1. DRAFTING GROUP 4 JUSTIN, JENNY, JOE, AND EVAN

2. AGENDA Job Description

3. AGENDA Job Description Tasks Performed/Responsibilities

4. AGENDA Job Description Tasks Performed/Responsibilities Information Needs

5. AGENDA Job Description Tasks Performed/Responsibilities Information Needs Traditional System

6. AGENDA Job Description Tasks Performed/Responsibilities Information Needs Traditional System Information System/ Technology

7. AGENDA Job Description Tasks Performed/Responsibilities Information Needs Traditional System Information System/ Technology Functionalities

8. AGENDA Job Description Tasks Performed/Responsibilities Information Needs Traditional System Information System/ Technology Functionalities Availability

9. AGENDA Job Description Tasks Performed/Responsibilities Information Needs Traditional System Information System/ Technology Functionalities Availability Competitors

10. AGENDA Job Description Tasks Performed/Responsibilities Information Needs Traditional System Information System/ Technology Functionalities Availability Competitors Alternatives

11. AGENDA Job Description Tasks Performed/Responsibilities Information Needs Traditional System Information System/ Technology Functionalities Availability Competitors Alternatives Conclusion

12. JOB DESCRIPTION Draft plans and technical drawings

13. JOB DESCRIPTION Draft plans and technical drawings Toys

14. JOB DESCRIPTION Draft plans and technical drawings Toys Houses

15. JOB DESCRIPTION Draft plans and technical drawings Toys Houses Industrial machinery

16. JOB DESCRIPTION Draft plans and technical drawings Toys Houses Industrial machinery Pipelines

17. JOB DESCRIPTION Draft plans and technical drawings Toys Houses Industrial machinery Pipelines Spacecraft

18. INFORMATION NEEDS AutoCAD Software Create organize and store electric plans.

19. INFORMATION NEEDS AutoCAD Software Create organize and store electric plans. Printed or directly programmed into manufacturing systems for creation

20. TYPES OF DRAFTERS Architectural

21. TYPES OF DRAFTERS Architectural Civil

22. TYPES OF DRAFTERS Architectural Civil Aeronautical

23. TYPES OF DRAFTERS Architectural Civil Aeronautical Mechanical

24. ARCHITECTURAL DRAFTERS Design buildings and elements of buildings

25. ARCHITECTURAL DRAFTERS Design buildings and elements of buildings Walls

26. ARCHITECTURAL DRAFTERS Design buildings and elements of buildings Walls Windows

27. ARCHITECTURAL DRAFTERS Design buildings and elements of buildings Walls Windows Doors

28. ARCHITECTURAL DRAFTERS Design buildings and elements of buildings Walls Windows Doors Specialize particular materials such as:

29. ARCHITECTURAL DRAFTERS Design buildings and elements of buildings Walls Windows Doors Specialize particular materials such as: Concrete

30. ARCHITECTURAL DRAFTERS Design buildings and elements of buildings Walls Windows Doors Specialize particular materials such as: Concrete Steel

31. CIVIL DRAFTERS Civil engineering projects

32. CIVIL DRAFTERS Civil engineering projects Highways

33. CIVIL DRAFTERS Civil engineering projects Highways Bridges

34. CIVIL DRAFTERS Civil engineering projects Highways Bridges Water and sewage systems

35. AERONAUTICAL DRAFTERS Create plans used the manufacturing of:

36. AERONAUTICAL DRAFTERS Create plans used the manufacturing of: Aircraft

37. AERONAUTICAL DRAFTERS Create plans used the manufacturing of: Aircraft Missiles

38. AERONAUTICAL DRAFTERS Create plans used the manufacturing of: Aircraft Missiles Related parts

39. MECHANICAL DRAFTERS Design machinery and mechanical devices

40. TRADITIONAL SYSTEMS (1960S) -Ivan Sutherland – developed “Sketchpad” in early 1960s.

41. TRADITIONAL SYSTEMS (1960S) -Ivan Sutherland – developed “Sketchpad” in early 1960s. -Innovative system developed before AutoCAD

42. TRADITIONAL SYSTEMS (1960S) -Ivan Sutherland – developed “Sketchpad” in early 1960s. -Innovative system developed before AutoCAD -Designer interacted by using light pen on computer monitor

