Engineering Graphics
  1. Introduction to Drawing
  2. Introduction to Drawing
  3. Drawing Instruments
  4. Drawing Instruments
  5. Drawing Sheets and Pencils
  6. Drawing Sheets and Pencils
  7. Introduction to Dimensioning
  8. Introduction to Dimensioning
  9. Dimensioning and Types of Dimensions
  10. Dimensioning and Types of Dimensions
  11. Principles of Dimensions
  12. Principles of Dimensions
  13. Types of Lines
  14. Types of Lines
  15. Lettering
  16. Lettering
  17. Writing
  18. Writing
  19. Layout of Drawing Sheet
  20. Layout of Drawing Sheet
  21. Geometrical Constructions
  22. Geometrical Constructions
  23. Construction of Polygons
  24. Construction of Polygons
  25. Construction of Pentagon
  26. Construction of Pentagon
  27. Construction of Tangent
  28. Construction of Tangent
  29. Construction of Hexagon
  30. Construction of Hexagon
  31. Scales
  32. Scales
  33. Construction of different types of Scales
  34. Construction of different types of Scales
  35. Plain Scale Problems (Part-1)
  36. Plain Scale Problems (Part-1)
  37. Plain Scale Problems (Part-2)
  38. Plain Scale Problems (Part-2)
  39. Diagonal Scale Problem (Part-1)
  40. Diagonal Scale Problem (Part-1)
  41. Diagonal Scale Problem (Part-2)
  42. Diagonal Scale Problem (Part-2)
  43. Vernier Scales (Part-1)
  44. Vernier Scales (Part-1)
  45. Vernier Scales (Part-2)
  46. Vernier Scales (Part-2)
  47. Comparative Scale
  48. Comparative Scale
  49. Engineering Curves - Conics
  50. Engineering Curves - Conics
  51. Ellipse
  52. Ellipse
  53. Ellipse by Six Different Methods
  54. Ellipse by Six Different Methods
  55. Construction of Parabola
  56. Construction of Parabola
  57. Parabola General Method
  58. Parabola General Method
  59. Parabola Tangent Method
  60. Parabola Tangent Method
  61. Parabola Rectangle Method
  62. Parabola Rectangle Method
  63. Parabola Parallelogram Method
  64. Parabola Parallelogram Method
  65. Half Transverse Axis
  66. Half Transverse Axis
  67. Hyperbola
  68. Hyperbola
  69. Rectangular Hyperbola
  70. Rectangular Hyperbola
  71. Inscribe a Parabola
  72. Inscribe a Parabola
  73. Intersecting arc Method
  74. Intersecting arc Method
  75. Cycloids
  76. Cycloids
  77. Simple Cycloid
  78. Simple Cycloid
  79. Epi-Cycloid
  80. Epi-Cycloid
  81. Hypo-Cycloid and Construction
  82. Hypo-Cycloid and Construction
  83. Involutes
  84. Involutes
  85. Problems Related to Involutes - 1
  86. Problems Related to Involutes - 1
  87. Problems Related to Involutes - 2
  88. Problems Related to Involutes - 2
  89. Problems Related to Involutes - 3
  90. Problems Related to Involutes - 3
  91. Problems Related to Involutes - 4
  92. Problems Related to Involutes - 4
  93. Unit-1 Long Answer and Question
  94. Unit–1 Short Question and Answers
  95. Multiple Choice Questions
  1. Introduction to Orthographic Projections
  2. Introduction to Orthographic Projections
  3. Projection of Points
  4. Projection of Points
  5. Problems on 3rd and 4th angle of projection
  6. Problems on 3rd and 4th angle of projection
  7. Problems on all possible projection
  8. Problems on all possible projection
  9. Projection of Straight Lines
  10. Projection of Straight Lines
  11. Problems on line parallel to VP to HP,HP to VP and both VP and HP
  12. Problems on line parallel to VP to HP,HP to VP and both VP and HP
  13. Problems of straight line parallel to VP and Inclined to HP and inclined to VP & HP
  14. Problems of straight line parallel to VP and Inclined to HP and inclined to VP & HP
  15. Problems of straight line inclined to both HP and VP
  16. Problems of straight line inclined to both HP and VP
  17. Projection planes
  18. Problems on True length 1
  19. Problems on True length 1
  20. Problems on True length 2
  21. Problems on True length 2
  22. Problems on True length 3
  23. Problems on True length 3
  24. Projections of Planes
  25. Projections of Planes
  26. Parallel to HP and Perpendicular to VP
  27. Parallel to HP and Perpendicular to VP
  28. Parallel to VP and Perpendicular to HP and both VP & HP
  29. Parallel to VP and Perpendicular to HP and both VP & HP
  30. Plane Inclined to One Plane
  31. Plane Inclined to One Plane
  32. Plane Parallel to HP
  33. Plane Parallel to HP
  34. Plane inclined to HP 1
  35. Plane inclined to HP 1
  36. Plane Inclined to HP 2
  37. Plane Inclined to HP 2
  38. Plane Inclined to HP 3
  39. Plane Inclined to HP 3
  40. Plane Inclined to HP 4
  41. Plane Inclined to HP 4
  42. Plane Inclined to VP 1
  43. Plane Inclined to VP 1
  44. Plane Inclined to VP 2
  45. Plane Inclined to VP 2
  46. Plane Inclined to Both HP and VP 1
  47. Plane Inclined to Both HP and VP 1
  48. Plane Inclined to Both Planes 2
  49. Plane Inclined to Both Planes 2
  50. Plane Inclined to Both Planes 3
  51. Plane Inclined to Both Planes 3
  52. Plane Inclined to Both Planes 4
  53. Plane Inclined to Both Planes 4
  54. Plane Inclined to Both Planes 5
  55. Plane Inclined to Both Planes 5
  56. Plane Inclined to both Planes 6
  57. Plane Inclined to both Planes 6
  58. Plane Inclined to both Planes 7
  59. Plane Inclined to both Planes 7
  60. Plane Inclined to both Planes 8
  61. Plane Inclined to both Planes 8
  62. Unit-2 Long Answer and Question
  63. Short Question and Answers
  64. Multiple Choice Questions
  1. Projection of Solids
  2. Projection of Solids
  3. Problem related to simple position 1
  4. Problem related to simple position 1
  5. Problem related to simple position 2
  6. Problem related to simple position 2
  7. Problem related to simple position 3
  8. Problem related to simple position 3
  9. Problem related to simple position 4
  10. Problem related to simple position 4
  11. Problem related to simple position 5
  12. Problem related to simple position 5
  13. Problem related to simple position 6
  14. Problem related to simple position 6
  15. Problem related to simple position 7
  16. Problem related to simple position 7
  17. Solid Inclined to One Plane H P
  18. Solid Inclined to One Plane H P
  19. Problem related to Solid Incline Plane
  20. Problem related to Solid Incline Plane
  21. Problem related Axis Incline to both Planes
  22. Problem related Axis Incline to both Planes
  23. Problem related to Axis Incline Plane 1
  24. Problem related to Axis Incline Plane 1
  25. Problems related to Axis Inclined to both the Plane 2
  26. Problems related to Axis Inclined to both the Plane 2
  27. Problem related to Axis Inclined to both the Plane - 3
  28. Problem related to Axis Inclined to both the Plane - 3
  29. Problem on Projection of Solids
  30. Problem on Projection of Solids
  31. Problem on Projection of a Cube
  32. Problem on Projection of a Cube
  33. Section of Solids
  34. Section of Solids
  35. Problem Based on Sectional Plane
  36. Problem Based on Sectional Plane
  37. Problem Based on Sectional Plane Triangular Prism
  38. Problem Based on Sectional Plane Triangular Prism
  39. Problem Based on Sectional Plane Pentagonal Pyramid
  40. