Industry 4.0 is transforming the way products are designed, manufactured, and delivered. Automation, robotics, artificial intelligence, and smart factories are becoming essential components of modern industry, creating new opportunities and skill requirements for future professionals.

This hands-on course introduces participants to industrial robotics and smart manufacturing technologies through practical activities, simulations, and collaborative projects. Participants will explore how robotic systems are programmed, integrated, and utilized in real-world industrial environments while developing problem-solving, teamwork, and digital skills.

The course combines theoretical foundations with extensive laboratory practice, allowing participants to gain direct experience with industrial robotic arms, automation systems, and manufacturing simulations.

• Understand the fundamentals of industrial robotics and automation.
• Explore the principles of Industry 4.0 and smart manufacturing.
• Develop basic programming skills for industrial robotic systems.
• Learn robot kinematics, movement control, and operational safety procedures.
• Design and simulate automated manufacturing processes.
• Develop teamwork and project management skills through collaborative challenges.
• Understand the role of robotics in modern industries and future careers.

At the end of the course, participants will be able to:

• Explain key concepts related to industrial robotics and automation.
• Program and control robotic movements using industrial robotics platforms.
• Create and test automation scenarios using simulation software.
• Design basic automated manufacturing workflows.
• Apply problem-solving techniques in industrial robotics projects.
• Collaborate effectively in multidisciplinary teams.
• Demonstrate increased awareness of Industry 4.0 technologies and career pathways.

• Secondary school students (14+)
• Vocational education and training (VET) learners
• STEM-focused student groups
• Young people interested in engineering, robotics, and technology careers
• Teachers and educators seeking practical exposure to industrial robotics

Day 1 – Introduction to Industrial Robotics and Industry 4.0

• Overview of industrial automation and smart manufacturing
• Introduction to robotic systems and industrial applications
• Robotics safety procedures
• Hands-on familiarization with robotic equipment
• Team-building challenge

Day 2 – Robot Programming Fundamentals

• Introduction to robot programming environments
• Robot coordinate systems and movement principles
• Basic motion programming exercises
• Testing and debugging robotic movements
• Practical laboratory activities

Day 3 – Automation and Manufacturing Simulations

• Smart factory concepts
• Introduction to automation workflows
• Simulation software training
• Creating and optimizing manufacturing processes
• Group challenge: production line optimization

Day 4 – Smart Manufacturing Workcell Design

• Integration of robotics and automation systems
• Collaborative robot applications
• Designing automated workcells
• Testing and troubleshooting
• Team project development

Day 5 – Industry Challenge and Project Presentation

• Team-based industrial automation challenge
• Final programming and optimization
• Project presentations
• Reflection session and future career opportunities
• Course evaluation and certification

The length and the contents of the programmes can be modified according to the needs, more details will be given to interested organizations. Certificate of attendance by EDUACT will be awarded. 

The programme, on request and with an extracharge, may include cultural and outdoor activities, etc.