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ROBOTICS TRAINING
ROBOTICS TRAINING
Curriculum
10 Sections
30 Lessons
40 Hours
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Module 1: Introduction to Robotics
3
1.1
History & Evolution of Robotics
1.2
Types of Robots & Industry Applications
1.3
Basics of Mechatronics: Sensors, Actuators, and Microcontrollers
Module 2: Programming for Robotics
3
2.1
Introduction to Python & C++ for Robotics
2.2
Working with Arduino IDE & Raspberry Pi
2.3
Basics of Embedded Systems & Real-Time Programming
Module 3: Electronics & Hardware Components
3
3.1
Understanding Microcontrollers (Arduino, Raspberry Pi, ESP32)
3.2
Working with Sensors & Actuators (Ultrasonic, IR, Gyroscope, Temperature)
3.3
Motor Control: DC Motors, Servo Motors, and Stepper Motors
Module 4: Robotics Motion & Control Systems
3
4.1
Kinematics & Dynamics of Robotics
4.2
Path Planning & Obstacle Avoidance
4.3
PID Controllers for Motion Stability
Module 5: Autonomous Robotics & AI Integration
3
5.1
Introduction to Computer Vision with OpenCV
5.2
Implementing AI & Machine Learning in Robotics
5.3
Simulating Robots in Gazebo & ROS (Robot Operating System)
Module 6: Internet of Things (IoT) in Robotics
3
6.1
Connecting Robots to the Cloud
6.2
Remote Control & Monitoring via IoT
6.3
Real-Time Data Processing for Smart Robotics
Module 7: Industrial & Humanoid Robotics
3
7.1
Understanding Robotic Arms & Automation Systems
7.2
Programming Collaborative Robots (Cobots)
7.3
Case Studies: Robotics in Manufacturing, Healthcare, & Defense
Module 8: Hands-On Robotics Projects
3
8.1
Building an Obstacle-Avoiding Robot
8.2
Creating a Line-Following Robot
8.3
Developing an AI-Powered Surveillance Robot
Module 9: Testing, Debugging, & Optimization
3
9.1
Debugging Embedded Systems & Robotics Software
9.2
Performance Optimization for Real-World Applications
9.3
Safety & Compliance in Robotics
Module 10: Career Development & Final Project
3
10.1
Resume & Portfolio Building for Robotics Careers
10.2
Industry Trends & Future of Robotics
10.3
Capstone Project: Design & Build a Functional Robot
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Introduction to Python & C++ for Robotics
Basics of Embedded Systems & Real-Time Programming
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