CHAPTER 1. Blueprint Reading . 1-1
 When you have read and understood this chapter,
 you should be able to answer the following learning
 objectives:
 -Describe blueprints and how they are produced.
 -Identify the information contained in blueprints.
 -Explain the proper filing of blueprints.

CHAPTER 2. Technical Sketching . 2-1
 When you have read and understood this chapter,
 you should be able to answer the following learning
 objectives:
 -Describe the instruments used in technical
 -sketching.
 -Describe the types of lines used in technical
 -sketching.
 -Explain basic computer-aided drafting (CAD).
 -Explain computer numerical control (CNC)
 -design techniques used in machining.

CHAPTER 3. Projections and Views . 3-1
 When you have read and understood this chapter,
 you should be able to answer the following learning
 objectives:
 -Describe the types of projections.
 -Describe the types of views.

CHAPTER 4. Machine Drawings .4-1
 When you have read and understood this chapter,
 you should be able to answer the following learning
 objectives:
 -Describe basic machine drawings.
 -Describe the types of machine threads.
 -Describe gear and helical spring nomenclature.
 -Explain the use of finish marks on drawings.

CHAPTER 5. Piping Systems . 5-1
 When you have read and understood this chapter,
 you should be able to answer the following learning
 objectives:
 -Interpret piping blueprints.
 -Identify shipboard hydraulic and plumbing
 -blueprints.
 -water, gases, and acids that are being carried in piping
 -systems today. Piping is also used as a structural
 -element in columns and handrails. For these reasons,
 -drafters and engineers should become familiar with
 -pipe drawings.
 -Piping drawings show the size and location of

CHAPTER 6. Electrical and Electronics Prints . 6-1
 When you have read and understood this chapter,
 you should be able to answer the following learning
 objectives.
 -Describe shipboard electrical and electronics
 -prints.
 -Describe aircraft electrical and electronics
 -prints.
 -Explain basic logic diagrams on blueprints.
 -system. It is sometimes used interchangeably with
 -SCHEMATIC DIAGRAM, especially a simplified
 -schematic diagram.
 -In a BLOCK DIAGRAM, the major components
 -of equipment or a system are represented by squares,
 -rectangles, or other geometric figures, and the normal
 -order of progression of a signal or current flow is
 -represented by lines.

CHAPTER 7. Architectural and Structural Steel Drawings .7-1
 When you have read and understood this chapter,
 you should be able to answer the following learning
 objectives:
 -Describe the elements of architectural drawings.
 -Describe the elements of structural steel
 -drawings.
 -Identify various types of construction drawings.
 -SHAPES
 -Figure 7-1 shows common single structural shapes.
 -The symbols used to identify these shapes in bills of
 -material, notes, or dimensions for military construction
 -drawings are listed with typical examples of shape
 -notations. These symbols are compiled from part 4 of
 -MIL-STD-18B and information from the American

CHAPTER 8. Developments and Intersections . 8-1
 When you have read and understood this chapter,
 you should be able to answer the following learning
 objectives:
 -Describe sheet metal developments.
 -Explain the differences among parallel, radial,
 -and triangulation developments.
 -welding, or by all three methods, depending on the
 -nature of the job. A flat lock seam (view C) is used to
 -construct cylindrical objects, such as funnels, pipe
 -sections, and containers.
 -Note that most of the sheet metal developments
 -illustrated in this chapter do not make any allowances

ASSIGNMENT 1

ASSIGNMENT 2

ASSIGNMENT 3

ASSIGNMENT 4

APPENDIX
I. Glossary . AI-1

II. Graphic Symbols for Aircraft Hydraulic and
 Pneumatic Systems . AII-1

III. Graphic Symbols for Electrical and Electronics Diagrams . AIII-1

IV. Deleted.AIV-1

V. References Used to Develop the TRAMAN . AV-1

INDEX