Robotics Program for Students
The AVAS Robotics Program for Students is a hands-on, STEM-focused learning program that introduces children to the exciting world of robotics, electronics, and programming. Designed for students from Class 1 onwards, this program develops 21st-century skills including logical thinking, computational thinking, creativity, and problem-solving abilities.
Through building and programming real robots, students learn concepts of mechanics, electronics, and coding in a fun and interactive way. The program is structured across multiple levels — from basic robot building to advanced autonomous programming — ensuring progressive and meaningful learning at every stage.
Whether your child is a complete beginner or has some background in science and technology, the AVAS Robotics Program provides a structured learning journey that sparks curiosity, builds confidence, and prepares students for the future.
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Why Choose AVAS Robotics Program?
AVAS is one of India's leading skill development organizations, an NSDC Skill India Approved Training Partner and NCERT Content Partner. The Robotics Program at AVAS provides a unique blend of hands-on learning, STEM education, and structured curriculum that develops real-world skills in students.
What Makes AVAS Unique?
Program Features
AVAS Robotics Syllabus & Learning Structure
A structured, progressive curriculum for students from Class 1 to Class 12. Select your program below to view the complete level-wise syllabus.
Designed for young learners to explore the world of robotics through fun, hands-on activities. Students build simple robots, learn basic electronics, and get introduced to fundamental programming concepts — all through activity-based learning.
- Introduction to Robotics — History & Applications
- What is a Robot? Parts of a Robot
- Introduction to Simple Machines — Lever, Wheel & Axle, Pulley
- Basic Mechanical Concepts — Gears, Linkages
- Building Simple Mechanical Models
- Introduction to Sensors — Touch, Light, Sound
- Basic Electricity — Circuits, Switches, LEDs
- Project: Build a Simple Moving Robot
- Assessment & Certificate
- Understand the basics of robotics and its real-world applications
- Identify parts of a robot and their functions
- Build simple mechanical models using basic components
- Understand basic electricity concepts
- Successfully build and demonstrate a simple moving robot
- Live Interactive Classes
- Hands-On Model Building
- Activity-Based Learning
- Visual Demonstrations
- Project-Based Assessment
- Introduction to Electronics — Resistors, Capacitors, Motors
- Building Electronic Circuits
- Introduction to Microcontrollers
- Introduction to Block-Based Programming (Scratch/Similar)
- Programming Basic Robot Movements
- Using Sensors with Programming
- Line Following Robot — Concept & Build
- Project: Build a Sensor-Based Robot
- Assessment & Certificate
- Understand basic electronic components
- Build simple electronic circuits
- Learn block-based programming fundamentals
- Program a robot to perform basic tasks
- Build and demonstrate a sensor-based robot
- Live Interactive Sessions
- Guided Electronics Practice
- Block Programming Exercises
- Robot Building Activities
- Project-Based Learning
- Advanced Block Programming — Loops, Conditions, Variables
- Multiple Sensor Integration
- Wireless Communication — Bluetooth Basics
- Introduction to Autonomous Robots
- Obstacle Avoidance Robot
- Introduction to IoT Concepts
- Mini Robotics Projects
- Project Presentation & Assessment
- Certificate & Competition Preparation
- Apply advanced programming concepts to robot control
- Integrate multiple sensors in a single project
- Build an autonomous obstacle-avoiding robot
- Present a mini robotics project confidently
- Prepare for robotics competitions
- Advanced Project-Based Learning
- Group Collaboration Activities
- Competition-Oriented Practice
- Presentation Skills Training
- Peer Learning Sessions
For students ready to go deeper into electronics, programming, and autonomous systems. The Senior Robotics Program covers Arduino, Python programming, advanced sensor systems, IoT, and real-world robotics projects that prepare students for engineering and technology careers.
