Gain a clear understanding of Alternating Current (AC) motors, their operation, and the critical information contained on their nameplates. In this introductory course, you’ll learn how to interpret motor specifications, predict expected performance, and understand how various operating conditions affect motor behavior. Through live demonstrations, you’ll also explore how Variable Frequency Drives (VFDs) can enhance motor control, efficiency, and versatility in industrial applications.

To reinforce learning and verify comprehension of key concepts, the course concludes with an exit exam designed to assess your foundational knowledge.

Enhance your expertise in AC motors and Variable Frequency Drive (VFD) applications through hands-on, practical experience. This advanced course builds on foundational knowledge, providing in-depth insight into VFD operation, motor control, and performance optimization. Through immersive hands-on exercises, you’ll gain practical skills in configuring, operating, and troubleshooting VFD-driven systems in industrial environments.

To measure skill development and ensure mastery of key concepts, both an entrance assessment and an exit test are administered.

Develop a solid understanding of pneumatic (Air) and hydraulic (Fluid) systems and their critical role in modern industrial applications. This introductory course provides insight into the fundamental principles of air & fluid power, with a focus on how hydraulic devices generate force and increase torque to perform demanding mechanical tasks. Through guided demonstrations in the lab, you’ll explore common pneumatic and hydraulic components, observe system behavior, and learn how mechanical apparatus are manipulated by air or fluid, and the principles behind how they work to create powerful, controlled motion.

To ensure comprehension of key concepts, the course concludes with an exit test designed to assess your foundational knowledge and practical awareness.

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Advance your expertise in pneumatic and hydraulic systems and their applications in industrial environments. This hands-on course builds-on foundational knowledge, providing deeper insight into pneumatic and hydraulic devices and system design. Review and expand on the mechanical principles—such as torque multiplication and force transmission—for hydraulic systems. Through immersive hands-on exercises, you’ll gain practical experience in operating, measuring, and troubleshooting both pneumatic and hydraulic systems.

To measure progress and ensure mastery of key concepts, both an entrance assessment and an exit test are administered.

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Gain a foundational understanding of electrical circuits and the essential components, tools, and techniques used across modern industrial environments. In this introductory course, you’ll learn to read and interpret circuit diagrams with confidence, explore the functions of common industrial electrical devices, and develop practical skills using standard test instruments. Demonstrations reinforce key circuit principles and provide real-world context for troubleshooting and measurement.

To ensure mastery of the core concepts, the course concludes with an exit assessment designed to evaluate your comprehension and practical readiness.

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Advance your electrical expertise through hands-on exploration of industrial circuits, components, and techniques. Building on core electrical knowledge, this course immerses you in practical activities that deepen your understanding of circuit operation, troubleshooting methods, and the use of common industrial electrical devices and test instruments. Real-world exercises reinforce safe practices, diagnostic accuracy, and confident interaction with complex electrical systems.

To measure progress and ensure mastery of key concepts, both an entrance assessment and an exit test are administered.

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Gain a foundational understanding of Ethernet networks, their key devices, and the terminology that defines modern industrial connectivity. This introductory course explores how Ethernet has transformed automation systems and why it has emerged as the preferred, plant-wide network standard in today’s industrial environments. You’ll learn the essentials of network structure, communication methods, and common hardware, while developing a clear picture of how Ethernet enables faster, more reliable, and fully integrated automation.

To confirm comprehension of core concepts, the course concludes with an exit exam designed to assess your understanding and readiness for further study.

Build a strong foundation in the mechanical components, tools, and techniques commonly used in industrial settings. This introductory course provides practical insight into essential mechanical principles—including dimensions, leverage, gearing, and motion—through guided demonstrations with real lab equipment. You’ll learn how to properly use standard mechanical measuring and testing instruments while gaining confidence in identifying, assembling, and evaluating basic mechanical systems.

To confirm understanding of the core concepts, the course concludes with an exit assessment designed to measure your knowledge and practical readiness.

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Advance your mechanical knowledge and sharpen the practical skills essential for today’s industrial environments. Building on foundational concepts, this course delves deeper into the operation and application of mechanical components and techniques used across modern industry. Through immersive, hands-on exercises, you’ll apply mechanical principles—such as dimensions, leverage, gearing, force transmission, and alignment—while gaining proficiency with common measurement and diagnostic instruments.

