PHN Technology

The AI generation
starts at your school

AI will define your students' careers. PHN puts an IIT-level AI & Robotics lab inside your campus — with a Grade 1–10 NEP 2020 curriculum, IIT-trained teachers and certifications students can carry for life.

Certifications & Recognition

Exclusive Certifications for Students

Credentials from the institutions that build India's technology — on your students' certificates.

IIT
ISRO Registered Space Tutor
Skill India
Why Now

The world changed.
Most classrooms didn't.

Your students will graduate into an economy run on AI, robotics and data. The schools that prepare them first will define the next decade of education.

01

AI is rewriting every career

From medicine to manufacturing, the jobs your students will hold demand fluency in intelligent systems — not just familiarity.

02

NEP 2020 made it policy

Coding, design thinking and experiential learning are no longer optional. The national framework demands schools deliver them.

03

Parents choose future-ready

Admissions conversations have changed. Families now ask what your school does about AI — and remember the answer.

The PHN System

One partner. Four engines.
Zero guesswork.

PHN operates as your school's complete future-skills department — hardware, content, people and platform, integrated from day one.

Students working in a PHN Smart AI & Robotics lab

The Lab

A fully equipped AI & Robotics lab — robots, drones, 3D printers, IoT kits — installed and maintained by PHN.

The Curriculum

Grade 1–10 progression from sensing and observing to building autonomous AI systems. NEP 2020 compliant.

The Faculty

Your teachers, trained by IIT professors and scientists — plus a dedicated PHN trainer embedded in your school.

The Platform

The PHN LMS ties it together — lessons, projects, assessments and progress tracking for every student.

Grade 1 → 10

A ten-year journey,
engineered grade by grade

Every grade has its own focus, projects and outcomes — from first sensors in Grade 1 to leading the AI revolution in Grade 10.

Grade 1 · Learning Focus

Discover the World of Technology

Sense & Observe 3 Projects 32 Activities

Technology Domains Covered

STEM EducationBasic ElectronicsSensor TechnologyIoT Foundation ConceptsEnvironmental TechnologyDesign ThinkingRobotics Foundation (Early Stage)

Key Skill Improvements

  • Observation Skills
  • Logical Thinking
  • Problem Solving
  • Creativity
  • Collaboration & Teamwork
  • Communication Skills
  • Hands-on Technical Skills

Curriculum-Aligned Subject Outcomes

  • Science Understanding circuits, sensors, and electricity
  • EVS Water conservation and environmental responsibility
  • Mathematics Sequencing, patterns, classification
  • English STEM vocabulary and communication skills
  • Art Creative model building and design thinking

Alignment with NEP 2020

Experiential LearningActivity-Based LearningCompetency-Based EducationInquiry-Based LearningMultidisciplinary IntegrationCreativity & Innovation FocusEnvironmental Awareness
Grade 2 · Learning Focus

Explore Smart Technology

Sense & Respond 2 Projects 32 Activities

Technology Domains Covered

STEM EducationBasic ElectronicsSensor TechnologyAutomation FundamentalsEmbedded Systems (Foundation)Product Design & 3D PrintingSmart City TechnologiesRobotics Foundation

Key Skill Improvements

  • Scientific Observation
  • Logical Thinking
  • Problem Solving
  • Creativity & Innovation
  • Engineering Design Thinking
  • Team Collaboration
  • Communication Skills
  • Hands-on Technical Skills

Curriculum-Aligned Subject Outcomes

  • Science Understanding circuits, sensors, and electricity
  • EVS Water conservation and environmental responsibility
  • Mathematics Sequencing, patterns, classification
  • English STEM vocabulary and communication skills
  • Art Creative model building and design thinking

Alignment with NEP 2020

Experiential LearningActivity-Based LearningCompetency-Based EducationInquiry-Based LearningMultidisciplinary IntegrationCreativity & Innovation FocusEnvironmental Awareness
Grade 3 · Learning Focus

Build Smarter Solutions

Smart Environment 2 Projects 32 Activities

Technology Domains Covered

STEM EducationSmart Agriculture TechnologiesEmbedded SystemsSensor TechnologyEnvironmental MonitoringAutomation & Control SystemsProduct Design & 3D PrintingRobotics Foundation

