ADVM D0025 - Electro-Mechanical Technology Part 2

Course Description

Grow Your Career with Stackable Credentials

Electro-Mechanical Technology (Industrial Maintenance/Mechatronics) is one of the technical skills training programs offered by Community College of Philadelphia. This micro-pathway program combines classroom and hands-on training to provide you with the fundamental skills needed to begin a high-paying career as an Electro-Mechanical Technician, which is an essential position in the manufacturing industry.

As an Electro-Mechanical Technician, you will be trained in a variety of skill areas, allowing companies to utilize your knowledge for a variety of technical and mechanical issues. Learn a combination of electrical and mechanical skills based in computer-aided drafting, and machine technology that creates a unique blend of technical knowledge desirable to industry. Gain the trouble-shooting and industrial maintenance skills that are needed by advanced manufacturing companies. Having a multi-skilled technician on staff that can address issues immediately allows companies to continue production at a minimal loss.

Start with the first four essential Electro-Mechanical Technology modules and 21st Century Skills training and continue your learning with Introduction to Mechatronics and Introduction to Robotics to complete the Electro-Mechanical Technology Micro-pathway program.

Course Outline

• Introduction to Mechatronics (60 hours)
• Industrial Robot Programming (60 hours)

Learner Outcomes

Technical Skills:
Upon completion of this workshop participants will be able to:
Introduction to Mechatronics

• Explain the function of electro-pneumatic systems
• Explain and demonstrate the function of Stacking, Conveying and Handling Systems
• Identify the components of automated systems
• Explain and demonstrate the functionality of Pneumatics, Electrical and Mechanical components
• Utilize software tools to design, simulate and control automated systems
• Identify the elements of Programmable Logic Controllers
• Analyze logic circuits and develop sequence programs
• Apply the engineering design process to create automated systems and solutions
• Apply critical thinking, problems solving, and teamwork
• Explain the function of electro-pneumatic systems
• Explain and demonstrate the function of Stacking, Conveying and Handling Systems
• Identify the components of automated systems
• Explain and demonstrate the functionality of Pneumatics, Electrical and Mechanical components
• Utilize software tools to design, simulate and control automated systems
• Identify the elements of Programmable Logic Controllers
• Analyze logic circuits and develop sequence programs
• Apply the engineering design process to create automated systems and solutions
• Apply critical thinking, problems solving, and teamwork

Industrial Robot Programming

• Identify and explain the design and function of various types of robotic systems
• Safely operate and maintain robotic systems
• Program various robotic systems
• Commission and teach robotic programs and positions
• Understand and define control instructions
• Utilize conditional statements
• Incorporate sensors and other applications with a robot application

Notes