Title
Course Descriptions
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Credits:
4 (4/0/0)
This course includes first and second order differential equations with applications in physics, electrical engineering and chemistry. It also includes Laplace transforms, matrices, series solutions and systems of differential equations.
Credits:
4 (1/3/0)
The objective of this course is to develop the student's knowledge and use of machine drafting, lettering, line identity and application, orthographic projection, dimensioning practices, and section and auxiliary drawings.
Credits:
4 (0/4/0)
The objective of this course is to develop the student's use and knowledge of pictorial drawings, sheet metal, pattern layout and welding drawing. Mechanical fasteners will be identified.
Credits:
2 (2/0/0)
The objective of this course is to develop the student's understanding of processes for casting, molding, forming, separating and assembling a variety of manufacturing-related materials.
Credits:
3 (1/2/0)
The objective of this course is for the student to develop a set of working drawings of an existing product. Students will be required to reverse engineer the product and create all necessary views, layouts, annotations and instructions required for the product to be manufactured while collaborating with a work group similar to those found in industry.
Credits:
1 (1/0/0)
The objective of this course is to develop the student's knowledge of engineering communications, attitudes and finances.
Credits:
2 (2/0/0)
The objective of this course is to develop the student's understanding and application of a self-defined set of symbols, rules, definitions and conventions used to describe the size, form, orientation and location of part features.
Credits:
3 (2/1/0)
The objective of this course is to develop the student's understanding and application of a self-defined set of symbols, rules, definitions and conventions used to describe the size, form, orientation and location of part features.
Credits:
3 (2/1/0)
This course covers advanced part modeling, assembly modeling, sheet metal, weldments and presentation files in the latest version of the SolidWorks drawing software package.
Credits:
4 (1/3/0)
The objective of this course is to explore advanced applications of various industry drawing methods. Students will be introduced to and will construct drawings related to multiple drafting and engineering disciplines.
Credits:
2 (1/1/0)
This course introduces the student to multiple specialized computer programs to create working drawings for manufacturing and construction.
Credits:
3 (2/1/0)
This course covers advanced part modeling, assembly modeling, sheet metal, frame generator and presentation files in the latest version of the Inventor drawing software package.
Credits:
3 (2/1/0)
This course introduces the student to multiple specialized computer programs to create working drawings for manufacturing and construction.
Credits:
2 (1/1/0)
This course covers the basic concepts of rapid prototyping for manufacturing utilizing three-dimensional printers and scanning equipment.
Credits:
3 (2/1/0)
The objective of this course is to develop an understand of jigs, fixtures, dies and their function in mass production, from the basic levels of component pieces through design and implementation.
