Modern manufacturing demands new skills. As technologies evolve and job profiles change, educators must continuously update training programs, create engaging hands-on learning experiences, and support learners with different skill levels and career goals.
What if there was a way to simplify these challenges?
The Mechatronics Curriculum is a flexible training framework that helps teachers develop workforce-ready skills for modern manufacturing. Covering topics from basic skills to advanced Industry 4.0 technologies, it supports a wide range of technical roles and learning objectives.
The curriculum provides pre-made learning paths available through the Festo LX Portal. They combine digital and hands-on learning resources into structured pathways for acquiring knowledge and developing skills.
The curriculum is organized into modular learning paths. Grouped by topic and skill level, these paths combine digital courses, videos, hands-on training, user manuals and other learning resources into structured learning journeys that develop specific skills step by step:
1. Start with foundational metalworking skills.
2. Explore the fundamentals of factory automation.
3. Expand to the Industry 4.0 technology topics most relevant for you.
4. Dive into specialized Industry 4.0 infrastructure topics.
Use the paths as provided or adapt them to your students, program requirements and training objectives.
Introduction to the SkillsMagazine Project
Measurement Technology and Quality Assurance
Setup of Mechatronic Systems (Laboratory)
Hard-Wired Programmed Control (Laboratory)
Setup of Mechatronic Systems (Industry)
Hard-Wired Programmed Control (Industry)
Basics of Sensors and Actuators
Industrial Communication with PROFINET
Industrial Communication with OPC UA
System Control and Commissioning with MES
The benefits of the mechatronics curriculum extend to both educators and learners, enabling structured, industry-relevant training and preparing learners for success in modern manufacturing and automation careers.
Most learning paths incorporate hands-on experiments to connect theory with practice, boost problem-solving skills and build confidence – essential for proficiency and success in industry.
Below are some of the most relevant learning systems for the mechatronics curriculum. However, many more options are available depending on the paths and courses you choose. Relevant systems are listed at the beginning of each Festo LX course.