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Engineer training courses and schools
Engineering

School: California State University Fullerton
[All Courses]

Intermediate Pro/ENGINEER, Wildfire
Course Format: Classroom
Continue to explore the improved functionality of Pro/ENGINEER Wildfire 3.0. You will focus on how individual components work together in an assembly. You will learn how to create detailed engineering drawings of both individual components and assemblies in this hands-on class. Topics include: advanced assembly features and part creation; tolerances; sweeps and blends; and an introduction to sk...
 

Electronics Packaging
Course Format: Classroom
This course in Electronic Packaging is an opportunity for design engineers to develop the tools needed to understand how their design will perform in various environments. This class includes modeling, analysis, and design of simple electronic systems, and assembly operated in terrestrial and space environments. There will be an introduction to thermal analysis and vibration analysis of electro...
 

Intelligent Manufacturing Systems
Course Format: Classroom
This class covers the basics of kinematics, dynamics, control and programming fundamentals associated with industrial robots and programmable manipulators. Topics will include trajectory planning, application of robotics in manufacturing and integration of robots into flexible manufacturing systems. You will be introduced to computer-aided manufacturing processes, CNC machines, robot and PLC pr...
 

Hands-on Mechatronics
Course Format: Classroom
In this hands-on laboratory-based class you will learn about design and assembly of microprocessor-based mechanisms. Lab experiments encompass machine/high level programming, and interfacing of microcontrollers with sensors and actuators. You will design and develop virtual instruments using LabVIEW programming environment. Opportunities will be provided to build applications for data acquisiti...
 

Overview of Mechatronics - Advanced SMART Systems
Course Format: Classroom
This class will introduce the concepts of automatic control system design, and implementation of analytical and computer optimization techniques to address engineering design problems. You will develop an understanding of the modeling of engineering systems, measures of performance, stability and time domain analysis, the Root Locus Method, Bode diagrams, and state variable models. Additional t...
 

Intermediate LabVIEW
Course Format: Classroom
This class takes some basic concepts introduced in the fundamentals class and explores them in more detail. The goal of the class is to provide the student with well-developed essential skills for developing reliable and useful applications. This goal will be accomplished with discussion and instructor supervised hands-on Virtual Instrumentation (VI) development by the students. Topics to be co...
 

Fundamentals of LabVIEW
Course Format: Classroom
In this hands-on class, you will be introduced to the basics of implementing virtual instrumentation using the LabVIEW environment, as well as the use of LabVIEW to develop test, measurement, data acquisition, instrument control, datalogging, measurement analysis, and report generation applications. Topics include basic LabVIEW programming structures; subroutines; LabVIEW libraries for data acq...
 

Process and Environmental Control Systems
Course Format: Classroom
Learn how current and emerging industrial control technologies are being used in the food processing, chemical and materials processing, aerospace, energy management, and pollution control industries. Practice the decision processes employed to validate system designs for specific applications and solve case studies by applying the theoretical concepts learned in previous certificate class. ...
 

Instrumentation and Data Acquisition Systems
Course Format: Classroom
The heart of the plant is the process information that is collected: sensors collect and monitor the plant and transmitting devices allow the control or direction of the plant. Signals present in the plant can generally be grouped into either continuous (analog) or event (digital) signals. This class reviews sensors and measuring systems used to monitor process information such as temperature, ...
 

Advanced PLC Programming
Course Format: Classroom
This is an advanced programming class where students learn how to plan, program, and implement a control application. The class includes ladder logic, statement list, and function block programming languages. Learn the benefits of using different languages including those specified in the IEC 1131-3 standard. The proper way to organize projects through effective project management techniques wi...
 

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