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Robotics & Automation

By Thanh Binh Le 4 1,231 students
Course Duration: 60HR Course level: Intermediate

What I will learn?

  • Fundamentals of Robotics: Understand the core components of robotic systems, including kinematics, sensors, actuators, and robotic configurations.
  • Robot Modeling & Simulation: Use Simulink to design, simulate, and test robotic motion and control systems in a virtual environment.
  • Integration with Sensors & Hardware: Explore how software models interact with real-world sensors, actuators, and robotic hardware components.
  • Automation Basics: Learn how automation improves efficiency, accuracy, and reliability in industrial and manufacturing systems.
  • Control System Design: Develop and analyze control strategies such as PID control, trajectory tracking, and feedback control for robotic systems.
  • Industry 4.0 Applications: Study how robotics and automation are transforming manufacturing, logistics, smart factories, and intelligent systems.

About Course

Welcome to “Robotics & Automation”, a hands-on and industry-focused program designed to introduce learners to the fundamentals of robotic systems and modern automation technologies. This course covers robotic motion, control systems, simulation, and industrial automation concepts that drive today’s smart manufacturing and intelligent systems.

Through practical modeling, simulation, and real-world use cases, learners gain insight into how robotics and automation are shaping Industry 4.0, improving efficiency, precision, and productivity across industries.

Course Objectives

By the end of this course, students will:

  • Understand robotic systems and automation principles
  • Model and simulate robotic systems using Simulink
  • Design and analyze basic control systems
  • Apply automation concepts to real-world industrial scenarios
  • Understand sensor and hardware integration in robotics
  • Gain foundational skills for robotics and automation careers

Module Breakdown

Robotics Fundamentals
  • Introduction to robotic systems
  • Kinematics and motion basics
  • Sensors and actuators
Robotics Fundamentals
  • Robotics Fundamentals
Robotics Fundamentals
  • Robotics Fundamentals
Robotics Fundamentals
  • Robotics Fundamentals
Robotics Fundamentals
  • Robotics Fundamentals

By the End of This Course...

  • A strong foundation in robotics and automation principles
  • Hands-on experience with robot modeling and simulation
  • Knowledge of control systems and sensor integration
  • Exposure to Industry 4.0 applications
  • Confidence to pursue further learning or entry-level roles in robotics and automation

Requirements

  • No prior experience in robotics required
  • Basic understanding of mathematics and engineering concepts (helpful but not mandatory)
  • Interest in robotics, automation, and smart systems
  • Access to a laptop or desktop computer
  • Stable internet connection

Material Includes

  • Course slides and reference notes
  • Simulation models and practice files
  • Control system examples and templates
  • Industry case studies
  • Project guidelines
  • Certificate of completion

Who Can Join This Course?

  • Engineering Students: Mechanical, electrical, mechatronics, and robotics students
  • Beginners: Individuals new to robotics and automation
  • Working Professionals: Engineers looking to upskill in automation technologies
  • Automation Enthusiasts: Learners interested in smart manufacturing and robotics
  • Career Switchers: Anyone exploring opportunities in robotics and Industry 4.0

Build. Automate. Innovate.

Step into the future of intelligent systems and smart industries.

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