, Light Sensors, Temperature Sensors | Digital electronics, logic gates, and component-level understanding |
| Grade 7-8 | Arduino Basics, Sensor Integration, Motor Control, LCD Displays, Ultrasonic Sensors, IR Sensors, Servo Motors, Simple Automation | Microcontroller programming, sensor integration, and basic automation |
| Grade 9-10 | IoT Basics, WiFi Communication, Cloud Integration, Smart Home Systems, Environment Monitoring, Data Logging, Mobile App Integration, Advanced Sensors | IoT systems, wireless communication, cloud platforms, and data analytics |
| Grade 11-12 | Advanced IoT, Edge Computing, Industrial Automation, AI at Edge, Computer Vision, Voice Recognition, Machine Learning Integration, Startup Projects | Advanced IoT, edge AI, industrial systems, and entrepreneurship skills |
Programming Curriculum
From visual programming to AI/ML - a complete coding journey
Beginner
Topics
- • Block-based Programming
- • Logic Building
- • Sequences & Loops
Tools
Computational thinking and programming fundamentals
Intermediate
Topics
- • Python Basics
- • Data Types
- • Control Flow
Tools
Text-based programming, data structures, and algorithms
Advanced
Topics
- • Web Development
- • HTML/CSS/JavaScript
- • Frontend Frameworks
Tools
Full-stack web development and API integration
Expert
Topics
- • IoT Programming
- • Embedded Systems
- • ESP32/Arduino
Tools
Hardware programming, IoT protocols, and cloud integration
Master
Topics
- • AI/ML Basics
- • Data Science
- • Neural Networks
Tools
Machine learning, AI models, and intelligent systems
| Level | Topics Covered | Tools & Platforms | Learning Outcomes |
|---|---|---|---|
| Beginner | Block-based Programming, Logic Building, Sequences & Loops, Conditionals, Variables, Functions | Scratch 3.0, Code.org | Computational thinking and programming fundamentals |
| Intermediate | Python Basics, Data Types, Control Flow, Functions & Modules, File Handling, Error Handling | Python 3, Thonny IDE | Text-based programming, data structures, and algorithms |
| Advanced | Web Development, HTML/CSS/JavaScript, Frontend Frameworks, Backend Basics, Database, APIs | VS Code, React, Node.js | Full-stack web development and API integration |
| Expert | IoT Programming, Embedded Systems, ESP32/Arduino, MQTT Protocol, Cloud Services, Real-time Systems | Arduino IDE, ESP32, Firebase, ThingSpeak | Hardware programming, IoT protocols, and cloud integration |
| Master | AI/ML Basics, Data Science, Neural Networks, Computer Vision, NLP, Model Deployment | Python, TensorFlow, OpenCV, scikit-learn | Machine learning, AI models, and intelligent systems |
Robotics Curriculum
Build intelligent robots from basic motion control to advanced AI systems
Beginner
Experiments
- • Basic Robot Assembly
- • Motor Control
- • Sensor Integration
- • Line Following
- • Obstacle Avoidance
Hardware
Outcomes: Robot assembly, basic motion control, and sensor usage
Intermediate
Experiments
- • Bluetooth Robot
- • Remote Control
- • Multi-Sensor Robots
- • Maze Solver
- • Light Following
Hardware
Outcomes: Wireless control, sensor fusion, and complex behaviors
Advanced
Experiments
- • Autonomous Robot
- • Path Planning
- • Gripper Arm
- • Object Detection
- • Pick & Place
Hardware
Outcomes: Autonomous navigation, mechanical design, and computer vision
Expert
Experiments
- • AI-Powered Robot
- • Voice Control
- • Gesture Recognition
- • Smart Navigation
- • IoT Integration
Hardware
Outcomes: AI integration, voice/gesture control, and smart systems
Master
Experiments
- • Industrial Robot
- • ROS Integration
- • Multi-Robot Systems
- • Advanced Vision
- • Edge AI
Hardware
Outcomes: Industrial robotics, ROS framework, and multi-agent systems
Competition Ready
Our robotics curriculum prepares students for national and international robotics competitions with hands-on experience in autonomous navigation, sensor fusion, and AI integration.
AI & Machine Learning Curriculum
From no-code AI to production-ready edge AI deployment
Beginner
AI Experiments
- • AI Basics
- • Image Classification
- • Object Detection
- • Simple Chatbot
- • Voice Commands
Tools & Frameworks
Outcomes: Understanding AI, no-code ML models, and basic applications
Intermediate
AI Experiments
- • Python for AI
- • Data Collection
- • Model Training
- • Face Recognition
- • Sentiment Analysis
Tools & Frameworks
Outcomes: Python-based ML, data preprocessing, and model training
Advanced
AI Experiments
- • Computer Vision
- • Object Tracking
- • Pose Detection
- • OCR
- • Image Processing
Tools & Frameworks
Outcomes: Advanced vision systems, real-time processing, and applications
Expert
AI Experiments
- • NLP Projects
- • Chatbot Development
- • Text Analysis
- • Voice Assistant
- • Language Models
Tools & Frameworks
Outcomes: Natural language processing, chatbots, and voice systems
Master
AI Experiments
- • Edge AI
- • AI on Hardware
- • Real-time Inference
- • Model Optimization
- • Production Deployment
Tools & Frameworks
Outcomes: Edge AI deployment, optimization, and production systems
Future-Ready AI Skills
Our AI curriculum ensures students understand not just how to use AI, but how to build, train, and deploy intelligent systems that solve real-world problems.
Kit Structure
Comprehensive learning materials for individual and collaborative projects
Grade-wise STEM Kit (Each Student)
8 Experiments per Year
Hands-on projects aligned to curriculum
Electronic Components
Resistors, LEDs, sensors, motors, etc.
Microcontroller Board
Arduino/ESP32 for advanced grades
Workbook & Guide
Theory, instructions, and assessments
Project Materials
Wires, breadboard, batteries, tools
Shared Robotics & AI Kit (Classroom)
Robotics Modules
Robot chassis, motors, gripper arms
AI Demo Systems
Camera modules, AI boards, edge devices
IoT Boards
ESP32, sensors, cloud connectivity
Advanced Tools
Multimeter, soldering kit, 3D printer access
Competition Kits
Resources for robotics competitions
Complete Learning Ecosystem
Every student receives their own grade-appropriate kit for hands-on experimentation, while classroom shared resources enable collaborative robotics and AI projects.
Pricing Plans
Choose the perfect plan for your school's STEM education journey
Basic Plan
per student/year
Essential STEM learning for schools starting their journey
Standard Plan
per student/year
Complete STEM program with robotics and programming
Premium Plan
per student/year
Advanced STEM with AI, robotics competitions, and mentorship
Detailed Feature Comparison
| Feature | Basic | Standard | Premium |
|---|---|---|---|
| Grade-wise STEM Kit | |||
| Electronics Curriculum | |||
| Programming (Scratch) | |||
| Programming (Python, Web) | |||
| Shared Robotics Kit | |||
| IoT & Cloud Integration | |||
| AI & Machine Learning | |||
| Shared AI Demo Systems | |||
| Teacher Training Days | 2 days | 5 days | 10 days |
| Support Level | Dedicated Manager | On-site Support | |
| Competition Training | |||
| Industry Expert Sessions | |||
| Career Guidance |
Key Program Insights
Strong Progression Model
Theory → Practical → Real-world projects ensure deep understanding and skill development
Hands-On STEM Learning
Students build actual working prototypes, not just paper projects
Industry-Ready Skills
Programming, IoT, AI, and robotics aligned with industry requirements
Standardized Assessment
Grade-wise assessments track progress and ensure learning outcomes
Grade-wise Product Outcomes
Students build progressively complex products that solve real-world problems
Electricity Basics
Simple Circuit Projects
Digital Electronics
Logic Gate Systems
Arduino & Automation
Smart Light System
IoT Systems
Smart Traffic System
AI & Edge Computing
Startup-level Product
Get in Touch
Ready to transform your school's STEM education? Contact us today!
Purple Technologies
Why Choose Purple Technologies?
- •10+ years of STEM education experience
- •Trusted by 500+ schools across India
- •Comprehensive teacher training & support
- •Industry-aligned curriculum