L-102 Advanced Level

This instructor led basic flow course is delivered by our vastly experienced technical education specialists who deliver a high-quality course covering an understanding of numerous flow technologies, fundamentals of flow: Differential, Electromagnetic, Vortex, Ultrasonic, and Coriolis. In-depth demonstrations and hands-on exercises will follow each lecture. Students will receive 1.4 CEUs on completion of the course.

This instructor led advanced flow course is delivered by our experienced technical education specialists who deliver a high-quality course covering FDT Software: connections & documentation, mass flow advanced functions and troubleshooting specifically volume and mass flow troubleshooting. In-depth demonstrations and hands-on exercises will follow each course topic. Students will receive 1.4 CEUs on completion of the course.

The instructor-led basic instrumentation course an excellent course for new instrument technicians, electricians and new engineers in developing a knowledge base and skill in the area of industrial instrumentation. This course will be a combination of classroom and hands-on training conducted at one of our four process training units, by an instrument & control adult education specialist.

This instructor led basic level course is delivered by our vastly experienced technical education specialists who deliver a high-quality, in-depth course covering level fundamental, level switches, capacitance & level measurements, DP level calculations, ToF and radar fundamentals. Students will receive 1.4 CEUs on completion of the course.

This instructor led calibration course is delivered by our experienced technical education specialists who deliver a high-quality course covering calibration fundamentals, detailed documentation procedures, temperature, and pressure basics, and basics of DP flow calibration. In-depth demonstrations and hands-on exercises will follow each lecture. Students will receive 2.1 CEUs on completion of the course.

This instructor-led and hands-on course is delivered by our experienced technical education specialists who deliver a high-quality course beginning with a basic understanding of control loop fundamentals and basic process control theory. There is detailed study of P&ID’s and loop drawings, loop calculations and the fundamentals of test equipment. Pre-requisite for this class is familiarity with basic instrument configuration. Students will receive 1.4 CEUs on completion of the course.

Participants will be prepared to use Machine Learning & Reinforcement Learning with process data, first principles models, & common process control approaches to create Python model objects that deploy in the Koios software platform. Topics include Digital Twins, Reinforcement Learning techniques for training process control models, & preparing time series process data for Machine Learning & Reinforcement Learning. Hands-on sections involve learning to code in Python and use the Ai-OPs Software Dev. Kit.

This instructor-led and hands-on course is delivered by our experienced technical education specialists who deliver a high-quality course beginning with the fundamentals of instrumentation, types of instrumentation and explanations as to why instruments are used in specific locations and applications. Course topics consist of loop fundamentals, P&ID drawings, electromagnetic & Coriolis flow measurement, and much more. Students will receive 1.4 CEUs on completion of the course.

This instructor led Coriolis mass flow course is delivered by our vastly experienced technical education specialists who deliver a high-quality course covering the basic understanding of the Coriolis principle. Instruction content consists of Coriolis basics, and hands-on instructions on Coriolis configuration, troubleshooting, and diagnostics. Students will receive 0.7 CEUs on completion of the course.

This instructor-led course is delivered by our vastly experienced technical education specialists who deliver a high-quality course consisting of an understanding of analytical technologies, pH, conductivity, and chlorine basics. Students will receive 0.7 CEUs on completion of the course.

This instructor led course is delivered by our experienced technical education specialists who deliver a high-quality course beginning with valve types and valve functions then moving into valve automation & indications, control valve basics, and valve troubleshooting. Students will receive 0.7 CEUs on completion of the course.

This instructor-led and hands-on course is delivered by our experienced technical education specialists who deliver a high-quality course consisting of fundamentals of compressed air, filtrations & drains, heatless, internally heated, and blower purge air dryers. Students will receive 0.7 CEUs on completion of the course.

This course is specifically designed for process industrial instrument technicians and focuses on practical IS skill development that can be integrated into any continuous process safety program. The class begins with an overview of IS testing, applications, and required documentation, then moves into extensive hands-on training using the TriNova Process Training Unit, where students will work through thousands of possible IS loop combinations.

BASIC INSTRUMENTATIONLABS (LAB-I-102) Audience: Students who have successfully completed the Online Basic Instrumentation Course (OL-I-102). Prerequisite: Online Basic Instrumentation Course (OL-I-102) Learning Hours: 24 hours of hands-on lab content Equipment: All test equipment is supplied.

This instructor-led, hands-on course is facilitated by experienced technical education specialists who provide comprehensive, high-quality training. The curriculum begins with motor control fundamentals and covers the devices commonly used in modern motor controls. Participants will gain an understanding of various types of control devices, basic motor circuits, motor control schematics, types of motor drives, and troubleshooting techniques, all presented

Participants will be prepared to use Machine Learning & Reinforcement Learning with process data, first principles models, & common process control approaches to create Python model objects that deploy in the Koios software platform. Topics include Digital Twins, Reinforcement Learning techniques for training process control models, & preparing times eries process data for Machine Learning & Reinforcement Learning. Hands-on sections involve learning to code in Python and use the Ai-OPs Software Dev. Kit.

Participants will be prepared to use Machine Learning & Reinforcement Learning with process data, first principles models, & common process control approaches to create Python model objects that deploy in the Koios software platform. Topics include Digital Twins, Reinforcement Learning techniques for training process control models, & preparing time series process data for Machine Learning & Reinforcement Learning. Hands-on sections involve learning to code in Python and use the Ai-OPs Software Dev. Kit.

Participants will be prepared to use Machine Learning & Reinforcement Learning with process data, first principles models, & common process control approaches to create Python model objects that deploy in the Koios software platform. Topics include Digital Twins, Reinforcement Learning techniques for training process control models, & preparing timeseries process data for Machine Learning & Reinforcement Learning. Hands-on sections involve learning to code in Python and use the Ai-OPs Software Dev. Kit.

Not Ready for the Full Course? Start with a Single Measurement Technology.