Engineer Tech/Draft Lc/Lb (ETDC)
This introductory course will provide the student with essential skills and knowledge for interpreting the elements of engineering drawings. The course will examine technical drawings from the fields of architectural, civil, and mechanical markets. Students will find information contained in a set of working project drawings, identify completed project characteristics, extrapolate 2D data into 3D models, and identify incorrect elements or missing information in drawings from each field.
In this drafting and design course, students will gain exposure to the specific elements and processes involved in Civil Engineering projects. Topics of study include mapping symbols and legends, an introduction to surveying including measuring distances, elevations, and angles on the earth’s surface, expression and calculations using azimuth and bearing angles, topographic maps and contour lines, plot plans and site plans, roadway alignments and profiles, and grading cut/fill diagrams. Computer-Aided Drafting (CAD) techniques will be utilized in laying out property lines, creating maps with contours, developing roadway alignments and profiles, and creating cut/fill diagrams.
A course in technical illustrations involving Axonometric (isometric, diametric, and trimetric) projections, Oblique (cavalier and cabinet) projections, and Perspective projections for architectural and engineering drawings. This course is a manual drafting course, and requires a portable drafting board and drafting tools.
This course is designed to teach the skills required for successful operation of computer aided drafting (CAD) hardware and software.
In this drafting and design course, students will gain exposure to the Parametric Technology Corporation (PTC) software CREO Parametric (previously known as Pro-Engineer or Pro-E). This software is for the mechanical design industry and functions as a parametric CAD modeler. Students will learn how to create mechanical part models, sketch and constrain feature profiles, and assemble parts for correct functional presentation. Drawing layouts will be produced from 3-D models as well, and models will be modified using both part modeling and drawing modes. Students will learn to create models efficiently and add parametric and reference dimensions to drawings while following ANSI Y14 Standards.
This course is designed to provide 2D and 3D enhancements. Topics will include paper space, customizing the user interface, plotting and internet, using blocks, assembly drawings, and attributes and external references. Raster vs. vector format and embedding vs. linking are also explored.
This course is designed to teach the student operating the AutoCAD software to generate 3D models of parts and assemblies, modify those models, and document them in a print layout. Conceptual design, rendering, 3D printing, and computer numerical control (CNC) machining will also be addressed.
In this drafting and design course, students will gain exposure to the Autodesk software Inventor. This software is for the mechanical design industry and functions as a parametric CAD modeler. Students will learn how to create mechanical part models, sketch and constrain feature profiles, and assemble parts for correct functional presentation. Drawing layouts will be produced from 3-D models as well, and models will be modified using both part modeling and drawing modes. Students will learn to create models efficiently and add parametric and reference dimensions to drawings while following ANSI Y14 Standards. Lab Fee
This introductory course is designed to teach the student how to use the SolidWorks mechanical design automation software to build and modify parametric models of parts and assemblies. Students are also introduced to computer aided drawing and manufacturing (CAD/CAM) geometry for tool path processing used to create projects on computer numeric control (CNC) machining centers.
This introductory course builds upon the SolidWorks fundamental features and expands on solids, surfaces, configurations, drawings, sheet metal and assemblies. Intermediate skills broaden the students SolidWorks knowledge base by covering such features as surveys, lofts and boundaries, use of multi-bodies, generating engineering drawings and other SolidWorks functions.
This course builds upon the SOLIDWORKS Intermediate course and features. Advanced Techniques picks up where Intermediate Skills leave off. The aim is to take the student from an intermediate user with a solid but basic understanding of SOLIDWORKS and modeling techniques to an advanced user capable of creating complex models and using the advanced tools provided and taught. This course covers parts, surfaces, simulations, sheet metal, top-down assemblies, and core and cavity molds. The course lessons and exercises are based on real world projects. Each project has been broken down, developed, and taught in comprehensible steps.
An advanced CAD course utilizing software specializing in Civil 3D Model Based Design.