Industrial Automation Engineer Certification
The Industrial Automation Engineer Certification program is designed to educate new and experienced personnel to become proficient in multiple disciplines commonly found in Industrial Automation applications. Students have the choice of becoming certified in select disciplines. Or, students can select three of the five disciplines to become a Certified Industrial Automation Engineer by Mitsubishi Electric Automation.
The following identifies curriculum paths one may select from to achieve certification.
Robot Engineer Certification Curriculum
The use of robot and robot systems is increasing at an exponential rate due to ease of use, capability and flexibility. Employees with robot experience and certification are valuable assets to employers utilizing these systems. The following core classes are required to achieve Robot Engineer certification by Mitsubishi Electric Automation. Please review the information below to familiarize yourself with course content and duration of a given class.
RT Toolbox3 Robot Basic Programming (TRROB103P)
This course introduces attendees to Mitsubishi Electric robot products and the software required to configure robot systems. Students will learn how to program, configure, start-up, create teach points, change system parameters and maintain a robot system.
RT Toolbox3 Robot Advanced Programming (TRROB201A)
This course introduces attendees to advanced features associated with Mitsubishi Electric robot products. Students will learn how to implement end-of-arm tooling, incorporate additional axis and implementation of HMI to the system.
Motion Engineer Certification Curriculum
Motion control and servo systems are common place in the Industrial Automation sector. Employees having the skillset to program and troubleshoot these systems are valuable assets to employers.
Course requirements to attain Mitsubishi's Motion Engineer certification involve taking the MT Works2 Programming Class and exam and one additional subject with exam. Please review the following course descriptions to familiarize yourself with content and duration of a given class.
Simple Motion GXW3 (TRMOT202P): Core Class
This course is focused on positioning control. The material in the class is applicable to all of the RD77MS, RD77GF and FX-40SSC-S positioning modules common to the iQ-R/iQ-F platform. Principles such as positioning, parameters, homing, diagnostics, synchronous and camming features are covered. Students will have the opportunity to create programs using a multitude of programming languages.
MT Works2 Programming (TRSFT105P): Optional Class
This course is intended to familiarize the attendee with motion controllers and MT Works2 Software. The course focuses on Motion Control CPU and programming. The course does not address basic PLC addressing, address types, basic GX Works2 operation, or hardware configuration. This class is applicable to the QDS Motion CPU, QD Motion CPU, QH Motion CPU and the Q170M CPU and MR-MQ100 standalone motion controllers.
MR-J5 Motion Control (TRMOT203P): Optional Class
This course is focused on positioning control. The material in the class is applicable to the RD78G/GH Motion Controller and ME-J5 Servo System. Principles such as positioning, parameters, homing, diagnostics, synchronous and camming features are covered. Student exercises will be programmed using the Function Block (FB) language.
D75/D77 Positioning Modules (TRMOT112P): Optional Class
This course is intended to familiarize the attendee with the QD75, QD77, LD75, and LD77 families of motion control modules and the software needed to configure, make changes, and maintain a motion system. This class is focused on positioning control and does not contain a discussion of PLC addressing, address types, basic software operation or hardware configuration. The material in this class is applicable to all of the QD75, QD77, LD75, and LD77 positioning module families.
QD77/LD77 Advanced Positioning (TRMOT201A): Optional Class
This course is intended to familiarize the attendee with the synchronous control functions of the QD77 and LD77 families of motion control modules. This class is focused on the advanced control capabilities of the QD77 and LD77. Basic programming, operation, and troubleshooting of the modules is not covered in this class.
PLC Programmer Certification Curriculum
PLC's are the heart and brains behind every Industrial Automation system. Employees with programming and troubleshooting skills are essential to employers. Students attending the class will be able to understand programming in multiple languages commonly used.
Please review the following course description to familiarize yourself with course content and duration of the class.
GX Works3 Basic Programming (TSFT108P)
This course is intended to take an in-depth look at the features and programming languages of GX Works3 software. The course covers full description and implementation of Ladder, ST, SFC and FBD/LD languages utilizing label based programming. This course also utilizes Mitsubishi's latest PLC technology in the iQ-R and iQ-F Series controls.
HMI Programmer Certification Curriculum
Mitsubishi Electric Automation manufactures some of the most sophisticated Human Machine Interface devices used in the industrial automation sector. The HMI plays a key role in today's modern automation system by conveying system performance and providing real-time system data critical to operation.
Please review the information below to familiarize yourself with course content and duration of the class.
GT Works3 and GOT2000 Operator Interface Training (TRHMI102P)
The course is intended to familiarize the attendee with the GOT2000 family of operator interface products. Attendees will learn how to use the software needed to create, configure and modify screens used with automation systems. This class will be taught using GT27 operator interfaces and GT Works3 software.
VFD Engineer Certification Curriculum
Variable Frequency Drives are being used more-and-more frequently to maximize power and efficiency of today's drive systems. Applications such as HVAC, pumps in water/wastewater, conveyor as well as many others, utilize VFD technology to achieve optimal performance, reliability and reduce power consumption. Employees experienced in implementation, programming, start-up and troubleshooting of VFD systems are valuable assets to their employers.
Please review the information below to familiarize yourself with course content and duration of the class.
Basics of Mitsubishi Electric Inverters (TRVFD001B): Core Class
This course is designed to introduce the basics of Mitsubishi Electric's VFD Series. It is designed to give the attendee a thorough knowledge of the basic operations, common parameters, features and functions of the FR-D700, FR-E800, FR-A800 and FR-F800 standard model VFDs.
FR-F800 Advanced VFD (TRVFD106P): Optional Class
This course is intended to introduce the FR-F800 Variable Frequency Drive (VFD). It is designed to give the attendee a thorough understanding of the advanced features, parameters, and troubleshooting the FR-F800. This class will be taught using the FR-F820 drives and FR Configurator2 software.
FR-A800 Advanced VFD (TRVFD105P): Optional Class
This course is intended to introduce the FR-A800 Variable Frequency Drive (VFD). It is designed to give the attendee a thorough understanding of the advanced features, parameters, and troubleshooting the FR-A800. This class will be taught using the FR-A820 drives and FR Configurator2 software.
FR-E800 VFD Training (TRVFD110P): Optional Class
This course is designed to introduce the basics of Mitsubishi's FR-E800 VFD Series. It will provide the attendee with a thorough understanding of the basic operations, common parameters, features and functions of the FR-E800 standard VFD model. This course utilizes the FR-800 Series VFD and FR-Configurator2 software.