Intelligent Vision Systems for Industry (Level 7, 5 ECTS)

Vision Inspection – Image sensors & hardware Classification of the different types of Solid-state image sensors and their characteristics. Camera types (digital, analogue & line scan) and associated image representations. Video standards. Digital imaging including sub-pixel resolution. Overview architecture and functionality of frame grabbers & vision processors.

Optical principles and lighting design Lens calculations, selection and application examples. Lighting design methods; principles of light, front/back lighting, light/dark field illumination, offset illumination, use of diffusers, industrial systems available. Filter selection (polarization, UV, IR, etc.). Image calibration & accuracy.

Image transforms Mathematical morphology (greyscale & binary). Binary structuring element, erosion, dilation, opening, closing, advanced functions. Distance transforms. Hough transform and generalised form. Frequency domain analysis. Inspection applications.

Feature extraction To include histograms, histogram equalization, thresholding, lookup tables, convolution, edge detection techniques, pattern matching (greyscale & binary), template matching and correlation, blob analysis, optical character recognition/verification. Colour image processing. Inspection applications.

Integration of computer vision systems with industrial controllers, programmable logic controllers (PLCs) and serialisation line masters.

This is not an introductory module. Learners must have previously completed the Programmable Logic Controller Systems module and/or have a good working knowledge of PLC Ladder Logic programming.

There are no formal entry requirements for participants wishing to take this module as a single subject, however these are not introductory level modules and some familiarity with the area as well as a level of independent study would be expected for success. Participants taking this module as part of the Bachelor of Engineering in Manufacturing Technology or the Bachelor of Engineering in Electrical Technology must meet the entry requirements outlined on the relevant course pages.

12 Weeks – Blended Format of on campus and online.

Wednesdays from 7pm to 10pm

Each 5 credits will normally equate to approximately 100 Total Learning Hours. Total Learning Hours includes the time you spend in class (lectures, tutorials, practical elements) and the time you spend completing work outside of college.  The balance between these two varies by discipline, and by level of study. You should bear in mind that the workload will increase at particular times e.g. when assignments are due.

75% Continuous Assessment

25% Practical

€675

Applications will close Friday 4th December 2026 or once the maximum number of applicants is reached.

Places are allocated on a first come first served basis.

Programmes run subject to viable numbers.

Students enrolled on the Bachelor (Ordinary) programme who successfully accumulate 60 ECTS credits will be eligible for the award at a Level 7 Degree.

Individuals who register for standalone modules may, upon successful completion, apply for a TUS Single Subject Certificate (5 ECTS credits).

General Queries

Flexible Learning Office

Email: flexible.midwest@tus.ie

Telephone: (061) 293802