43. TRADITIONAL SYSTEMS (1960S) -Ivan Sutherland – developed “Sketchpad” in early 1960s. -Innovative system developed before AutoCAD -Designer interacted by using light pen on computer monitor -2D drafting applications (First-generation)

44. NEEDS IN 1960S -Large aerospace and automotive companies

45. NEEDS IN 1960S -Large aerospace and automotive companies -High price

46. NEEDS IN 1960S -Large aerospace and automotive companies -High price -Unique mechanical engineering

47. NEEDS IN 1960S -Large aerospace and automotive companies -High price -Unique mechanical engineering -Intended to automate repetitive drafting chores

48. NEEDS IN 1960S CONT. -Mid 1960s

49. NEEDS IN 1960S CONT. -Mid 1960s -Digi-graphics division of Control Data Corporation

50. NEEDS IN 1960S CONT. -Mid 1960s -Digi-graphics division of Control Data Corporation -Released first commercially available CAD software system

51. EARLY USE OF CAD IN 1960S Early research in 2D CAD software performed at MIT Mathematical Laboratory.

52. THE COST OF CAD IN 1960S -Priced at $500,000 per unit

53. THE COST OF CAD IN 1960S -Priced at $500,000 per unit -Only very few units were sold

54. THE INFORMATION SYSTEM -AutoCAD 1.0 released in December 1982

55. THE INFORMATION SYSTEM -AutoCAD 1.0 released in December 1982 -First AutoCAD software

56. THE INFORMATION SYSTEM -AutoCAD 1.0 released in December 1982 -First AutoCAD software -Used on large scale basis by engineering professionals and first (Khemani, 2008)

57. THE INFORMATION SYSTEM -AutoCAD 1.0 released in December 1982 -First AutoCAD software -Used on large scale basis by engineering professionals and first (Khemani, 2008) -Most common application of CAD software for designers and drafters

58. FUNCTIONALITIES 1. Increases productivity of drafter

59. FUNCTIONALITIES 1. Increases productivity of drafter 2. Improves design quality

60. FUNCTIONALITIES 1. Increases productivity of drafter 2. Improves design quality 3. Better communications

61. FUNCTIONALITIES 1. Increases productivity of drafter 2. Improves design quality 3. Better communications 4. Design documentation

62. FUNCTIONALITIES 1. Increases productivity of drafter 2. Improves design quality 3. Better communications 4. Design documentation 5. Manufacturing database

63. FUNCTIONALITIES 1. Increases productivity of drafter 2. Improves design quality 3. Better communications 4. Design documentation 5. Manufacturing database 6. Saving designs

64. AVAILABILITY -Since 2010, AutoCAD has been available as a web and cloud-based application.

65. AVAILABILITY -Since 2010, AutoCAD has been available as a web and cloud-based application. -This makes it more available for the wide-span of industries that use AutoCAD.

66. AUTOCAD: 2014 AUTOCAD: 1982

67. COMPETITORS MAIN COMPETITION TO AUTOCAD:

68. COMPETITORS MAIN COMPETITION TO AUTOCAD:

69. COMPETITORS MAIN COMPETITION TO AUTOCAD:

70. COMPETITORS MAIN COMPETITION TO AUTOCAD:

71. ALTERNATIVES Sketching Simplest, quickest form.

72. ALTERNATIVES Sketching Simplest, quickest form. Technical Drawing Tools Involves tools like rulers, Drawing Boards, Pantographs.

73. SUMMARY

74. -Drafting originated in 1960’s

75. SUMMARY -Drafting originated in 1960’s -Types of drafting range from toys to space crafts

76. SUMMARY -Drafting originated in 1960’s -Types of drafting range from toys to space crafts -AutoCAD directly programs and implements designs for manufacturing purposes

77. SUMMARY -Drafting originated in 1960’s -Types of drafting range from toys to space crafts -AutoCAD directly programs and implements designs for manufacturing purposes -Many types of drafters (Civil, mechanical, aeronautical, etc.)

78. CONCLUSION -AutoCAD most popular software for designers

79. CONCLUSION -AutoCAD most popular software for designers -Continues to improve as computer technology improves

80. Any Questions?