X AI & Robotics Research and Training Lab
Transform from beginner to innovator with India's premier AI and Robotics training platform. Master cutting-edge technologies through hands-on projects.
Industry-aligned training that delivers real engineering skills.
Build 3 to 12 real-world projects per course. Practical experience that demonstrates real capabilities to employers.
Access professional sensors, microcontrollers, 3D printing, and advanced robotics equipment.
One-on-one guidance from industry professionals ensures accelerated learning at your own pace.
Choose from online sessions, in-person classes, or hybrid weekend programs to fit your schedule.
Access internship opportunities, technical competitions, and startup mentorship programs.
Integrated training spanning electronics, mechanical systems, software, and AI.
Batch Starts: 1st January
Made For: School students (8-12), Beginners
High Demand - Best for majority of students starting their robotics journey
Main Revenue Driver - Transform from beginner to builder in 4 weeks
Premium Pathway - Industry-ready robotics engineer in 8 weeks
From fundamentals to advanced robotics and AI integration
Core Theory
→ Brief History: From Unimate to Tesla Bot
→ Anatomy of a Robot: Sensors, Actuators, Controllers
→ Degrees of Freedom (DoF) explained
Lab Workshop
→ Multimeter: Voltage, Current & Continuity testing
→ Safety Protocols: Preventing short circuits
→ Component Identification: Resistors, Caps, Transistors
Arduino IDE & Setup
→ Board manager, Port selection, Library imports
→ setup() and loop() function explained
→ pinMode, digitalWrite, digitalRead
Mini Project
→ LED Blinking + Traffic Light Simulation
→ Push Button Controlled LED
Sensor Suite Overview
→ Ultrasonic (distance), IR (proximity), LDR (light)
→ PIR Motion detector, DHT11 (Temp/Humidity)
→ Analog vs Digital Sensors
Project
→ Smart Home Lighting (Light-dependent LED brightness)
→ Intruder Alarm using PIR + Buzzer
Theory
→ DC Motors, Servo Motors, Stepper Motors
→ Motor Driver (L298N) – H-Bridge explained
→ PWM: Speed control using analogWrite()
Build
→ Servo-controlled Robotic Arm (1 DoF)
→ DC Motor Speed Control with Potentiometer
Chassis Design
→ 2-wheel vs 4-wheel differential drive
→ Weight distribution and balance
→ Motor mounting and wiring
Build Your First Bot
→ Assemble chassis, mount Arduino + Motor Driver
→ Write code for forward, backward, turn left/right
Wireless Control
→ HC-05 Bluetooth Module setup
→ Serial communication protocol
→ AT commands and pairing
Project
→ Smartphone-controlled Robot via Bluetooth
→ Custom Android app integration
IR Sensor Array
→ Multiple IR sensor configuration
→ Digital vs Analog line detection
→ PID control basics
Build & Code
→ Mount sensor array on chassis
→ Implement line following algorithm
Ultrasonic Navigation
→ HC-SR04 sensor integration
→ Distance measurement and decision logic
→ Path planning algorithms
Implementation
→ Autonomous navigation code
→ Multi-directional obstacle detection
NodeMCU ESP8266
→ WiFi module setup and configuration
→ HTTP requests and APIs
→ Cloud connectivity basics
Project
→ Web-controlled Robot dashboard
→ Real-time sensor data monitoring
Camera Integration
→ ESP32-CAM module setup
→ Image capture and streaming
→ OpenCV fundamentals
Applications
→ Color detection and tracking
→ Simple object recognition
AI Concepts
→ Machine Learning vs Deep Learning
→ Neural Networks basics
→ Training and inference
Hands-on
→ Python environment setup
→ TensorFlow Lite on microcontrollers
Speech Recognition
→ Google Assistant/Alexa integration
→ Voice command processing
→ Natural language understanding
Project
→ Voice-activated robot commands
→ Custom wake word detection
Multiple Sensors
→ MPU6050 Gyroscope + Accelerometer
→ Sensor data fusion techniques
→ Kalman filtering basics
Application
→ Self-balancing robot implementation
→ Gesture-controlled devices
Project Design
→ System architecture and planning
→ Component selection and BOM
→ CAD design and prototyping
Development
→ Begin capstone project build
→ Integration of learned concepts
Completion
→ Final testing and debugging
→ Documentation and presentation prep
→ Performance optimization
Showcase
→ Project demonstration and pitch
→ Peer feedback and evaluation
→ Certification ceremony
Ready to start your robotics journey?
Kharar, Punjab
Monday - Saturday: 9 AM - 6 PM