Master Class in Re-Configurable Shopfloor Implementation Through Universal Automation

This master's class aims to equip industry professionals with the latest skills and knowledge essential for revolutionizing automation design for distributed and event-driven applications. Through a comprehensive examination of the principles outlined in IEC 61499, participants will gain insights into the next generation of automation solutions. This course empowers individuals to design modular machines and systems that meet the evolving demands of modern industries, thereby enhancing engineering efficiency and diversifying solution options.

What You'll Learn

Attendees will gain expertise in the following areas:

• Advanced Automation Concepts: Focus on distributed and event-driven applications.
• IEC 61499 Standards: Understanding of principles and applications in automation design.
• Engineering Efficiency: Techniques to improve engineering cycles.
• Modular Design: Significance in enhancing flexibility, scalability, and adaptability.
• Next-Gen Automation: Design and implementation skills leveraging IEC 61499.
• Solution Diversification: Customization and optimisation in machine and system development.
• Industry Relevance and Application: Application to real-world scenarios.
• Collaborative Problem-Solving: Effective collaboration to solve complex challenges.
• Continuous Learning: Adaptation to evolving automation technologies and industry trends.

Minimum Entry Requirement

Language and Literacy Proficiency Level: Proficiency in English language comprehension and communication is necessary, as the course materials and instructions will be presented exclusively in English.

Minimum Education Level: A minimum of a bachelor's degree or its equivalent in engineering, design, manufacturing, or a related field is strongly recommended. However, individuals with pertinent work experience or advanced certifications may also qualify for enrolment.