Key Skill Improvements

  • Scientific Investigation
  • Systems Thinking
  • Problem Solving
  • Engineering Design
  • Analytical Thinking
  • Team Collaboration
  • Observation & Data Interpretation
  • Hands-on Technical Skills

Curriculum-Aligned Subject Outcomes

  • Science Plant growth, soil, water cycle, weather, sensors, energy and automation
  • EVS Agriculture, environmental conservation, sustainable farming and water management
  • Mathematics Measurement, sequencing, comparison, observation, data recording and logical reasoning
  • English Scientific vocabulary, observation reports, presentations and communication
  • Art Model building, farm design and creative engineering

Alignment with NEP 2020

Experiential LearningInquiry-Based LearningCompetency-Based EducationActivity & Project-Based LearningDesign Thinking & InnovationMultidisciplinary LearningEnvironmental SustainabilityScientific Temper & Systems Thinking
Grade 4 · Learning Focus

Engineering in Action

Motion & Mechanism 2 Projects 32 Activities

Technology Domains Covered

STEM EducationMechanical EngineeringMotion & MechanismEmbedded Systems FoundationESP32 Controller BasicsMotor Control SystemsProduct Design & 3D PrintingIndustrial Automation Foundation

Key Skill Improvements

  • Engineering Thinking
  • Mechanical Reasoning
  • Logical Problem Solving
  • Structural Design Skills
  • Controller Understanding
  • Team Collaboration
  • Observation & Analysis
  • Hands-on Technical Skills

Curriculum-Aligned Subject Outcomes

  • Science Force, motion, work, energy transformation, simple machines and mechanical systems
  • Mathematics Measurement, estimation, spatial reasoning, geometry and logical sequencing
  • EVS Machines in daily life, transportation and industrial applications
  • English Engineering vocabulary, observation records, presentations and technical communication
  • Art Structural model building, creative product design and engineering drawing

Alignment with NEP 2020

Experiential LearningCompetency-Based EducationInquiry-Based LearningProject-Based LearningDesign ThinkingEngineering Design ProcessMultidisciplinary LearningInnovation & Creativity
Grade 5 · Learning Focus

Creating Smart Connected Systems

Data & Monitoring 2 Projects 32 Activities

Technology Domains Covered

Internet of Things (IoT)Biomedical EngineeringEmbedded SystemsSensor TechnologySmart HealthcareElectronics & InstrumentationProduct DesignDigital Health Technologies

Key Skill Improvements

  • Observation & Data Interpretation
  • Logical & Analytical Thinking
  • Sensor Integration Skills
  • Engineering Design Thinking
  • Computational Thinking
  • Problem Solving
  • Collaboration & Presentation Skills

Curriculum-Aligned Subject Outcomes

  • Science Human body systems, health, temperature, electricity, sensors and measurement
  • Mathematics Data collection, graphs, measurement, comparison and interpretation
  • Social Science Healthcare systems, community wellbeing and technology in society
  • English Scientific vocabulary, presentations, communication and technical reporting
  • Art & Design Healthcare product design, display layouts and prototype modelling

Alignment with NEP 2020

Experiential LearningCompetency-Based EducationInquiry-Based LearningProject-Based LearningDesign ThinkingComputational ThinkingMultidisciplinary LearningHealth & Wellbeing Education
Grade 6 · Learning Focus

Innovate Through Robotics

Robotic Movement 3 Projects 32 Activities

Technology Domains Covered

Robotics EngineeringEmbedded SystemsMobile RoboticsMedical RoboticsSpace TechnologyServo & Motion ControlProduct Design & 3D PrintingMechatronicsEngineering Design Thinking

Key Skill Improvements

  • Systems Thinking
  • Computational Thinking
  • Engineering Problem Solving
  • Programming Fundamentals
  • Multi-System Integration
  • Innovation & Creativity
  • Team Collaboration
  • Analytical Observation

Curriculum-Aligned Subject Outcomes

  • Science Force, motion, energy, robotics, human body, sensors and intelligent systems
  • Mathematics Coordinates, logic, measurement, data interpretation and algorithmic thinking
  • Social Science Space exploration, healthcare technologies and engineering innovations
  • English Technical communication, presentations, documentation and scientific vocabulary
  • Art & Design Robotic prototyping, prosthetic design and engineering visualization

