Computer Aided Design is used by professionals in all types of industries and is an essential skill that can continue to be built upon, with advanced courses covering various types of modeling. CCM offers a variety of courses in 2-D, 3-D and solid modeling CAD programs.
|Course Code||Course Title||CEUs|
|CAD-111||AutoCAD Level 1: Basic 2-D Drawing||2.4|
|CAD-120||AutoCAD Level 2: Beyond Basic||2.1|
|CAD-112||AutoCAD Civil 3D||3|
|Course Code||Course Title||CEUs|
|CAD-113||SolidWorks Solid Modeling CAD||1|
|CAD-114||Inventor Solid Modeling CAD||1|
AutoCAD Level 1: Basic 2-D Drawing
This course is an introduction for new AutoCAD software users who require comprehensive training. It incorporates the features, commands, and techniques for creating, editing, annotating and printing 2D drawings with AutoCAD. The primary objective of this course is to give the new AutoCAD user a comprehensive foundation that they can build upon. Students will get hands-on experience working with real world drawing examples and exercises in a supervised CAD lab. CAD-111.
AutoCAD Level 2: Beyond Basic
This course continues to build on the concepts introduced in the Basic 2D Drawing class. It is designed for the AutoCAD user looking to advance their knowledge of AutoCAD. To comprehend and utilize features, commands, and techniques for becoming more productive and efficient when creating, editing, annotating, and printing drawings with AutoCAD. Advanced AutoCAD applications to be covered: Dynamic Blocks, Attributes, Fields, External References, Advanced Layer Management tools, Object Linking and Embedding (OLE), Raster Images and PDFs, with an introduction to customization and 3D. Students will get hands-on experience working with real world drawing examples and exercises in a supervised CAD lab. CAD-120.
AutoCAD Civil 3D
For professionals already experienced in AutoCAD, a healthy knowledge of AutoCAD Civil 3D is a real resume booster and ups your appeal to prospective employers. For current engineering students, especially seniors, this is a great addition as you seek internship opportunities. For current industry professionals who need to update their knowledge, but cannot take time away from the work schedule, or anyone else that may be looking to learn or to just "brush up" their skillset, this course is designed with you in mind." Topics Covered: - Learn the AutoCAD Civil 3D user interface., - Create points, point styles and label styles, work with point groups, - Create, edit, view, and analyze surfaces, - Create data shortcuts, - Create and edit alignments, - Create profiles, and profile views, - Create assemblies, corridors, and intersections, - Create cross-sections, - Create grading solutions CAD-112.
SolidWorks Solid Modeling CAD
SolidWorks is a widely used computer-aided design and engineering (CAD/CAE) package. Solid modeling topics include: sketching, basic 3D functions (extrude, revolve, etc.), advanced 3D functions (sweep, loft, etc.), assembly creation and an introduction to finite element analysis (FEA). Translate 3D solid models into 2D technical data packages for manufacturing. Learn fundamental and advanced functions in SolidWorks necessary for any designer, drafter, or engineer. Each topic will have an associated exercise for a hands-on understanding of the material, and each exercise will build upon previous exercises. At the end of the course, students will have a physical data package (models and drawings) that will show proficiency with the software. This data package may also be used for job interviews as evidence of proficiency. CAD-113.
Inventor Solid Modeling CAD
Inventor is intended for the prospective designer, inventor, prototyper, draftsperson, test fixture designer, advanced manufacturing technician, operator or engineer. This ten-hour course harnesses the power of the Inventor software tool to realize the 3D and 2D modeling of physical components as well as to introduce Inventor's capabilities in assisting in the design and analysis of assemblies. Each topic will have an associated exercise for a hands-on understanding of the material, and each exercise will build upon previous exercises. At the end of the course, students will have a physical data package (models and drawings) that will show proficiency with the software. This data package may also be used for job interviews as evidence of proficiency. CAD-114.