CAD*110, Introduction to CAD (3 credits)
Gen Ed Competency: Continuing Learning/Information Literacy
An introduction to the techniques of generating graphic images with computers using AutoCAD. Topics include: overview of CAD terminology, computer terminology, hardware descriptions and requirements, file manipulation and management, two dimensional geometric construction, symbol library creation, dimensioning, scaling, sectioning, plotting, detail and assembly drawings including tolerance studies. (Updated November 2014)
CAD*171, Mechanical 3-D CAD (Autodesk Inventor) (3 credits)
The primary goal of this course is to introduce students to engineering graphics through the use of computers and Autodesk Inventor. Students learn through a “hands-on” exercise intensive approach to concepts of engineering graphics. Students create rough 2-D sketches, apply/modify constraints and dimensions to the sketch, and extrude, revolve, or swept the design to create a 3-D model. The emphasis of the lessons are placed on graphical analysis, orthographic projection, auxiliary views, dimensioning methods, sectioning, creating assembly and working drawings with adherence to recognized drafting standards. (New course, Fall 2017)
CAD*220, Parametric Design (3 credits)
Introduction to computer-based design using SolidWorks® parametric 3D CAD software. The course focuses on Parametric Modeling and topics include: Design Intent and Process, Sketching Techniques, Model Development Techniques, Process-Specific Modeling, Design Changes, Editing Models, Patterning and Assembly Techniques. Students will participate in mostly individual and some group design projects as appropriate. Prerequisite: CAD*110 . (Existing course, published April 2015)
MFG*051, Manufacturing Math I (3 developmental credits; does not count toward graduation)
First course in manufacturing mathematics. A study of arithmetic and algebraic operations applied to manufacturing circumstances. Fractions, decimals, tolerances, percentages, signed numbers, powers and roots, the metric system, as well as ratios and proportions are studied in depth. This course is not open to students who are eligible for MAT*137 or higher. (Existing course, published September 2013)
MFG*105, Manufacturing Math II (3 credits)
A study of arithmetic and trigonometric operations applied to manufacturing circumstances. The following geometric entities are studied in detail: the circle, regular and irregular polygons, the right triangle and oblique triangles. The application of angular arithmetic including the study of angle decimal conversion, the Pythagorean theorem, sine, cosine, and tangent functions, and the Law of Sines and Law of Cosines. Prerequisite: MFG*051 with “C-” or better OR eligible for MAT*137E or higher. (Updated November 2014)
MFG*109, Introduction to MasterCAM (3 credits)
This course introduces the student to computer-based CAD/CAM (Computer-Aided Drafting/ Computer-Aided Manufacturing) using MasterCAM software, an industry standard. CAD/CAM uses CAD drawing tools to describe geometries of an object. The CAM portion of the program defines the toolpath that directs the motion of a machine tool to create a product that is the exact shape that was drawn. This introductory course familiarizes the student to MasterCAM using mill, lathe, and solids tutorials. Prerequisite: Eligible for either ENG*063/ENG*101ALP or higher or ENG*096 taken concurrently.(Updated November 2014)
MFG*120, Metrology (3 credits)
This course provides students with the basics in measurement for manufacturing, incorporating an introduction to the construction and usage of inspection tools, as well as a comprehensive set of hands-on exercises. These tools will be utilized to discover the dimensional characteristics of a variety of sample parts. (New course, Fall 2017)
MFG*123, Measurement for Manufacturing (2 credits)
This course provides students with the basics in measurement for manufacturing, incorporating an introduction to the construction and usage of inspection tools, as well as a comprehensive set of hands-on exercises. In addition to teaching students how to use measuring tools, this course helps prepare students for NIMS (National Institute for Metalworking Skills) credentialing exams in Benchwork and Measurement, Materials, and Safety. (New course, January 2016)
MFG*124, Blueprint Reading I (2 Credits)
First course in blueprint reading. The study of orthographic projection. Topics include lines and their uses, auxiliary views, sectional views, basic and special dimensioning, dimensioning practices for holes, chamfers, angle, tapers, keyways diameters and radii. Also, geometric tolerancing and dimensioning is covered. Prerequisite: Eligible for either ENG*063/ENG*101ALP or higher or ENG*096 taken concurrently. (Updated November 2014)
MFG*125, Blueprint Reading II (3 credits)
Second course in blueprint reading. A further study of simple and complex drawings for machining or assembly purposes. Topics include the application and meaning of geometric characteristics and controls, the metric system, weldment, forging and casting drawings and procedures,communication with freehand sketches, blueprint terms and abbreviations. Prerequisite: Eligible for either ENG*063/ENG*101ALP or higher or ENG*096 taken concurrently. (Updated for Fall 2016)
MFG*150 Intro. to Machine Technology (4 credits, 6 contact hrs.) $$ Laboratory Course Fee
This course replaces MFG*102 Manufacturing Processes and MFG*103 Manufacturing Processes Lab. Introduction to Machine Technology introduces the student to the fundamentals of Metal Machining Technology. The student is introduced to the basic metal machining equipment including Lathe, Miller, Drill Press, Saw, and Grinding Wheels. Students will perform basic lathe operations, which will consist of facing, center-drilling, chuck turning, turning between centers, boring, grooving, tapers, knurling, and single point threading. Students will identify the major parts of the vertical & horizontal mill, align a vise, use an indicator, edge finder, and boring head, determine speeds and feeds, perform simple indexing, mill flat, square surfaces and slots, drill, bore, and tap holes.
MFG*156, Manufacturing Machinery CNC I (3 Credits/4 contact hrs.)
First course in CNC machinery and programming. Topics include: Cartesian coordinates, safe use of CNC equipment, set up and operation of 2-axis CNC lathe and 3-axis CNC machining center, CNC programming and execution of these programs. Prerequisite: Eligible for either ENG*063/ENG*101ALP or higher or ENG*096 taken concurrently. (Updated Fall 2017)
MFG*166 Benchwork (1 credit)
A basic course in the fundamentals, principles, practices, and tools used in semi-precision and precision layout and in the various tools, methods, and procedures for common machine shop benchwork. Topics include measurement systems, layout principles, hand tools, and power tools.
MFG*168 CNC I (3 credits)
First course in CNC machinery and programming. Topics include: Cartesian coordinates, the safe use of CNC equipment, set up and operate a 2-axis CNC lathe and a 3-axis CNC machining center, CNC programming, and execution of these programs. Prerequisite: Placement in ENG*063/101E or higher or enrollment in ENG*096.
MFG*171, Introduction to Lean Manufacturing (3 credits)
The purpose of this course is to provide the student with the fundamental knowledge of current continuous process improvement methodologies in use today within competitive manufacturing environments. This introductory course will expose the student to the basic concepts of Lean Manufacturing theory and the various tools and techniques involved with a lean implementation. This course will be presented following the lean-six sigma process methodology of DMAIC (Define, Measure, Analyze, Improve, Control) to ensure that at the completion of the course, the student will be competent to participate effectively as a team member in lean implementation projects. Prerequisite: Eligible for either ENG*063/ENG*101ALP or higher or ENG*096 taken concurrently. (Updated November 2014)
MFG*202, Precision Machining (3 credits)
This course explains common methods of machining used to shape parts to specifications with the emphasis on traditional tool room machinery (lathes, milling machines, drilling machines, and grinders). Related topics also include shop safety, hand tools, measurement, layout work, and cutting fluids. Students will apply classroom lessons to the fabrication of parts in the lab course. Co-requisite: MFG*203. (Updated for Fall 2016)
MFG*203, Precision Machining Lab (1 Credit)
This course supplements the Precision Machining course by providing the lab time necessary to reinforce classroom lessons.Students use lab machinery and equipment to shape parts to specifications using traditional tool room machinery (lathes,milling machines, drilling machines, and grinders).Related topics also include shop safety, hand tools, measurement, layout work, and cutting fluids. Students will be required to do lab work beyond the lab time scheduled for this course. Prerequisites:Completion of MFG*103 and MFG*102 co-requisite with a grade of C- or better.
MFG*239, Geometric Dimensioning & Tolerancing (3 Credits)
An intermediate course in the interpretation of engineering drawing beginning with the basics of dimensional tolerances and tolerance systems. Topics include: the mathematics of interpreting and specifying tolerances on dimensions, the system of geometric tolerancing, the basic nomenclature and standard symbols conforming to ANSI Y14.5M. Prerequisites: EGR*112 or MFG*124. (New course, Fall 2017)
MFG*256, Manufacturing Machinery CNC II (3 credits/6 contact hrs.)
This course has been replaced by MFG*258. Students cannot receive academic credit for BOTH MFG*256 and MFG*258. This second course in Computer Numerical Controlled programming is a continuation of CNC I and provides a further study of CNC programming for the Lathe and Vertical Machining Center. Topics include setup and tooling, programming simple parts, canned drilling cycles, circular interpolation, special milling cycles, cutter compensation, looping and macros, and special features. Students will be introduced to MasterCAM software and use it to create part programs. Prerequisite: MFG156 with a grade of “C-” or better. (Course replaced, January 2016)
MFG*258, CNC Operations (3 credits/4 contact hrs.)
This is the second course in Computer Numerical Controlled machining. It is a continuation of MFG*156, Manufacturing Machinery CNC I and provides a further study of CNC programming and machine operation for the Lathe and Vertical Machining Center. Prerequisite: MFG*156 with a grade of “C-” or better. (New Course, Spring 2016) This course replaces MFG*256 Manufacturing Machinery II. Students cannot receive academic credit for taking BOTH MFG*256 and MFG*258.
QUA*114, Principles of Quality Control (3 credits)
Overview of the tools and techniques required in contemporary quality systems. First course in statistical quality control.Topics covered include determination of process capabilities, estimation of process standard deviation from sample data, use of control charts, calculation of probability of simple events.Student will develop SPC and TQM Manufacturing Plans. (Updated November 2014)
