Quality Control Inspection
Admission & Registration
Ontario Secondary School Diploma (OSSD) or equivalent (Mohawk Academic Upgrading, GED) OR 19 years of age or older.
Program of Studies
Below is the current Program of Study. To see which courses are currently being offered this term please visit the Course Catalogue.
For information on the textbooks needed for the upcoming term please visit our Textbook Search site.
Click on the course number below to check current availability and for registration information
|Mandatory Courses||Course Title||Description|
|TDRWRE152||Blueprint Reading Mechanical||Emphasis on basic Blueprint Reading and Sketching will help students to develop the ability to visualize objects and interpret dimensions, sections, tolerances, machine finishes, assemblies, terminology, etc.|
|METRQC105||Principles of Metrology||Covers metrology from the viewpoint and application of the Quality Practitioner with emphasis on understanding basic principles of metrology. Topics include historical background standards and traceability, metrology control systems and requirements, and measurement techniques.|
|MECHBDA55||Geometric Dimensioning & Tolerancing||Learn the language of symbols used on drawings to communicate design intent and geometry requirements for features on parts and assemblies. Learn how to communicate specific datumns, to use round tolerance zones and the use of a Co-ordinate Measuring machine (CMM) to measure GD&T toleranced features. This course is based on ASME Y14.5M.|
|MECH10024||Co-ordinate Measuring Machines||Individuals will learn the fundamentals of the operation of a CMM (Coordinate Measuring Machine) to develop measuring routines for dimensional elements on a Mitutoyo CMM. This is an introductory hands-on course and includes an introduction to CMM programming.|
|MATL10110||Properties of Materials Lecture||The student will be able to relate the structures that characterise the three families of materials (metals, polymers and ceramics) to the physical properties of these materials. The student will develop an understanding of the physical and structural properties of materials and be better able to select from the various materials those most suitable for use in a product or a given application. The course will focus on the mechanical properties of materials and how they are measured and interpreted.|