TechInno
Innovate & Inspire — AI, Robotics, IoT & Coding for schools
TechInno is PR Infotech's flagship co-curricular technology program — a structured, age-appropriate curriculum that takes students from simple electronics and digital literacy in Grade 1 through autonomous robotics, IoT dashboards and AI capstone projects by Grade 10. Sessions are project-led, hardware-rich and aligned with NEP 2020. Fully delivered by trained PR Infotech faculty, with zero workload on school teachers.
- Grade 1 to Grade 10
- 1 hour / week, 32 active weeks
- 100+ hands-on projects per year
- NEP 2020 aligned
What TechInno brings
Hands-on hardware from Grade 1
Real components — circuits, sensors and robotics kits — from the very first session. Not just simulations or screen-only coding.
100+ projects per year
Every grade builds 10–25 working projects across the year, so students leave with a portfolio they can actually demo.
AI + Robotics + IoT + Coding integrated
Four streams woven together at every grade — not isolated subjects. Coding learns to drive hardware; hardware feeds data into AI.
PR Infotech-delivered
Trained PR Infotech faculty teach every session directly. School teachers have zero additional workload.
NEP 2020 aligned
Supports the National Education Policy 2020 emphasis on problem-solving, computational thinking and innovation.
Tech Innovators showcase
An annual event where students from partner schools demonstrate their innovation projects to peers and parents.
A ladder from KG to Grade 12
Foundation
STEM, electronics and digital literacy through craft-driven projects — simple circuits, switches, drag-and-drop coding and first encounters with sensors and robotics. 10–20 projects per grade.
Explorer
Breadboards, sensors (IR / LDR / ultrasonic / temperature), microcontrollers and the move from block-based coding into Python — students build automation, smart systems and IoT data flows. 15–20 projects per grade.
Innovator
Embedded C, full Python projects, AI vision and speech tools, autonomous robotics and a capstone build — with a working grasp of cyber safety and AI ethics. 20–25 projects per grade.
10 batches, one progression
Each grade has its own batch with an age-appropriate curriculum and a project count target. Concepts compound as students move up — by Grade 10 they ship capstone projects.
STEM + Basic Electronics + Digital Literacy
- Basic digital skills
- Introduction to electricity
- Shapes, patterns and logic games
- Simple circuits (Battery → LED)
- Craft-based STEM activities
- Everyday technology awareness
STEM + Basic Electronics + Digital Literacy
- Battery → LED concept
- Simple switch ON / OFF logic
- Everyday electronics awareness
- Drag-and-drop coding concepts
- Creative STEM models
STEM + Basic Electronics + Coding + Basics of AI & IoT
- Simple circuits using safe connectors
- Introduction to sensors (light / sound — demo)
- Block-based coding (Scratch / Code.org)
- Sequence, loops and events
- Real-world technology examples
STEM + Electronics + Robotics + Coding + IoT in daily life
- Series & parallel circuits (conceptual)
- Introduction to motors (demo-based)
- Block coding with logic conditions
- Simple automation ideas
- Robotics concepts (movement, sensing)
STEM + Electronics + Coding + Robotics + AI concepts in detail
- Breadboard introduction (safe usage)
- Resistor & LED concepts
- Sensors: IR, LDR, Ultrasonic (demo & guided)
- Block-based coding (Scratch + mBlock)
- Automation logic & problem statements
STEM + Electronics + Coding + Robotics + IoT Foundations
- Advanced breadboard usage & safety
- Sensors: IR, LDR, Temperature, Ultrasonic (hands-on)
- Introduction to microcontrollers (Arduino / Pico, conceptual)
- Block-based coding (mBlock / Scratch Advanced)
- Data collection using sensors
- Basic automation systems
STEM + Embedded Systems + Python Basics + Robotics + IoT
- Microcontroller programming (block + text hybrid)
- Python basics: variables, conditions, loops
- Motor drivers & relay modules
- Smart systems (Smart Light, Smart Fan concept)
- Wireless communication basics (Bluetooth / WiFi demo)
- Flowcharts & algorithm design
STEM + Electronics + Coding + Robotics + AI concepts in detail
- Text-based coding (Python introduction)
- Sensor data processing
- Robotics movement & path planning
- AI concepts
- IoT dashboards (cloud-concept demo)
- Debugging & optimization
AI + IoT + Embedded C + Robotics
- Microcontroller programming (block + text hybrid)
- Python basics: variables, conditions, loops
- Motor drivers & relay modules
- Smart systems
- Wireless communication basics (Bluetooth / WiFi demo)
- Flowcharts & algorithm design
Advanced AI + Robotics + IoT + Product Development
- AI model usage (vision / speech tools, guided)
- Autonomous robot concepts
- Cyber safety & ethics in AI / IoT
- Capstone project development
- Entrepreneurship & innovation basics
Session structure
32 sessions per year · 1 hour each
- 110 minConcept teaching
- 240 minProject building
- 310 minTesting & documentation
Annual academic plan
32 active weeks mapped across the school year.
- June4 wksFoundation & Orientation
- July4 wksSTEM & Coding Base
- August4 wksMini Projects & Experiments
- September2 wksOnam Vacation (2 weeks off)
- October4 wksMain Project Build
- November4 wksProject Completion, Testing, Debugging
- December2 wksTech Innovators Week + Christmas Break
- January4 wksAI Lessons, ML Mini Projects
- February2 wksWind-up, Make-up, Innovation Showcase
Real tools students will use
Software
- Scratch Jr
- Blockly
- Code.org
- PictoBlox
- mBlock
- Tinkercad
- Python basics
- OpenCV
- Google Workspace
Hardware
- Arduino-based kits
- Motion, temperature & light sensors
- LEDs, motors and actuators
- Breadboards & jumper wires
- Microcontrollers (Arduino / Pico)
- Motor drivers & relay modules
Online platforms
- Age-appropriate AI / ML demonstration tools
What students take away
- Build 100+ projects across classes
- Learn electronics hands-on
- Program robots
- Create IoT systems
- Train simple AI models
- Participate in annual exhibition
- Build a project portfolio
Safety measures
- All projects use low voltage (3V – 5V)
- No soldering for Grades 1 – 8
- Reusable kits
- Strict safety guidelines followed
- Safe wiring with insulated materials
- Weekly 1-hour TechInno session
- Structured curriculum, worksheets & assessments
What we bring to the school
- Fully trained PR Infotech faculty deliver all sessions
- Zero workload on school teachers
- Project-based learning for maximum student engagement
- Regular assessments and progress tracking
- Consistent quality and program continuity throughout the year
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