Industrial Automation & PLCs
Automate manufacturing and industrial processes using robotic arms and Programmable Logic Controllers (PLCs). Learn about ladder logic, SCADA systems, and safety standards for industrial robots.
60 courses
Learn to design and troubleshoot industrial automation sequences using Ladder Logic through clear written explanations and practical coding exercises.
Learn to design, configure, and deploy industrial HMI applications and establish seamless communication with Studio 5000 controllers.
Learn to write structured, text-based code for Siemens PLCs using SCL in TIA Portal to simplify complex math, data handling, and industrial automation tasks.
Learn to design, configure, and maintain industrial HMI applications and establish seamless communications with Studio 5000 PLCs.
Learn CNC programming from scratch, covering G-code, M-code, tool compensation, and standard programming workflows for Fanuc and Siemens controls.
Understand how industrial processes are controlled and monitored by learning the fundamentals of PLC programming and SCADA systems.
Gain foundational skills to understand, configure, and program industrial control systems using PLCs and SCADA, preparing you for modern automation challenges.
A practical, text-based guide for aspiring technicians and engineers to write and troubleshoot basic PLC programs.
Learn how to design and configure smart manufacturing environments by integrating industrial controllers, IoT networks, and modern AI technologies.
Understand how microcontrollers power modern industrial systems, from interfacing with sensors to implementing smart edge communication.
Design, program, and test WinCC Professional SCADA systems, moving from basic interface configuration to advanced scripting, database logging, and modern OPC UA integration.
Develop foundational skills to program Programmable Logic Controllers and simulate automation systems using CoDeSys.
Gain a foundational understanding of industrial measurement systems and their practical applications, empowering you to interpret crucial data in automated environments.
Learn the fundamentals of collaborative robots, safety standards, and automation workflows to successfully integrate cobots into modern industrial environments.
Master the fundamentals of industrial control systems by learning PLC logic, SCADA configuration, and modern communication protocols for automation.
Master the fundamentals of ABB robot operation, coordinate systems, and RAPID programming to write clean, efficient automation scripts for industrial environments.
Learn the core principles of robotic sensors, servo systems, and collaborative automation to design and simulate modern industrial workflows.
Learn to program and manage automated welding systems, from basic motion logic to advanced parameter optimization for modern manufacturing.
Learn to design fluid circuits and integrate smart automation technologies to optimize modern manufacturing and industrial production environments.
Learn how automation, IoT, and data-driven strategies are reshaping the global manufacturing landscape for the modern era.
Showing 20 of 60 courses