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Industry 4.0 – Automation & Applications

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course-highlight Course Highlights

What if machines could think, learn, and work without human intervention? Industry 4.0 – Automation & Applications is reshaping industries, making processes faster, smarter, and more efficient. Across the UK and the world, businesses are adopting automation to boost productivity and stay competitive. From manufacturing to healthcare, automation is the driving force behind innovation.

Studies show that automation increases efficiency by up to 40% in various sectors. The demand for skilled professionals in automation and robotics is surging, with industries seeking experts who understand control systems, robotics, and CNC technology. Industry 4.0 – Automation & Applications explores the evolution of automation, ethical concerns, and real-world applications, making it an essential course for those wanting to stay ahead.

With artificial intelligence, robotics, and CNC systems advancing rapidly, understanding automation is no longer optional—it’s a necessity. This course covers everything from industrial robots to 3D printing, offering a deep dive into the future of work. Whether you’re in engineering, IT, or business, this course will equip you with knowledge to navigate the changing landscape of Industry 4.0.

course-benefits Learning outcome

  • - Understand the fundamental concepts of automation and Industry 4.0.
  • - Identify different types of control systems and their applications.
  • - Analyze the role of robotics and AI in automation.
  • - Learn about CNC systems, including programming and machine control.
  • - Explore ethical considerations and challenges in automation.
  • - Understand the significance of 3D printing and its applications.
  • - Gain insights into future trends and career opportunities in automation.

course-why Why should I take this course?

course-requirement Requirements

  • - Basic understanding of technology and engineering concepts.
  • - Interest in automation, robotics, and control systems.
  • - Willingness to learn and explore Industry 4.0 applications.

course-whyCareer Path

  • - Automation Engineer – £40,000 - £60,000 per year
  • - Robotics Technician – £30,000 - £50,000 per year
  • - CNC Programmer – £35,000 - £55,000 per year.
  • - Industrial Systems Analyst – £45,000 - £70,000 per year
  • - 3D Printing Expert – £30,000 - £55,000 per year

Course Curriculum

  • play Promo
    play 00:01:00
  • play Module 1: Industry 4.0- The Fourth Industrial
    play 00:03:00
  • play Module 2: Classification of Automation
    play 00:04:00
  • play Module 3: Types of Control Systems
    play 00:05:00
  • play Module 4: Ethical Dilemma of Automation
    play 00:04:00
  • play Module 5: Robotics & AI – A debatable topic
    play 00:06:00
  • play Module 6: Definition of a Robot
    play 00:09:00
  • play Module 7: Laws of Robotics
    play 00:02:00
  • play Module 8: Components of a Robot
    play 00:07:00
  • play Module 9: Robot Classification
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  • play Module 10: Degree of Freedom
    play 00:08:00
  • play Module 11: Robot Configuration
    play 00:05:00
  • play Module 12: White Collar Robots
    play 00:04:00
  • play Module 13: Numerical Control of Machines Tools
    play 00:04:00
  • play Module 14: CNC- Computer Numerical Control Syst.
    play 00:02:00
  • play Module 15: Components of CNC System
    play 00:04:00
  • play Module 16: Point to Point CNC
    play 00:03:00
  • play Module 17: Incremental & Absolute CNC Machines
    play 00:03:00
  • play Module 18: Open & Close Control Loop Machines
    play 00:02:00
  • play Module 19: 2 & 3 Axes CNC Machines
    play 00:02:00
  • play Module 20: Importance of Higher Axes Machining
    play 00:02:00
  • play Module 21: Programming Format
    play 00:06:00
  • play Module 22: A Simple Coding Exercise
    play 00:17:00
  • play Module 23: Applications of CNCs
    play 00:07:00
  • play Module 24: General Explanation of 3D Printing
    play 00:06:00
  • play Module 25: 3D Printing Procedure
    play 00:02:00
  • play Module 26: SLA
    play 00:03:00
  • play Module 27: DLP
    play 00:02:00
  • play Module 28: Laser Sintering
    play 00:02:00
  • play Module 29: FDM
    play 00:02:00
  • play Module 30: Inkjet- Binder Jetting
    play 00:02:00
  • play Module 31: Inkjet- Material Jetting
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  • play Module 32: SDL
    play 00:01:00
  • play Module 33: EBM
    play 00:01:00
  • play Module 34: 3D Printing Material
    play 00:07:00
  • play Module 35: 3D Printing Applications
    play 00:12:00