Robotics Technician Certificate

The Robotics Certificate program provides a basic foundation of industrial robotics and how they can be used in a plant or manufacturing system. The simulation software, integrated within the program, emulates real-world robotics applications and employs the basic principles common to most robots in the automation industry. To earn a certificate, complete the courses listed below with a minimum grade of “C.” At least 50% of all coursework must be completed at Cypress College

10 projected annual completers

Program Student Learning Outcomes:

A student who completes this program (degree/certificate) will

1. Understand an automated system's structure and the role of different components in a fully integrated system.
2. Demonstrate a deep understanding of an automated manufacturing platform and automation industry, including design, operation, preventative maintenance, troubleshooting, repair, and integration.
3. Apply problem-solving skills in designing an automated system and product development.

The Robotics Technician Certificate program will give students a strong foundation in industrial robotics and its application in a plant or manufacturing system. The program includes simulation software that emulates real-world robotics applications and teaches the fundamental principles common to most robots in the automation industry.

To earn a certificate, students must complete the courses listed below with a minimum grade of "C." Eligible students will complete a minimum of 50% of the coursework at Cypress College, an accredited institution.

The program consists of seven required courses: Introduction to Embedded Systems, Electric Motors and Controls, Mechanical Systems, Hydraulic and Pneumatic Systems, Principles of Robotics Systems, Robot and Automation Programming, and Advanced Robotics. It is advisable to take these courses in the sequence listed below. 

Upon completing the program, students should have a deep understanding of the structure of an automated system and the role of different components in a fully integrated system. They should also have a thorough knowledge of the automated manufacturing platform and the automation industry, including design, operation, preventative maintenance, troubleshooting, repair, and integration. Additionally, students should be able to apply problem-solving skills in designing an automated system and product development.

Certificate (CTE)
Required courses are listed in the suggested sequence:		Units
ENGT 103 C	Introduction to Embedded Systems	3
ENGT 115 C	Electric Motors and Controls	3
ENGT 120 C	Mechanical Systems	3
ENGT 125 C	Hydraulic and Pneumatic Systems	3
ENGT 210 C	Principles of Robotics Systems	3
ENGT 225 C	Robot and Automation Programming	4
ENGT 240 C	Advanced Robotics	3
Total Units		22

In the engineering and technology department in the Science, Engineering, and Math Division.

Fullerton Irvine Saddleback Santa Ana Santiago Canyon

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