Instrumentation & Controls Training

Instrumentation training involves learning to work with and troubleshoot instrumentation systems. This includes understanding process measurements, control systems, and various technologies like PLCs, SCADA, and DCS.

We recommend taking your instrumentation courses online to have the flexibility to work from anywhere and at your own pace. With that being said, 360training’s "Instrumentation and Control Series Package" (Best Seller) is a comprehensive choice, covering key topics such as process measurement, PLCs, process analyzers, DCS, SCADA, and more. 

Moreover, after completing your course, you’ll receive certification. An instrumentation certification online serves as proof of your knowledge and skills in instrumentation and control, making you a more competitive candidate in the job market. 

It demonstrates a formal understanding of key industry concepts and practices learned in instrumentation and controls training. This is essential for career advancement in this technical field. 

An instrumentation technician is a professional skilled in installing, maintaining, and repairing instrumentation devices used in industrial settings to measure and control various process variables. 

These devices are critical in industrial settings for measuring and controlling process variables like temperature, pressure, and flow. The technician ensures these systems operate efficiently and accurately, playing a vital role in maintaining the safety and effectiveness of industrial operations. 

Additionally, in instrumentation technician training, individuals gain expertise in calibrating these instruments, ensuring their accuracy and reliability, and understanding the industrial processes they monitor and control. This training equips them with the necessary skills to effectively manage and optimize the performance of complex control systems in various industries. 

In instrumentation training, you learn about process measurements, control system architectures, operation of actuators, and various control methods. It also includes understanding the principles of data acquisition, control system reliability, and communication strategies.