Robotics

Learn how to use NumPy, Pandas, Seaborn, Matplotlib, Plotly, Scikit-Learn, Robotics, TensorFlow, and more!

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Course Overview

This Robotics course is designed to provide a strong foundation in robot design, electronics, control systems, and automation. You will learn how robots sense, think, and act using microcontrollers, motors, sensors, and control logic, and build real-world robotic systems through hands-on projects.

Module 1: Robotics Fundamentals

• 1. Introduction to Robotics
• 2. Types of Robots & Applications
• 3. Basic Electronics for Robotics
• 4. Sensors & Actuators Overview
• 5. Safety & Ethics in Robotics

Module 2: Microcontrollers & Programming

• 1. Arduino Architecture & IDE
• 2. Embedded C / Basic Programming
• 3. Interfacing Sensors
• 4. Motor Control Basics

Module 3: Motors & Motion Control

• 1. DC, Servo & Stepper Motors
• 2. Motor Drivers & H-Bridge
• 3. Speed & Direction Control
• 4. Line Follower Robot

Module 4: Robot Sensors & Perception

• 1. Distance & Proximity Sensors
• 2. IR, Ultrasonic & IMU Sensors
• 3. Obstacle Avoidance Systems
• 4. Sensor Calibration & Noise

Module 5: Autonomous & Mobile Robotics

• 1. Autonomous Robot Concepts
• 2. Navigation & Path Planning Basics
• 3. Robot Kinematics (Basics)
• 4. Mobile Robot Project

Module 6: Projects & Career Preparation

• 1. Robotics Capstone Project
• 2. Mini Projects & Demos
• 3. Portfolio & Resume Building
• 4. Interview Preparation

Instructor: Robotics & Embedded Systems Expert

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