Certificate in Automation and Instrumentation (Online)

  • NFQ Level 6
  • Credits 35
  • Course Code N/A
  • Award Minor Award
  • Duration 1 Year

Course Summary

Programme Code: SG_EAUTI_N06

About this programme

The programme in addition to offering a minor award at level 6 is designed as a one-year online qualifier to allow holders of craft qualifications and others with substantial relevant work experience to progress to the level 7 BEng in Mechatronics. The level 7 programme can then be completed in a further two years of online study. Students exit with a minor award that can lead to a mayor award.

This is a long-standing and growing programme with flexibility in learning methods and excellent lecturing staff with relevant industry experience. It is highly relevant to automation and instrumentation modules. The programme has a focus on practical work, every one hour lecture has a two hour lab associated with it. The students’ career can progress to engineer, technician, commissioning etc.



Key Course Information

Key modules will deliver knowledge in: Instrumentation, Automating Pneumatics, Programming and Interfacing. There is also a one-year Math module in the programme. This two-semester long math module would normally be delivered in one semester. By spreading it out over two semesters, students have more time to get through the material. Students have the option to come in two days during the programme and can meet their fellow students, lecturers and do hands-on lab work.

Live Lectures: Live lectures normally take place between 6pm and 10pm, Monday to Thursday but this may vary depending on the availability of specific lecturers. For the Certificate in Automation and Instrumentation, students are expected to attend live lectures 2 evenings per week.  If the Live Classroom scheduled times for the live online lectures do not suit you, recordings will be made available through Moodle.  Online lectures are held after 6 pm, usually 6-7, 7-8 or 8-9 pm on two evenings a week. You may have two lectures on the same evening. Each lecture is recorded by the lecturer and last for 1 hr. Most modules include two hours of lab work per week.

Study hours: Whether you are studying part-time online, blended or full-time online, it is very important that you allocate enough study time to your online course to stay focused, reduce stress and achieve your goals. For part-time online or blended learning, it is recommended that you should try to allow for 5-6 hours per week per 5 credit module to your studies.

As part of the programme, students may attend one day per semester for practical experience (normally Fridays). This practical day is not mandatory. This day can also be used to meet the lecturers and fellow students. The practical part of the modules contributes to about half the overall marks in the modules.

The Moodle page is used to deliver module content and provide active learning material such as formative quizzes, help videos, recorded lectures, information about the module and can be used to communicate with other students. Some of the modules use the flipped classroom principle. In the flipped classroom we do classwork at home and homework in class. So students have to engage with module content before attending class.

Award: Level 6

Application Closing Date : 31st August 2022

Entry Requirements

Entry to the programme is open to candidates who have completed phase 6 of a relevant craft certificate or equivalent. Other candidates may gain entry through the recognition of prior learning in accordance with institute procedures.

What level of RPL do you expect to meet academic entry requirements?

About 5 years of relevant work experience or if prospective students have done some relevant training courses. Some knowledge can be acquired through non-formal ways of education.

What should you have an interest in applying for this programme?

Have an interest in automation and solving problems.

Should they work in a certain sector e.g. HSE?

The sector is not relevant; whenever there is automation, there will be an automation technician or engineer. Our students work in all areas of production. This could be energy, Wind Farms or Turbine providers, Medical, Medical Devices, Robotics, Food and Beverage or any other manufacturing company.


Career Opportunities

Machine Operator, Maintenance Technician, Manufacturing Technician, Process Technician, Automation Engineer, Calibration Technician, Automation Equipment Technician etc.

Further Study

Students can progress their studies into BEng in Mechatronics (Online)

Did you know?

Frequently Asked Questions about this course

Is it necessary to attend the induction in September?
It is highly recommended to attend the induction day in September to become familiar with using the online technologies. It would also be a good opportunity to meet your fellow students and the lecturers that lecture on the programme.

When do the online lectures start?
Normally in the week following induction.

When will the dates of the practical days be available?
These will be announced at induction. Usually, the last three Fridays of the semester.

What are the times for the practical days?
The day normally starts with a 3 hr practical at 10 am. After lunch there is another 3 hr practical. The day finishes at 5 pm.

When do online lectures finish for the semester?
Most lecturers deliver about 12-13 lectures per semester including revision lectures. This allows at least a couple of weeks before the end of semester exams which usually start the 2nd week in January for the 1st semester and the 3rd week in May for the 2nd semester.

How will students be assessed?
Students are assessed through lab work and weekly quizzes (continuous assessment) and an exam at the end of the semester.

Will they have to attend examinations and how will these be conducted?
Examinations can be done online through a proctoring company or in an exam centre. These exam centres are located in Sligo, Dublin or Cork.

Will there be additional reading during the course?
There is a study/reading week in October and at Easter.

Recommended books students can research in advance?
Students can have a look at some books on basic Java programming, pneumatic systems, basic PLC programming, fundamental books on instrumentation and leaving cert maths books. Students can have a look at the learning outcomes on the module descriptors and find relevant information on the Internet regarding the learning outcomes.

Overview of the key skills that students can expect to acquire on completion of the course.
Programming in Java, creating automation solutions by using microcontrollers, making measurements, designing and building circuits for automation, building pneumatic & electro-pneumatic circuits, PLC programming.

Programme Fees



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