Robotics 3 – Integration

$625.00

This course explores the integration of programmable logic controllers (PLCs), advanced automation systems, and collaborative robotics into cohesive manufacturing workflows. Students will learn to design, program, and troubleshoot interconnected control systems, focusing on communication protocols, sensor and actuator coordination, and safety interlocks. Emphasis is placed on optimizing efficiency, reliability, and human-robot collaboration in complex industrial environments.

April 7 – April 30, 2026
Tuesdays and Thursdays
4:00 pm – 6:00 pm

Categories: Automation & Controls, Robotics and Automation

Course Content:

Introduction to automation concepts and applications
Exploring the roles of sensors and actuators in systems
Basics of programming programmable logic controllers (PLCs)
Overview of robotics systems and their functions
Exploring HMI systems and their integration
Understanding industrial networking systems
Techniques for maintaining and troubleshooting automation systems
Real-world examples of successful automation integration
Using simulation tools to design and test automation setups
Practical experience with setting up automation systems
Ensuring functionality through rigorous testing
Designing and presenting an integrated automation system

Applications and Hands-On:

Identifying automation in a simulated production line
Wiring and testing a simple sensor-actuator pair
Writing and testing a simple PLC program
Operating a robotic arm
Configuring a basic HMI screen
Connecting devices using communication protocols
Diagnosing faults
Discussion and analysis of case studies
Creating a basic system simulation
Team project on a simple automation setup
Debugging issues in a simulated manufacturing environment
Group presentations and critiques

Resources Provided:

Fanuc CRX 10iA Robotic Arms
Automation software
HMI interface tools