Robotics

Basics of Robotics

The Basics of Robotics course provides an introduction to the core concepts and technologies that drive modern robotics. Designed for beginners, this course covers the essential principles of robot design, mechanics, electronics, and programming. Students will explore how robots sense their environment, make decisions, and perform tasks autonomously or under human control.\r\n

  • 5/5.0
  • 500 Students
  • Beginner
  • English
Course Description

The Basics of Robotics course provides an introduction to the core concepts and technologies that drive modern robotics. Designed for beginners, this course covers the essential principles of robot design, mechanics, electronics, and programming. Students will explore how robots sense their environment, make decisions, and perform tasks autonomously or under human control.\r\n

What you’ll learn
  • Comprehensive Learning Path: Step-by-step guide to mastering topics.
  • Interactive Learning: Engage with quizzes, discussions, and activities.
  • Skill Development: Improve technical and soft skills.
  • Flexible Learning: Learn at your own pace.
  • Career Advancement: Equip yourself for job market success.
  • Networking Opportunities: Connect with professionals and experts.
  • Practical Tools and Resources: Access industry-standard tools and resources.
  • Ongoing Support: Get continuous feedback and assistance.
  • Hands-On Projects: Complete real-world projects and tasks.
  • Final Certification: Earn a recognized course certification.

Each course is designed with the highest quality standards to ensure you gain valuable knowledge and practical skills. Whether you're exploring new areas or deepening your expertise, our courses offer a comprehensive learning experience. With detailed explanations, real-world examples, and expert guidance, you'll be equipped to apply what you've learned immediately. Join us and unlock new opportunities for growth and success

Definition and scope of robotics

History and evolution of robots

Overview of robotic applications in various industries (manufacturing, healthcare, exploration, etc.)

Current trends and future directions in robotics

Basic robot structure: links, joints, and frames of reference

Types of robots: serial, parallel, and mobile robots

Concepts of kinematics: forward and inverse kinematics

Robot configurations and their applications

Introduction to actuators: electric motors, servos, hydraulic, and pneumatic systems

Principles of motion control: speed, acceleration, and torque

Selecting appropriate actuators for specific robotic tasks

Control of motors and actuators through microcontrollers

Overview of sensors used in robotics: ultrasonic, infrared, cameras, LIDAR, etc.

Sensor data processing and interpretation

Integration of sensors into robotic systems for navigation and obstacle avoidance

Sensor fusion techniques for improved perception

Introduction to microcontrollers (e.g., Arduino, Raspberry Pi) used in robotics

Understanding embedded systems and their role in robot control

Basic electronics concepts: circuits, resistors, capacitors, and connections

Programming microcontrollers for robot control

Introduction to programming languages commonly used in robotics (Python, C/C++)

Writing programs to control robot movements and sensor interactions

Overview of robotics frameworks and libraries (e.g., ROS - Robot Operating System)

Basic algorithms for controlling robot behavior

Fundamentals of control systems in robotics

Understanding feedback loops and their role in robot control

Introduction to PID controllers for performance maintenance

Path planning and navigation algorithms: A* and Dijkstra\'s algorithm

Step-by-step guidance in building and programming simple robots

Practical projects: line-following robots, obstacle-avoiding robots, etc.

Practical projects: line-following robots, obstacle-avoiding robots, etc.

Documentation and presentation of project outcomes

Discussion of ethical considerations in robotics and automation

Societal impacts: job displacement, privacy, and safety concerns

The future of human-robot interaction and collaboration

Case studies on robotics in society

Review of key concepts and skills learned throughout the course

Exploration of advanced topics in robotics for further study (e.g., AI, machine learning in robotics)

Guidance on resources for continued learning in robotics

Final project presentation and course reflection

instructor-image

Nitil Singh

Hello sir, my self Nitil Singh. I have completed my graduation (B.tech) in 2023 with 85% Mark's and from last 2 years I am working in at NaivoTech innovations Pvt Ltd Aliganj Lucknow. I wanted to join as an educator to spend my time and make money and also I want to share my experience and knowledge with students under the NaivoTech innovations Pvt Ltd.

About Instructor

Hello sir, my self Nitil Singh. I have completed my graduation (B.tech) in 2023 with 85% Mark's and from last 2 years I am working in at NaivoTech innovations Pvt Ltd Aliganj Lucknow. I wanted to join as an educator to spend my time and make money and also I want to share my experience and knowledge with students under the NaivoTech innovations Pvt Ltd.

Inspiring Learning, One Step at a Time As an educator, your dedication transforms students' lives. Our platform is designed to empower you with tools, resources, and a community that values your expertise. Share your knowledge, inspire curiosity, and help learners achieve their dreams. Together, we build a brighter future, one lesson at a time.

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This course includes

  • Lectures 10 Classes
  • Duration Hours
  • Skills Beginner
  • Language English
  • Certificate Yes

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