- Introduction to Arduino — Hardware & IDE
- Basic Arduino Programming — Syntax, Variables, Loops
- Digital & Analog I/O
- Controlling LEDs, Buzzers, Motors
- Sensor Integration — Ultrasonic, IR, Temperature
- Serial Communication
- Project: Arduino-Based Automated System
- Assessment & Certificate
- Set up and program an Arduino board confidently
- Control electronic components using Arduino
- Integrate multiple sensors into a working system
- Build and demonstrate an Arduino-based automated project
- Live Interactive Classes
- Hands-On Arduino Practice
- Code-Along Sessions
- Sensor Integration Experiments
- Project-Based Assessment
- Introduction to Python for Robotics
- Python Basics — Variables, Functions, Loops, Conditions
- Raspberry Pi Introduction
- Advanced Sensor Systems — LIDAR, Camera, GPS
- Wireless Communication — Wi-Fi, Bluetooth, RF
- Autonomous Navigation Concepts
- Line Following & Maze-Solving Robot
- Project: Build an Autonomous Robot
- Assessment & Certificate
- Apply Python programming to robotics projects
- Work with Raspberry Pi and advanced sensors
- Build autonomous navigation systems
- Develop wireless communication for robots
- Design and build an autonomous robot
- Live Interactive Sessions
- Python Coding Practice
- Advanced Hardware Integration
- Autonomous Systems Experiments
- Project-Based Learning
- Introduction to Artificial Intelligence in Robotics
- Machine Learning Basics for Robots
- Computer Vision — Image Recognition, Object Detection
- Internet of Things (IoT) — Smart Systems
- Cloud Connectivity for Robots
- Swarm Robotics Concepts
- Advanced Competition Robotics
- Final Capstone Project
- Project Presentation, Assessment & Certificate
- Apply AI and Machine Learning concepts to robotics
- Implement computer vision in robot projects
- Build IoT-connected smart robotics systems
- Design and present a capstone robotics project
- Prepare for national/international robotics competitions
- Develop skills for engineering and technology career paths
- AI & ML Concept Sessions
- Competition Preparation Training
- Advanced Project Mentoring
- Industry-Relevant Problem Solving
- Capstone Project Presentation
Program Highlights
Suitable for Students from Class 1 to Class 12
Online Live & Offline Class Options
Real Robot Building & Programming
STEM-Based Learning Approach
Available in Hindi & English
Government-Certified AVAS Trainers
NSDC-Guided Learning Framework
Certification After Every Level
Competition & Olympiad Preparation
Regular Project-Based Assessments
Benefits of Learning Robotics at AVAS
🧠 Develops Computational Thinking
Students learn to think logically, break problems into steps, and develop algorithmic approaches to solving real-world challenges.
🔧 Hands-On STEM Learning
By building and programming real robots, students experience practical science, technology, engineering, and mathematics in action.
💡 Boosts Creativity & Innovation
Students design, build, and innovate — developing their creative thinking and ability to come up with unique solutions.
🎯 Improves Problem-Solving Skills
Robotics challenges students to identify problems, test solutions, and refine their approach — building strong analytical skills.
📱 Introduces Programming & Coding
From block programming to Python and Arduino, students gain real coding skills applicable in academic and professional settings.
🏆 Competition Readiness
The curriculum prepares students for national and international robotics competitions, Olympiads, and STEM challenges.
🚀 Future Career Preparation
Robotics skills open doors to careers in engineering, AI, automation, software development, and technology innovation.
😊 Builds Confidence & Teamwork
Through project presentations and group activities, students develop confidence, communication, and collaboration skills.
Who Can Join This Program?
The AVAS Robotics Program is open to all students. No prior robotics or programming experience is required.
Class 1 to Class 5 Students
Class 6 to Class 12 Students
Science & Technology Enthusiasts
Aspiring Coders & Programmers
Competition-Oriented Students
Future Engineers & Innovators
What Parents & Students Say
"My son joined the AVAS Robotics Program and within just 2 months he built his first working robot! His interest in science and technology has completely transformed. He now wants to become a robotics engineer."
"The AVAS Robotics Program taught me Arduino and Python programming in a very practical way. I participated in a national robotics competition and won! The structured curriculum and mentor support were excellent."
"My daughter was always interested in technology but didn't know where to start. AVAS Robotics gave her the perfect platform. The hands-on projects made learning exciting and she now confidently talks about circuits and coding."
Frequently Asked Questions
Give Your Child the Robotics Advantage Today
Join AVAS and help your child discover the exciting world of robotics, coding, and innovation. Book a free demo class — no commitment required.
