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Industry 4.0 Full Program
Prepare students for modern manufacturing careers with hands-on experience in the technologies driving Industry 4.0. The LJ Create Industry 4.0 Program combines industrial training equipment with interactive curriculum to build skills across automation, controls, robotics, mechatronics, and connected manufacturing systems.
The LJ Create Industry 4.0 Program introduces students to the technologies and processes transforming today’s advanced manufacturing environments. Through hands-on learning, students explore how mechanical, electrical, electronic, and control technologies work together to create automated and interconnected production systems.
From foundational industrial skills to automation and smart manufacturing concepts, the program provides a flexible pathway for developing practical technical knowledge. Schools can implement a complete Industry 4.0 program or select individual trainers and learning systems to complement existing engineering, mechatronics, manufacturing, or CTE courses.
Features
- Hands-on industrial trainers connect theory to application.
- Industry 4.0 technologies introduce modern manufacturing concepts.
- Integrated systems connect multiple technical skill areas.
- Progressive learning builds from fundamentals to automation.
- Interactive eLearning supports independent and guided instruction.
- Flexible implementation supports pathways, labs, or individual courses.
Through the Industry 4.0 Program, students can develop skills in:
Industrial Automation
Explore how automated equipment, sensors, actuators, and control technologies work together within manufacturing systems.
Mechatronics
Understand the integration of mechanical, electrical, electronic, fluid power, and control systems.
Industrial Controls
Develop foundational skills in PLCs, motor control, sensors, instrumentation, and automated processes.
Robotics & Manufacturing Systems
Investigate the role of robotics and automated equipment within modern production environments.
Smart & Connected Manufacturing
Explore how data, communication, and interconnected equipment support Industry 4.0 manufacturing.
Troubleshooting & Problem Solving
Build practical diagnostic skills by analyzing system operation and identifying faults across industrial technologies.
Curriculum & Program Integration
The Industry 4.0 Program combines hands-on industrial training systems with interactive online curriculum to reinforce both technical theory and practical application. Schools can implement a complete pathway or use individual trainers to support existing automation, mechatronics, engineering, and manufacturing courses.
Industry 4.0 Full Program Details
Program Learning Areas Include:
- Industrial controls
- Mechatronics
- Robotics and automation
- Electrical and electronic systems
- Pneumatics and hydraulics
- Sensors and instrumentation
- Motor control
- Mechanical systems
- Smart manufacturing and connected systems
Flexible Implementation Options
Schools can build a comprehensive Industry 4.0 pathway or select individual trainers and learning areas based on their existing programs, equipment, and instructional goals. The program can support:
- Full-class instruction
- Hands-on labs
- Small-group learning
- Pod or station rotations
- Supplemental manufacturing and engineering curriculum
Learning Resources
- Interactive online curriculum
- Hands-on training experiments
- Theory presentations
- Guided investigations
- Assessments and knowledge checks
- Instructor resources
What is the Industry 4.0 Program?
The Industry 4.0 course allows students to explore concepts such as sensors and control, data analytics, and the efficient utilization of resources. Industry 4.0 is the name given to the ongoing revolution and innovation in the automation of industry, using smart technologies.
Prepare your students for success in Industry 4.0
The Industry 4.0 course allows students to explore concepts such as sensors and control systems, data analytics, and efficient resource use. Through their exploration of Industry 4.0 concepts, they’ll explore skills and topic areas like: industrial equipment, smart sensors and devices, control systems, connectivity and networking, and data analytics.
The program is designed to provide students with the skills and expertise they need to succeed in high school, college, industrial skills programs, and industry certification courses. Each course has full implementation support, including everything an instructor needs for success:
Teaching Resources
eLearning and Virtual Trainers
Hands-on Projects
Start with the Career Pathways Core
The Industry 4.0 Career Pathways Program begins with the Career Pathways Core to give students a foundation in Industry 4.0 concepts before they explore specific industry sectors.
In this 45-hour course, students build essential skills they will use throughout their learning experience, including:
- Industry 4.0 Fundamentals
- Tools and Safety
- Data and Measurement
- Engineering Design
- Electrical Systems
- Mechanical Systems
- 3D Printing
Build a Foundation in Industry 4.0 and STEM concepts
The Industry 4.0 program is designed to give students a foundation in how Industry 4.0 and STEM concepts are applied in career pathways and then develop their knowledge and skills in specific industry sectors. Each career pathway includes 40-50 lessons.
In this course, students will investigate how beams are used in construction and design a series of beams using different materials. Students will use simulation tools to model electronic circuits and develop an electronic home security system. Renewable energy generation and energy use in modern buildings are also explored. Topics explored include:
- Construction Technology
- Building Technology
- Electronic Systems
- Electrical Technology
- Energy Technology
This course explores the impact of medical advances on society like sanitation and vaccination. Students will investigate genetic engineering and medical scanning as examples of biomedical technology. The basic principles of health science and the major systems of the human body are also covered in this course. Topics explored include:
- Biomedical Technology
- Biochemistry and Food
- Health Science
- Human Health
This course explores techniques for algorithm development, including the use of flowchart design and pseudocode. Students will develop and test programs to control a range of robotic systems. They also investigate security and privacy considerations when using IT in the workplace. Topics explored include:
- Computer Science
- Communications Technology
- Programming Robots
- Working with IT
This course investigates how products are manufactured through the processing of materials. Students will explore the process of injection molding plastics and design and produce a series of injection molded products. Exploration of the machine tools used to manufacture products is covered, including lathes, mills, and CNC technology. Topics explored include:
- Manufacturing Technology
- Machine Tools
- Rapid Manufacturing
- Industrial Robotics
This course explores applications of mobile robotic systems. Students will also investigate the concepts of warehousing and logistics, including supply chain logistics and methods of transporting goods. Investigation of PLC-based industrial control systems and ladder logic programming is also covered. Topics explored include:
- Mobile robotics
- Introduction to Logistics and Warehousing
- Industrial Control
In this course, students will investigate the development of transportation technology and its impact on society. The course explores the fundamental principles of transport technology and applies physical science concepts to design transportation systems. Students will also explore technological systems in modern vehicles, including hybrid and electric vehicle technology. Topics explored include:
- Transportation Technology
- Introduction to Automotive Systems
- Hybrid and Electric Vehicles
This course investigates the development of agricultural technology and its impact. Students explore the application of biotechnology in agriculture and the use of control principles in agricultural systems. Students will also explore plant biology and investigate the importance of soil in agriculture. Topics explored include:
- Agricultural Technology
- Agricultural Science
- Natural Resources
Career Pathways
Each course provides college and career readiness instruction for STEM pathways, like:
Agriculture Technology
Architecture & Construction
Business, Management & Administration
Health Science
Inforamation Technology
Manufacturing
Marketing, Sales & Service
Science, Technology, Engineering & Mathematics
Learn more about the Industry 4.0 Program
The full program includes 8 project-based courses. Each course includes:
- Equipment requirements
- Support notes
- Typical careers
- Learning objectives
- Lessons
- A Presentation to identify relevant career pathways
- A set of lessons including theory presentations, hands-on practical activities, and investigations
With the Industry 4.0 Career Pathway Program, you can implement the full program, or just individual courses or trainers. The flexible structure allows it to fit well as a whole-class activity, as pod rotations, or even as supplemental curriculum for your class.
More Complete Programs
LJ Create has a variety of different program areas, including mechatronics, industry 4.0, engineering, automotive, and more!
