Overview
Artificial Intelligence and Robotics Lab: A Hub for Innovation and Learning
The Artificial Intelligence and Robotics Lab is a cutting-edge space designed for students to explore, experiment, and innovate in the fields of AI, machine learning, and robotics. This lab provides hands-on experience with advanced technologies, programming, and automation, preparing students for the future of intelligent systems and smart machines.
What You Can Learn and Do in the Lab?
- AI & Machine Learning: Learn how to train models for image recognition, natural language processing, and predictive analytics.
- Robotics Development: Build and program robots for real-world applications like automation, healthcare, and smart environments.
- Coding & Algorithms: Work with Python, TensorFlow, OpenCV, and other AI/robotics programming frameworks.
- IoT & Automation: Create smart devices that interact with the environment using sensors, actuators, and cloud connectivity.
- AI Ethics & Compliance: Understand the ethical use of AI and responsible deployment of intelligent systems.
Curriculum
- 16 Sections
- 243 Lessons
- 52 Weeks
Expand all sectionsCollapse all sections
- DIY 2 in 1 Programmable & Non Programmable Project Based Learning Electronics Kit51
- 1.1Arduino IDE Installation
- 1.2Automatic Street Light System
- 1.3Water Level Indicator & Automatic Refill System
- 1.4Portable Digital Thermometer
- 1.5Digital Speedometer for Vehicles
- 1.6Smart Dustbin
- 1.7Rain Sensing Wiper System
- 1.8Gas Leakage Detection System
- 1.9Weather Monitoring Station
- 1.10Heart Rate & Health Monitoring System
- 1.11PIR-Based Intruder Alarm – Security System for Unauthorized Entry
- 1.12Automatic Railway Crossing
- 1.13RFID-Based Attendance System
- 1.14Obstacle Avoidance Robot
- 1.15Automatic Room Light Controller
- 1.16Bluetooth-Controlled Car
- 1.17Solar Tracker
- 1.18Gesture-Controlled Robot
- 1.19Smart School Bell System – Automates Bell Ringing
- 1.20Alcohol Detection & Vehicle Lock System – Prevents Drunken Driving
- 1.21Wireless Notice Board
- 1.22Auto Fish Feeder – Timed Food Dispensing for Aquarium
- 1.23RFID Smart Door Lock System – Keyless Access Control
- 1.24Smart Traffic Light System – Real-Time Traffic Control
- 1.25Automated Pet Water Dispenser – Provides Water as Needed
- 1.26Self-Balancing Robot – Maintains Upright Position
- 1.27Voice-Controlled Home Automation
- 1.28Electronic Voting Machine (EVM)
- 1.29Industrial Automation System – Remote Machine Control
- 1.30IoT-Based Air Pollution Monitoring System
- 1.31Bluetooth-Based Door Lock – Unlocks via Mobile App
- 1.32Energy Meter with Theft Detection
- 1.33Smart Irrigation System
- 1.34Smart Home Automation
- 1.35IoT-Based Fire & Smoke Alarm System
- 1.36IoT-Based Smart Parking System
- 1.37Remote Home Security System Using Arduino & IoT
- 1.38IoT-Based Smart Mirror – Displays Weather, Time & Notifications
- 1.39RFID Library Management System – Tracks Book Borrowing & Returning
- 1.40IoT-Based Garbage Monitoring System – Alerts When the Bin is Full
- 1.41IoT-Based Weather Alert System – Sends Alerts for Extreme Weather
- 1.42IoT-Based Smart Farm – Monitors Multiple Farm Conditions
- 1.43Blood Pressure & ECG Monitoring System – Measures BP & Heart Rate Using IoT
- 1.44IoT-Based Smart Bus Tracking System
- 1.45IoT-Based Digital Electricity Billing System – Tracks Usage & Costs
- 1.46IoT-Based Smart Gas Stove – Auto Turn-Off for Safety
- 1.47IoT-Based Smart Baby Cradle – Detects Crying & Swings Automatically
- 1.48IoT-Based Plant Monitoring System – Tracks Growth Conditions
- 1.49IoT-Based Smart Bike Anti-Theft System – GPS-Based Tracking
- 1.50IoT-Based Traffic Violation Detection – Monitors Rule-Breaking
- 1.51IoT-Based Warehouse Management – Tracks Inventory & Conditions
- 3D Pen Kit8
- Programmable DIY kit11
- 3.1Arduino IDE Installation
- 3.2LED Blinking – Getting Started with Arduino Uno
- 3.3Push Button Controlled LED (Getting Started with Arduino Uno)
- 3.4Light Sensor-Based Automatic Night Lamp (Using LDR & Arduino Uno)
- 3.5Temperature-Based Fan Control Using LM35 & Arduino
- 3.6Buzzer Alarm System Using Push Button & Arduino
- 3.7Servo Motor Control Using Potentiometer & Arduino
- 3.8IR Sensor-Based Object Detection Using Arduino