Alignment with NEP 2020

Experiential LearningInquiry-Based LearningCompetency-Based EducationProject-Based LearningDesign ThinkingComputational ThinkingInterdisciplinary LearningInnovation & Scientific Temper
Grade 7 · Learning Focus

Industry Meets Innovation

Automation & Vision 3 Projects 32 Activities

Technology Domains Covered

Industrial RoboticsArtificial IntelligenceMachine VisionComputer VisionInternet of Things (IoT)Wireless CommunicationRenewable Energy SystemsSmart ManufacturingEmbedded Systems

Key Skill Improvements

  • Systems Integration
  • Computational Thinking
  • AI & Automation Awareness
  • Engineering Design
  • Wireless Communication Skills
  • Innovation & Critical Thinking
  • Team Collaboration
  • Industrial Problem Solving

Curriculum-Aligned Subject Outcomes

  • Science Electricity, energy conversion, robotics, artificial intelligence, sensors, light and communication systems
  • Mathematics Coordinate systems, logic, measurement, data analysis and algorithmic reasoning
  • Social Science Industrial Revolution, sustainable development, renewable energy and future technologies
  • English Technical presentations, scientific communication, documentation and industrial vocabulary
  • Art & Design Product design, robotic modelling, industrial design and engineering visualization

Alignment with NEP 2020

Experiential LearningCompetency-Based EducationInquiry-Based LearningProject-Based LearningDesign ThinkingComputational ThinkingInterdisciplinary LearningIndustry 4.0 ReadinessInnovation & Entrepreneurship
Grade 8 · Learning Focus

Master Autonomous Technologies

Sensors, Flight & Control 5 Projects 32 Activities

Technology Domains Covered

Drone TechnologyAutonomous RoboticsEmbedded SystemsAerospace Engineering FundamentalsSensor EngineeringMechatronics & Navigation SystemsProduct Design & 3D PrintingEngineering Measurement & Instrumentation

Key Skill Improvements

  • Systems Thinking
  • Engineering Design
  • Sensor Analysis & Calibration
  • Programming & System Integration
  • Analytical Thinking
  • Innovation & Creativity
  • Computational Thinking
  • Team Collaboration

Curriculum-Aligned Subject Outcomes

  • Science Force, pressure, electricity, motion, sound, light, sensors, flight principles and environmental monitoring
  • Mathematics Measurement, coordinates, data analysis, graph interpretation, logical reasoning and estimation
  • Geography Remote sensing, mapping, navigation, weather observation and drone applications
  • English Technical communication, engineering presentations, scientific documentation and STEM vocabulary
  • Art & Design Drone modelling, robot chassis design, product aesthetics and engineering visualization

Alignment with NEP 2020

Experiential LearningCompetency-Based EducationInquiry-Based LearningProject-Based LearningDesign ThinkingComputational ThinkingMultidisciplinary LearningInnovation & EntrepreneurshipFuture Technology Readiness
Grade 9 · Learning Focus

Experience Industry 4.0

IoT Safety & CNC Automation 5 Projects 32 Activities

Technology Domains Covered

CNC ManufacturingIndustrial RoboticsEmbedded SystemsIndustrial IoT (IIoT)Smart Wearable TechnologyGPS & Navigation SystemsSensor EngineeringMechatronicsSmart Factory Technologies

Key Skill Improvements

  • Precision Engineering
  • Industrial Problem Solving
  • Manufacturing Process Understanding
  • Sensor Integration
  • Data Analysis & Monitoring
  • Systems Integration
  • Design Thinking
  • Team Collaboration

Curriculum-Aligned Subject Outcomes

  • Science Electricity, electromagnetism, force, motion, sensors, energy, industrial applications and safety systems
  • Mathematics Coordinate geometry, measurement, ratios, graph interpretation, logical reasoning and precision calculations
  • Social Science Industrial Revolution, manufacturing systems, transportation safety and sustainable industrial development
  • English Technical documentation, industrial communication, presentations and engineering reporting
  • Art & Design CAD concepts, CNC drawing, industrial product design and engineering visualization

Alignment with NEP 2020

Experiential LearningCompetency-Based EducationInquiry-Based LearningProject-Based LearningDesign ThinkingComputational ThinkingIndustry 4.0 ReadinessEntrepreneurship & Innovation
Grade 10 · Learning Focus

