Level 3: Advanced

The Level-3 Robotics and Artificial Intelligence Course is designed for advanced learners, integrating IoT, Machine Learning, and Sensors to build intelligent robots. Students will learn to connect robots to the cloud, process real-time data, and automate tasks. They will work with QuadHUB, various sensors, and actuators to develop IoT-enabled smart systems. The course emphasizes Robotics and Artificial Intelligence concepts such as data collection, analysis, and automation for real-world applications. By the end, students will be able to create autonomous robots with smart decision-making capabilities.

Course Highlights

Duration: 08 sessions (08 focused hours in total)
Includes: Take home robotics kit (fees cover all materials)
Flexible Learning: Join solo or as part of a group
Beginner-Friendly: No prior coding experience required.
Prerequisite: Learners should have completed Level-1 & Level-2 course.

Hands-On Learning

Gain practical experience with real-world robotics projects.

Cutting-Edge Curriculum

Stay ahead with the latest in AI, automation, and IoT.

Expert Mentorship

Learn from industry professionals and robotics experts.

Innovation-Driven Approach

Turn creative ideas into functional robotic solutions.

Level 3: Kit Contents

Curriculum

Session 1
IoT, MQTT, and Mobile App Overview
Understanding MQTT protocol and its role in IoT communication.
Basics of mobile app control using QuadHUB
Project: Sending and Receiving data from mobile app to QuadHUB via MQTT.

Session 2
Introduction to Relays and their applications in home automation
Circuit connections for relay module and QuadHUB
Controlling lights using a mobile app.
Project: Build a smart home light system using MQTT.

Session 3
Introduction to AI & Machine Learning concepts.
Model Training using Machine Learning.
Communicating ML trained model with QuadHUB and programming.
Project: Control real time system using ML trained models.

Session 4
DHT11 Sensor – Temperature & Humidity Monitoring
Interfacing DHT11 with QuadHUB.
Displaying real-time temperature & humidity data on a mobile app.
Project: Create an IoT-based weather station.

Session 5
Introduction to soil moisture sensors and smart irrigation.
Interfacing a soil moisture sensor with QuadHUB.
Automating a water pump using relay & soil sensor data.
Project: Build an IoT-based smart irrigation system

Session 6
Introduction to App-Controlled Robot Car
Connecting motors, wheels to QuadHUB.
Creating interface in mobile app for remote control.
Project: Build & control a robot car using a mobile app.

Session 7
Student Project Idea Discussion
Brainstorming session for student projects
Guidance on selecting feasible IoT or robotics projects.
Discussion on available components & implementation strategies.

How does it work ?

01

Book the course online and complete your payment securely using net banking, card, or wallet options.

02

The kit will be delivered straight to your home. You will need a laptop and a stable internet connection to begin learning and coding the robot.

03

Join the online class as scheduled and start coding to bring your robot to life!

Robotics Courses

Level 3: Advanced Course including Robotics Kit

Price range: ₹10,000.00 through ₹12,000.00

Level 3: Advanced Robotics Course

Prerequisite: Completion of the Level 1 & Level 2 course is required before enrolling in Level 3.

This beginner-friendly course introduces the fundamentals of robotics, covering key concepts such as sensors, actuators, microcontrollers, and basic programming. Students will learn how to build and control simple robots using hands-on projects, fostering problem-solving and critical-thinking skills. No prior experience in coding or electronics is required—just curiosity and a willingness to learn!

Learning Format

Clear

SKU: N/A Category: Robotics Courses

Description

Level 3: Advanced Robotics Course

Prerequisite: Completion of the Level 1 & Level 2 course is required before enrolling in Level 3.

The Level-3 Robotics Course is designed for advanced learners, integrating IoT, Machine Learning, and Sensors to build intelligent robots. Students will learn to connect robots to the cloud, process real-time data, and automate tasks. They will work with QuadHUB, various sensors, and actuators to develop IoT-enabled smart systems. The course will emphasize data collection, analysis, and automation for real-world applications. By the end, students will be able to create autonomous robots with smart decision-making capabilities.

Additional information

Learning Format	Individual 1:1, Batch (Max 5 Students)

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