MFGT 2010 - Jig and Fixture Design Academic Division: Business, Industry and Technology Academic Discipline: Manufacturing Technology Assistant Dean: Vincent Palombo PhD 3 Credit(s) Tool design is the process of designing and developing the tools, methods, and techniques necessary to improve manufacturing efficiency and productivity. Students use Solid Modeling software to design tools used in fabricating, welding, and inspection applications. Tool design is an ever-changing, growing process of creative problem solving which addresses quality and economy to produce a competitive product to solve manufacturing situations. UG 2 Lab Hour(s) 2 Lecture Hour(s); Required Prerequisite Course(s): Take MFGT 1110 and either MECT 1150 or ENRD 2260 .
College Wide Outcomes
College-Wide Learning Outcomes |
Assessments - - How it is met & When it is met |
Communication – Written |
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Communication – Speech |
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Intercultural Knowledge and Competence |
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Critical Thinking |
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Information Literacy |
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Quantitative Literacy |
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Student Learning Outcomes for Course
Outcomes |
Assessments – How it is met & When it is met |
1. Identify job skills needed to become a Tool Designer.
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Week one
Written assignments and exam
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2. Identify basic types and functions of jigs and fixtures.
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Starting week two
Worksheets, case studies design projects
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3. Identify considerations of design economics and apply to final exam project.
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Fourth week to end of semester
Worksheets, case studies design projects
Industry standard financial application
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4. Design basic jigs and fixtures, applying proper principles of safety, practicality and sound construction.
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Fifth week to end of semester
Worksheets, case studies design projects
Final project/exam
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5. Identify and describe specialized work holding devices and their benefits and applications.
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Week two to end of semester
Worksheets, case studies design projects
Final project/exam
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6. Identify and specify acceptable tool materials, application and components in design projects.
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Week four through end of semester
Worksheets, case studies design projects
Final project/exam
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7. Use solid modeling software such as AutoDesk Inventor as a tool to design and troubleshoot special tooling used in manufacturing situations.
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Week four through end of semester
Worksheets, case studies design projects
Final project/exam
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8. Use CAD and solid modeling software to create technical drawings of special tooling in compliance with ANSI standards.
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Week four through end of semester
Design projects Final project/exam
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9. Use Plotter to produce prints to ANSI standards. |
Week four through end of semester
Design projects Final project/exam
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10. Participate in CONCURRENT ENGINEERING activities.
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Week four through end of semester
Technical communications, guided case studies, design projects
Final project/exam
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11. Evaluate proposed solutions to manufacturing problems by completing peer evaluations of technical drawings.
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Week nine to end of semester
Peer evaluations
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12. Create tooling to provide a solution to an automated manufacturing case such as CNC machining centers, inspection, or assembly scenarios.
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Week four through end of semester
Design projects, concurrent engineering activities, Final project/exam
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Standard Grading Scale 93-100 A
90 - 92 A-
87- 89 B+
83 - 86 B
80 -82 B-
77- 79 C+
73 - 76 C
70 -72 C-
67- 69 D+
63 - 66 D
60 -62 D-
00- 59 F
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