NOC Tag: Drafting technologists and technicians

Revit Module #2 is a hands-on lab course designed to build upon the basic drawing and drafting commands initially taught in Module #1. In this particular course, students will be introduced to some of the more advanced concepts and tools that can be found in the Revit software. In each class, specific exercises, designed to…

Designed for individuals with employment experience in machining. Concepts will be taught using PC-based MasterCAM. This hands on course covers creation of 3D surfaces and tool paths for 3 axis milling using top rated CAD/CAM software. The course will also include creation of wireframes, surfaces, intersection of surfaces, cavity roughing, toolpath editing and planning.

Learn to use REVIT Architecture software for building design. Create floor plans, sections, elevations and 3D views. Typical architectural elements such as walls, windows, doors, furniture, floors, ceilings and roofs will be incorporated.

Learn advanced techniques for proficiency in the use of AutoCAD. Learn to recognize the best tool for the task, the best use of that tool, and how to create new tools for efficiency.

Examine and use Computer Aided Design software known as AutoCAD. Investigate and apply entity creation, dimensioning, layers and linetypes, and text creation.

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 designed to prepare the student to solve problems in mechanical motion, geometric construction and layout developments of the surfaces of solid shapes using the principles of descriptive geometry. Further study of geometric tolerance and fits will allow the student to design several machine elements to function satisfactorily in unison.

Study differentiation of algebraic, transcendental and implicit functions, indefinite and definite integrals, as well as various methods of integration, numerical integration included. Applications of derivatives include: tangents and normals, motion, related rates, curve sketching, linear approximation, estimating errors in measurements, applied maximum and minimum problems from areas of geometry, mechanics and electricity. Applications of integrals…

Our Blueprint Reading for Machine Trades course provides you with an introduction to blueprint reading with an emphasis on industrial applications. Learn how to interpret and create mechanical drawings using basic drafting and freehand sketching. Also explore shop math and geometric dimensioning and tolerancing.

The purpose of this advanced CAD course is to provide the student with the necessary skills to utilize SolidWorks software to effectively generate three-dimensional models of any mechanical component and assembly. Additionally, the student will be introduced to the software features which are used: in creating design tables for families of parts or parametric design;…