To benchmark progress and ensure readiness, both an entrance assessment and an exit test are administered to evaluate your understanding and skill development throughout the course.

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Gain a foundational understanding of high-speed motion systems used in modern manufacturing. This introductory course explores the components, control techniques, and applications of motion systems across various industrial contexts. You’ll learn the differences between systems designed for robotics, machining, and general motion applications, and see these principles in action through live demonstrations of both a general motion system and a robotic application.

To ensure comprehension of key concepts, the course concludes with an exit exam designed to assess your understanding and readiness for practical application.

Explore the fundamentals of Programmable Logic Controllers (PLCs) and their pivotal role in transforming manufacturing and automation over the past five decades. In this introductory course, you'll gain insight into the evolution, purpose, and real-world applications of PLC and automation systems. Through live demonstrations, you’ll see a PLC in action—learning how it monitors, controls, and optimizes industrial processes.

To validate your understanding of key concepts, the course concludes with an exit exam designed to assess your foundational knowledge and readiness for further study.

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Deepen your understanding of Programmable Logic Controllers (PLCs) and their transformative impact on manufacturing and automation over the past five decades. This advanced course explores the evolution, functionality, and critical applications of PLCs and automation systems in modern industry. You’ll engage with Hands-On exercises with PLC operation, gaining insight into programming logic, system integration, and real-world industrial applications that drive efficiency and reliability.

To confirm mastery of key concepts, the course concludes with an exit exam designed to assess your knowledge and practical readiness.

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Gain a foundational understanding of process control principles and the essential instruments, systems, and techniques used throughout modern industrial environments.

In this introductory course, you’ll learn to identify and interpret process flow diagrams (PFDs), piping and instrumentation diagrams (P&IDs), and basic control loop schematics. You’ll explore the function and operation of common process control devices such as sensors, transmitters, control valves, and controllers, while developing practical awareness of measurement, feedback, and control strategies. Demonstrations reinforce key process concepts—including flow, level, pressure, and temperature control—and provide real-world context for basic troubleshooting and system performance. To confirm understanding of the core concepts, the course concludes with an exit assessment designed to measure your knowledge and practical readiness.

Develop a foundational understanding of pumps and compressors commonly used in industrial applications. This introductory course covers the basic theory behind different types of pumps and compressors, their operation, and their roles in moving fluids and gases within industrial systems. Through live demonstrations, you’ll observe how these devices function in real-world settings and gain insight into key performance considerations.

To verify comprehension of core concepts, the course concludes with an exit exam designed to assess your understanding and readiness for further study.

Develop a foundational understanding of industrial robotics through hands-on exposure to a FANUC 5-axis pick-and-place robot. In this introductory course, you’ll gain insight into core robotic concepts, observe live demonstrations of a FANUC robot in operation, and learn the terminology, functions, and interactions that define modern automated systems. Safety practices are emphasized throughout, ensuring you understand proper operating procedures and the precautions required when working around robotic equipment.

To verify comprehension of key concepts, the course concludes with an exit exam designed to assess your readiness for further robotics training.

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Build a solid foundation in workplace safety within manufacturing environments. This course introduces common safety concerns across general, electrical, machinery, and process operations. You’ll gain insight into the roles of regulatory agencies responsible for enforcing safety standards, while learning essential practices such as Lock-Out/Tag-Out procedures and conducting risk assessments. Practical examples and discussions emphasize how to recognize hazards and maintain a safe working environment.

To ensure comprehension of critical safety concepts, the course concludes with an exit exam designed to assess your understanding and readiness to apply safe practices on the job.

Advance your expertise in maintaining and troubleshooting complex industrial automation systems through hands-on experience. This advanced course immerses you in a sophisticated parts assembly line featuring multiple PLCs, industrial networks, vision systems, and HMIs used to assemble complex components. Through practical exercises, you’ll develop skills in system integration, diagnostics, and maintenance, gaining confidence in managing real-world automation environments.

To evaluate progress and ensure mastery of core concepts, both an entrance assessment and an exit test are administered.