Lead the AI Revolution

AI Robotics & HCI 5 Projects 32 Activities

Technology Domains Covered

Artificial IntelligenceRobotics EngineeringEmbedded SystemsHuman-Machine InteractionVoice TechnologySensor FusionMicroelectronicsProduct Design & 3D PrintingIntelligent AutomationSmart Systems Engineering

Key Skill Improvements

  • AI & Computational Thinking
  • Systems Integration
  • Advanced Programming Concepts
  • Engineering Design
  • Human-Centred Innovation
  • Critical Thinking & Problem Solving
  • Research & Presentation Skills
  • Entrepreneurship & Innovation

Curriculum-Aligned Subject Outcomes

  • Science Artificial intelligence, electronics, control systems, embedded systems, sensors, automation and modern technologies
  • Mathematics Algorithms, logical reasoning, coordinate systems, data analysis, computational thinking and mathematical modelling
  • Social Science AI ethics, Industry 5.0, automation, emerging technologies and societal impact of intelligent systems
  • English Technical documentation, research reports, engineering communication, presentations and project documentation
  • Art & Design Industrial product design, robot aesthetics, user interface concepts and rapid prototyping

Alignment with NEP 2020

Experiential LearningCompetency-Based EducationInquiry-Based LearningProject-Based LearningDesign ThinkingComputational ThinkingInnovation & EntrepreneurshipAI ReadinessCareer-Oriented LearningMultidisciplinary Education
Beyond the Classroom

Experiences students
never forget

The lab is where it starts. The exposure is what changes their lives.

Students visiting an IIT campus
01

Walk the halls of an IIT

Selected students visit IIT campuses — exploring research labs, meeting academicians and seeing where their own journey could lead.

Students on an industry visit
02

See Industry 4.0 up close

Industry visits connect classroom concepts to real factories, real robots and real careers — taught by the professionals who live it.

Mentorship session with IIT and industry experts
03

Learn from IIT & industry mentors

Interactive workshops and mentorship programs led by IIT professors and industry experts — career guidance students can't get anywhere else.

Student learning on the PHN LMS
04

Keep learning after the bell

Recorded sessions, quizzes, assignments and projects on the PHN LMS — so learning continues anywhere, anytime, at each student's pace.

Empowering Educators

Your teachers become
your advantage

Technology doesn't transform schools — teachers do. We invest in yours like no one else.

Teachers training at an IIT campus

IIT campus immersion

  • Train inside premier IIT campuses, surrounded by world-class research environments
  • Hands-on exposure to advanced technologies and modern teaching methods
  • Direct exchange with academicians who shape India's engineering talent
Teacher training by IIT professors

Expert-led certification

  • Training programs led by IIT professors, scientists and industry professionals
  • Workshops, live demonstrations and real case studies — not slide decks
  • Continuous mentoring so your faculty stays ahead, year after year
The Partnership

What your school gains

Nine outcomes, one program — everything a future-ready school needs to lead its city.

An IIT-level AI & Robotics Lab, built inside your campus

An IIT-level AI & Robotics Lab, built inside your campus

Teachers trained by IIT professors, scientists & industry experts

Teachers trained by IIT professors, scientists & industry experts

A brand parents notice — recognition that compounds every year

A brand parents notice — recognition that compounds every year

A future-ready AI & Robotics curriculum, Grades 1–10

A future-ready AI & Robotics curriculum, Grades 1–10

Admissions momentum and stronger parent appeal

Admissions momentum and stronger parent appeal

A seat at national competitions & hackathons

A seat at national competitions & hackathons

Progress tracking and continuous student assessment

Progress tracking and continuous student assessment

End-to-end academic & technical support, always on

End-to-end academic & technical support, always on

A dedicated trainer embedded in your school

A dedicated trainer embedded in your school

Advisory Board

India's Leading Academic & Industry Experts

The minds guiding PHN — directors and professors from IITs, ISRO and DRDO, invested in your students' future.

Get Started

Your school, one enquiry away from future-ready

Tell us about your school. Our team will design a lab, curriculum and training plan built for your students — and walk you through it, step by step.

  • End-to-end lab setup & equipment
  • NEP-aligned, grade-wise curriculum
  • Teacher training & certification
  • Ongoing mentorship & support

Enquiry Form

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