15 courses with the subject EDDT, each shown exactly as we captured it from the college's catalog, with every element we hold. Where the wording looks broken, that is our reading of the catalog, not the college's text.
EDDT 1010Introduction to Engineering and Design3
An introduction to Electronics, Manufacturing, Product Design, Machining, CAD and the design process. Students will learn to read blueprints and use design tools to create and demonstrate Orthographic Projection, Section views, Dimensioning, Sketching, Assembly drawings, Tolerancing and Fasteners.
Basic skills using AutoCad for drawing applications are taught. The course includes: draw and modify commands, geometric construction, dimensions, templates, blocks and libraries, hatching, layers, scales, and plotting. Students will also be introduced to 3D CAD. It is recommended students complete EDDT 1010 prior to taking this course.
EDDT 1050Engineering Graphics – Introduction, Principles & Applications using 3D CAD Software3
Comprehensive applications of 3D CAD-based national (ANSI/ASME) & international (ISO) graphics standards, including coordinate & geometric dimensioning and tolerancing. Introduction to Engineering & Technical design solutions related to STEM industries. It is recommended students complete EDDT 1010 prior to taking this course.
Advanced skills using AutoCAD. Includes: introduction to detail and assembly drawings, advanced geometric construction, isometric drawing, auxiliary views, advanced dimensioning, dynamic blocks with attributes, and AutoCAD 3D Modeling. It is recommended students complete EDDT 1040 prior to taking this course.
Basic machine shop theory including: safety, setup and operation of lathes and mills, machine and tool performance, metrology, process planning, interpretation of engineering drawings, and an introduction to CNC equipment. Lab experience is included.
EDDT 1600CNC Programming and CNC Machining Theory and Lab3
Basic CNC machine shop theory including G and M programming, operation, and performance of CNC lathes and mills. Lab experience is included. It is recommended students complete EDDT 1500 prior to taking this course.
Focuses on the fundamentals of material statics and strength, theory of forces, moments, and deflection, stresses, centroids and moment of Inertia, principles of design, problem-solving and application.
MATH 1060 or MATH 1080 or appropriate placement score Semesters Offered: Fall Click here for searchable class schedule
EDDT 2180Electronics Drafting3
Drafting and design techniques used in the electronics industry including: electronics symbols, schematic and logic diagrams, electro-mechanical design, printed circuit board design, artwork layout, and related industry standards. Students will be using PADS which is a circuit board layout software package and AutoCAD.
This course orients students toward machine operation and maintenance by enabling them to conceptualize, design, and analyze machines by incorporating mechanical components. 3D modeling software will be used to design individual machine parts. Statics and strength of materials will be introduced.
Introduction to the industrial materials and processes used in manufacturing, lab exercises include hands-on experience with important processes. Topics include metal forming, casting, machining, non-metals, 3D design, injection molding, composites, additive manufacturing, finishing, and assembly.
EDDT 1040 or AMFG 1100 Semesters Offered: Based on student demand Click here for searchable class schedule
EDDT 2350Manufacturing Processes Lab1
Lab practice in the processes used to change material shape and condition for industrial use and the principles of material behavior. Topics include: metal forming, casting, injection molding, heat treatment, equipment selection, design criteria, shop and safety procedures.
EDDT 2340 Semesters Offered: Fall & Spring Click here for searchable class schedule
EDDT 2460Product Design & Development Using CAD/CAM3
Uses CAD to design and layout advanced production drawings. Uses CAM to create industry level CNC files for production. Uses industry standard reference materials, i.e., Machinery’s or Engineers Handbook, ANSI and/or ASME Specifications, GD & T. Course supports the design, drafting & fabrication for a student’s capstone project. It is recommended students complete EDDT 2540 prior to or during this course.
EDDT 1050 with a C or better grade; EDDT 2340 with a C or better grade; EDDT 2350 with a C or better grade. Semesters Offered: Fall & Spring Click here for searchable class schedule
EDDT 2540Geometric Dimension & Tolerance Using 3D CAD3
The use of CAD to create industrial level production working drawings. Includes the latest ASME Y14.5 standards for Geometric Dimensioning & Tolerancing. Topics of discussion will include: general tolerancing, symbols and terms, datums, material conditions and boundaries, geometric characteristics, and positional tolerancing.
EDDT 1040 Semesters Offered: Fall & Spring Click here for searchable class schedule
EDDT 27103D Modeling2
Solid modeling with AutoDesk Inventor will be taught. Topics include sketch planes, part construction, extraction of engineering data, assemblies and mating parts, parametric design and related drawings. The Design Center will also be used. It is recommended students complete EDDT 1040 or EDDT 1050 prior to taking this course.