- 3.97-Segment Display Counter Using Arduino & Push Button
- 3.10Relay-Based Home Automation Using Arduino
- 3.11Obstacle Avoidance Robot Using IR Sensor, Motor Driver & DC Motors
- Mechanical Construction Kit11
- Non Programmable Activity & Project Based Learning - Electronics Kit10
- 5.1Flying Saucer
- 5.2Magnet – Controlled Flying Saucer
- 5.3Birthday Music
- 5.4Light- Controlled space war
- 5.5Anti-theft sound of police wagon activated by wire breaking
- 5.6Button Switch-Controlled Lamp
- 5.7Magnet-Controlled Lamp
- 5.8Button Switch-controlled Fan
- 5.9Magnet Controlled Fan
- 5.10Series Connection of Lamp Series
- DIY STEM Kit60
- 6.1Chromatography
- 6.2Different Flame Creation
- 6.3Electrolysis
- 6.4Catapult
- 6.5Glider
- 6.6Alcoholic Fermentation
- 6.7Electromagnet
- 6.8Conduction model
- 6.9Atomic Structure
- 6.10Periscope
- 6.11Motion set up
- 6.12Pinhole Camera
- 6.13Color Shadow Formation
- 6.14Magnetic Levitationh
- 6.15Finding direction with magnetic compass
- 6.16Ball & socket joint
- 6.17Hinge Joint
- 6.18Reversible and Irreversible Reactions
- 6.19Food Test
- 6.20Electric circuit with conductors & insulators
- 6.21Torch Making
- 6.22Air Filter
- 6.23Measurement
- 6.24Weaving Machine
- 6.25Separation of Substances
- 6.26Atomic Structure
- 6.27Ion Puzzle
- 6.28Bio Battery
- 6.29Biological water Flter
- 6.30Indicator Test
- 6.31Secret Message
- 6.32Steam Boat
- 6.33Weather kit
- 6.34Electric Bell
- 6.35Electric Motor
- 6.36Thermocol cutter
- 6.37MIRROR SET
- 6.38Bearing making
- 6.39CELL STRUCTURE
- 6.40Electroplating
- 6.41Vacuum Cleaner
- 6.42Hand Pump
- 6.43Air Cannon
- 6.44Electroscope
- 6.45Constellation Viewer
- 6.46SOUND WITH LASER
- 6.47Ektara
- 6.48ELECTRIC CIRCUITSERIES AND PARALLEL
- 6.49Tyndall effect
- 6.50Types of solutions
- 6.51Reactivity Series
- 6.52Tissues
- 6.53PLANT KINGDOM
- 6.54Newton Cradle
- 6.55Scuba diver
- 6.56Contraption
- 6.57Crane making
- 6.58Sound in different medium
- 6.59Displacement Reaction
- 6.60Double Displacement
- Interactive Models10
- DIY Math Kit10
- Basic Electronics Kits14
- 9.1Simple LED Circuit
- 9.2LED Series Circuit
- 9.3LED Parallel Circuit
- 9.4LED Dimmer Circuit (Using a Variable Resistor/Potentiometer) Components Required
- 9.5LED Delay Circuit (Capacitor Charging & Discharging) Components Required
- 9.6LED Fade In & Fade Out Circuit Components Required
- 9.7LED ON/OFF Control Using a Transistor (Basic Switching Circuit) Components Required
- 9.8LED Blinker Circuit (Astable Multivibrator) Components Required
- 9.9LED Touch Sensor Circuit Components Required
- 9.10LED Blinking Circuit (Astable Mode) Components Required
- 9.11Police Flashing LED Circuit (Using IC 555 & Transistors) Components Required
- 9.12Clap Switch Circuit (Using 555 Timer & Transistor) Components Required
- 9.13Automatic LED Night Lamp (Using LDR & Transistor) Components Required
- 9.14Water Level Indicator Circuit (Using 555 Timer & Transistors) Components Required
- Telescope4
- Mars Rover Kit5
- AI Based Robotics kit13
- 12.1PictoBlox Installation
- 12.2Quarky
- 12.3Power Module of Quarky
- 12.4Program Quarky Tactile Switches with Pictoblox
- 12.5Introduction to Quarky Touch Sensors
- 12.6How to Use IR Sensors in Quarky Robot
- 12.7Introduction to Ultrasonic Sensors and Quarky
- 12.8Controlling the Motion of Quarky Robot with PictoBlox and Python
- 12.9Introduction to Servo Motors & Calibration – Quarky
- 12.10Speaker (Quarky)
- 12.11Display (Quarky)
- 12.12Getting Started with Quarky
- 12.13Programming Quarky with Block Coding in PictoBlox
- Code Cruiser Bot13
- 13.1Dash and Dot Robots – Installation
- 13.2Robot Guts
- 13.3Interrupting Robot
- 13.4Loops: Repeat Forever
- 13.5Sequences: Movements
- 13.6Sequences: Lights, Sounds, and Animations with Dot
- 13.7Sequences: Changing Parameters
- 13.8Unplugged: Loops
- 13.9Loops: Repeat X with Dot
- 13.10Loops: Repeat X with Dash
- 13.11Events: Waiting for Events
- 13.12Sequences: Complex Parameters
- 13.13Events: Event Handlers, Part 1
- Coding Bot Kit10
- Wireless Arm bot7
- 3D Printer9
Instructor
Rs. ₹9,999.00
Course Features
- Lectures 243
- Quizzes 3
- Duration 52 weeks
- Skill level All levels
- Language English
- Students 101
- Assessments Yes