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Skills in Industrial Automation: PLC is a Course

Skills in Industrial Automation: PLC

Oct 16, 2023 - Nov 17, 2023

Spots remaining: 11

$1,600 Enroll

Full course description

Please note: Any cancellation after September 18, 2023 will result in the full tuition being charged.

About this Course

This micro-credential is an introduction to Programmable Logic Controllers (PLCs), which are the brains of most modern industrial control systems. The training will include asynchronous lecture videos on the theory of PLCs and PLC programming as well as in-person lab (hands-on) components. Learners will have the opportunity to design and implement control algorithms on lab-scale production systems available in the UBC Okanagan Industry 4.0 teaching lab. The course is based on the IEC 61131-3 programming languages which are industry standard among the major brands of PLCs and learners will gain experience with the Siemens TIA Portal development environment to program Siemens S7-1500 PLCs. Human-machine interfaces (HMIs) and digital twinning will also be covered in this course.

Learners who successfully earn this micro-credential will be awarded a UBC Okanagan Non-credit Letter of Proficiency and be eligible to write two NC3/Festo Certification exams (Fundamentals of PLCs - Siemens and Applied PLCs – Siemens).

StrongerBC future skills grant

This program is eligible for the StrongerBC future skills grant, which is open to British Columbians aged 19 years or older – regardless of financial need – and covers up to $3,500 per person for eligible short-term skills training at public post-secondary institutions.

This UBC Continuing and Professional Education micro-certificate program is approved for full funding.


Designed for

  • Technicians or engineers with an interest automation and manufacturing
  • Plant or facility managers with a technical background
  • Post-secondary or graduate students looking to break into the world of industrial automation

Course Structure and Delivery

Topics covered in this micro-credential include:

  • Hardware components for industrial automation
  • Automation circuits
  • Operating principles of PLCs and PLC architecture
  • Ladder diagram (LAD) and Sequential Function Chart (SFC, or GRAPH) programming
  • Specialty programming blocks
  • Human-machine interfaces (HMIs)

This course is an estimated 35 hour commitment and delivered using a blended model. The online portion will be self-paced with learners gaining access to 10 hours of lecture videos and completing assessments as they progress through the content. For the hands-on portion of the course, learners will be in-person in the UBCO Industry 4.0 teaching lab for a total of 15 hours. The remaining hours are devoted to assessment and self-study.

The assessments in this course include online quizzes, lab demonstrations, and a final exam. Learners will have multiple opportunities to demonstrate their competency in the course topics but must earn 70% in the course overall to earn the micro-credential. Two optional external exams through NC3/Festo will be available to students who are successful in this course.

Course Schedule

Blended, Self and Group-PACED

October 16 - Nov 13 Online, Self-Paced Learners gain access to the online, self-paced portion of the course through the UBCO Canvas Catalog learning management system. Learners must complete approximately 8 hours of self-paced learning prior to the in-person portion which begins on Nov. 14.
November 14 - 17 In-Person, Group-Paced Learners must participate in 15 hours of in-person lab activities at UBCO. In-person attendance is optional on Nov. 16th.
Following successful course completion (optional) Take two Festo certification exams through NC3:
  • Fundamentals of PLCs- Siemens
  • Festo: Applied PLCs - Siemens

Credential Awarded

Learners who successfully complete this course will receive:

  • UBC Okanagan Non-credit Letter of Proficiency
  • Eligible to write two industry-based certifications exams (see above)



To succeed in this course, learners should have some experience with at least one computer programming language. The content is designed for adult learners; participants must be 18 years or older. The language of instruction is English.


All materials required for this course will be provided within UBCO's Canvas Catalog. Resources for self-study and further learning will be provided upon completion of the micro-credential.


Learners should have the required technology to access and participate in online learning and assessment. These include stable internet connection, a webcam, a microphone, and a computer.


Dr. Richert (PhD, PEng) is an Assistant Professor of Teaching and chairs the Manufacturing and Mechanical Programs at the School of Engineering at UBC Okanagan. He has industry experience as an Algorithms Engineer for ASML, a supplier of lithography machines for semi-conductor manufacturing. Dr. Richert has over 6 years of experience as an Engineering Educator and was a leader in establishing the Industry 4.0 teaching lab at UBCO.

The instructional team also includes teaching assistants who will support the hands-on lab activities.


Standard Fee | $1600 (GST Included)

All instructional content required to complete the course is available through the course website. There are no additional fees for textbooks.

Refunds and Cancellations

Learners who wish to initiate a refund or cancellation must do by September 18, 2023.

StrongerBC future skills note: Any cancellation after September 18, 2023 will result in the full tuition amount being charged to your StrongerBC future skills grant.

Financial Aid

This program is eligible for StrongerBC future skills grant, which is available to most British Columbians and covers up to $3,500 for eligible programs starting after September 1, 2023. For more information please see the information page.

Additional Info


For additional information regarding registration in this course: For information regarding the content and deliver of this course contact the course instructor: Dr. Dean Richert (

Last updated: August 2nd, 2023, LM.