1. Learn three-phase power in the context of automated manufacturing systems
2. Develop an understanding of how pneumatic systems work and how to troubleshoot those systems
3. Integrate an understanding of ladder logic into pneumatically-operated manufacturing systems
4. Set up PLCs to control robotic systems and communicate to multiple devices
5. Describe various types of robotic systems and how they are employed in automated manufacturing environments
6. Employ PLC programs to control robotic systems
- Introduction to Motor Control
o Three-Phase Power
o Electrical Safety
o Protective Devices
o Three-Phase Motors
- Ladder Logic
o Diagram Basics
o Logic Elements
- Pneumatic Power Systems
o Introduction to Pneumatics and Safety
o Pneumatic Power
o Circuit Connections
o Cylinder Circuits
- Basic Pneumatic Circuits
o Flow Control Valves
o Speed Control
o DCV Applications
o Pneumatic Maintenance
- Introduction to PLCs
o Introduction to PLC Architecture
o Data Communications
o Industrial Networks
o Ethernet TCP/IP Operations
o PC-PLC Connections
o Network Addressing
o RSLinx Communications
o Configure IP Addresses
- PLC Operation
o Basic Operation
o Program Operations
o Memory Organization
o Counters
o Timers
o Subroutines
o Event Sequencing
o Program Analysis
- Introduction to Robots
o Basic Robot/Cobot Systems
o Controllers
o Applications
o Mechanical Units
o Battery Systems
o Jogging
o 6-Axis Robot Operation
o Configuration
o Program Validation
96
No
SACA Certified Industry 4.0 Associate
saca.org
1. Basic Operations
2. Advanced Operations
3. Robot System Operations
4. IIoT, Networking and Data Analysis
No
None.
Student guides, collaborative robots, pneumatics trainers, robotics systems training panels, PLC trainers, and associated tools and equipment.
Advanced Manufacturing Center; 8 Fanuc ER-4iA industrial robots.
90% attendance
Completion of all assigned tasks and evaluations with a score of 70% or higher.
N/A
Anyone seeking to gain foundational knowledge in how PLCs and robotics are used in automated manufacturing facilities and/or gain employment as a technician in an automated manufacturing facility.
Electrical Technician; Mechanical Technician; Automation Technician; Maintenance Technician
This is a skills gap area for light manufacturing in Wake County that is dependent on skilled technicians to keep manufacturing systems operating.
Electrical Technician
Mechanical Technician
Automation Technician
Maintenance Technician
To be notified when this course becomes available, please use
Wake Tech's Notify Me service.
Requisites: None
To view information on this course and additional non-degree course offerings, visit the Workforce Continuing Education Catalog