Certificate In Industrial Automation

Course details

Industrial Automation refers to the use of Programmable Logic Controllers (PLCs) in a range of industrial and manufacturing applications. Students will meet all the industry leading PLCs and will learn to install, maintain and programme the PLCs in real-life applications. This is a very practical course designed to give the student the skills they need to get a job in this broad and buoyant area.

Programme Modules

Year 1

Industrial Automation 1 (10 Credits, Level 6)

Year 2

Industrial Automation 2 (10 Credits, Level 7)

Workbased Project (10 Credits, Level 7)

Learning Outcomes:

Industrial Automation 1

• Select and install the panel wiring cables, accessories and protective devices required for 'direct on line', 'forward/reverse' 'star/delta and sequence starting of motors.
• Install a safety relay circuit incorporating an emergency stop.
• Develop and interpret schematic diagrams of the listed motor power and control circuits.
• Install a soft start controller on a three phase motor and identify suitable applications.
• Install a thermistor relay on a direct-on-line motor control circuit.
• Fault find on various motor control exercises utilising schematic drawings, test instruments and manufacturers' technical data.
• Describe the operation and layout of various PLC systems
• Select input/output modules for a given application
• Read and interpret basic ladder diagrams/statement lists on a programmable console.
• Assemble and wire a PLC system using a number of inputs and outputs. Install programmes and test for function.
• Back up a PLC program on hard disk or diskette/usb drive.

Industrial Automation 2

• Configure PLC hardware including I/O devices Analogue and Digital .
• Write program blocks for Programmable Controllers using a variety of programming languages.
• Explain the operation and utilisation of various sensors and actuators for automated systems for the purpose of data acquisition.
• Develop and test control solutions for automated systems, both electronic and pneumatic.
• Demonstrate an awareness of and be able to implement safety measures in the design of automated systems.

Workbased Project

• Apply the transferable skills you have learnt so far.
• Gain experience of technical industry and thereby increase their employability upon graduation.
• Gain practical experience relevant to at least one area of their programme
• Put theory into practice.
• Enhance your interpersonal skills and communications by working as part of a team.