Introduction to Engineering Design. Part A
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1 Introduction to Engineering Design Final Examination Part A Spring 2005 Student Name: Date: Class Period: Total Points:
2 Directions: Select the letter of the response which best completes the item or answers the question. Design Process 1. A detailed sketch that is labeled with critical dimensions, notes, and symbols is called a(n). A. annotated sketch. C. pictorial sketch. B. thumbnail sketch. D. brainstorming sketch. 2. One step in the design process includes the recording of ideas in the form of notes, sketches and color swatches. This step is called. A. fabricating. C. brainstorming. B. researching. D. physical modeling. 3. The creation of a totally new product is called a(n). A. serendipitous event. C. invention. B. innovation. D. design brief. 4. Formal or informal, symmetrical or asymmetrical are types of this Principle of Design. A. Balance C. Subordination B. Proportion D. Repetition 5. Observing how a product is currently used would be one method of performing early on in the redesign of a product. A. testing C. brainstorming B. modeling D. research 6. Texture, form, line and color are some of the of design. A. elements C. factors B. foundations D. principles Page 2 of 8
3 Sketching and Visualization 7. Two basic types of dimensions are and. A. size, feature C. feature, location B. size, location D. position, feature 8. Light lines used to create the basic shape of an object are referred to as. A. construction lines C. hidden lines B. phantom lines D. section lines 9. Isometric, oblique and perspective are classified as drawings. A. multiview C. pictorial 10. B. orthographic D. 3 view This type of drawing is called a(n). A. oblique. C. two point perspective. B. isometric. D. section view. 11. This type of drawing or view is called a(n). A. auxiliary view. C. exploded view. B. section view. D. detail view. Page 3 of 8
4 12. This type of drawing is known as a(n). A. assembly presentation. C. detail drawing. B. auxiliary view. D. revolution. 13. is the total permissible variation in the size or location of a part. A. Acceptability C. Tolerance B. Accuracy D. Variation 14. Two methods/techniques of sketching isometric shapes are. A. cut and join. C. skeletal and intersection. B. additive and subtractive. D. mate and flush. Geometric Relationships 15. The coordinate system that relates its next position to the current point in space is called. A. angularity. C. absolute. B. relative. D. polar. 16. To plot a polar coordinate, you need to input. A. X, Y. C. distance and an angle. B. X and an angle. D. an angular measurement and the Y intercept. 17. Which 2D constraint would be used to force two or more circles to share the same center point? A. Fixed C. Symmetric B. Concentric D. Equal Page 4 of 8
5 18. Using a compass, ruler, and triangle to construct arcs, circles, ellipses, and tangencies is called. A. sketching. C. descriptive geometry. B. applying 2D constraints. D. geometric construction. 19. This common dimensioning method where each feature dimension originates from a common axis, surface, or center plane is called. A. series dimensioning. C. datum dimensioning. B. coordinate dimensioning. D. tolerancing. Modeling 20. If dimensions/constraints within a part or an assembly are changed, these dimensional changes update all other functionally related files within the database. This is known as. A. referencing. C. parametrics. B. updating. D. datum management. 21. When placing assembly constraints, it is sometimes necessary to include a(n) to position parts correctly. A. offset C. parameters B. functions D. datum points 22. A piston (.ipt) is constrained into an assembly. The designer changes his/her mind and makes the piston larger in diameter. When the designer goes back into the assembly, the opening that the piston had been constrained to has also been adjusted accordingly. This is one example of. A. adaptivity. C. sub assemblies. B. patterning. D. browser editing. 23. What feature creation method requires a path and a profile? A. Extrude C. Loft B. Sweep D. Revolve 24. Circular and rectangular are great productivity tools in a solid modeler when an arrangement of equally spaced features is needed. A. matrixes C. formulas B. patterns D. 2D constraints Page 5 of 8
6 25. The process of modifying the part model and resultant drawing views by interacting with the part construction history available from the left or right side of the drawing screen is called. A. parametric editing. C. adaptivity. B. dimensional editing. D. browser editing. 26. A full size, functional, working model of a design that is completed before a part is manufactured is called a. A. prototype. C. scale model. B. mock-up. D. concept model. 27. A spreadsheet like informational area that could display information such as Quantity, Name of Part, Material, Mass, Description, etc., is called a(n) A. specification sheet C. engineering log B. title block D. bill of materials Presentations 28. Making a proposal/presentation to a client via telephone would require which set of skills and techniques? A. Voice variation and preparation B. Proper posture and eye contact C. Eye contact and intonation D. Proper posture and voice variation 29. Patents are often awarded for the creation of ideas. One tool used to record notes, sketches and other dated information that engineers use to accomplish this task is called a(n). A. design diary. C. daily data. B. engineering notebook. D. patent pending. 30. A set of papers that represents all of the work generated during the creation of a new product would be called a(an). A. engineering notebook. C. blueprint. B. project portfolio. D. project packet. Page 6 of 8
7 31. This is a technical document that describes or presents information concerning materials, manufacturers, qualities, and conditions for manufactured parts. A. engineering log C. parts list B. title block D. specifications sheet Production and Marketing 32. DFM is an acronym that represents a thought process that engineers should keep in mind when designing products. DFM stands for. A. Design Formulate Machine. C. Digitized Function Manufacture. B. Design for Manufacture. D. Digitized Formulation Method. 33. Files from a 3D modeler can be exported and used to create parts by stereo lithography and 3D printers. This process is known as. A. CAMM. C. Rapid Prototyping. B. Automated Manufacturing. D. CIM. 34. A theory, which is based on the concept that it is possible to produce a perfect part each and every time, is called. A. Just In time. C. Point of Production Inspection. B. Perfect Product Production. D. Total Quality Control. 35. Jig and fixture design, equipment specifications, material specifications, material handling, tool design, and manpower are all items that need to be addressed before begins. A. packaging C. market research B. testing and evaluation D. production 36. A group or cluster of manufacturing machines connected by an automated material handling system and operated by a dedicated computer controller is called a(an).. A. FMS- Flexible Manufacturing System B. MCO-Machine Cluster Organization C. TQM- Total Quality Management D. DMF- Design for Manufacturing Page 7 of 8
8 37. A is an area commonly included in a 3D modeling package that allows you to select and place standard parts such as screws, fasteners, washers, and bolts into an assembly. A. parts library C. template folder B. hardware supply catalog D. component panel History, Careers, Professional Organizations 38. ANSI and ISO are institutions and organizations that establish for drafting and manufacturing. A. pay scales C. union policies B. rules and regulations D. standards 39. A(n) is an analysis of the future demand in various careers/professions based on past/present job opportunities. A. employment trend C. occupational forecast B. career outlook D. professional projection 40. is the process of involving all branches of manufacturing in the initial design of a product. A. Cooperative Design C. Multiple Manufacturing B. Concurrent Engineering D. Diversified Design Page 8 of 8
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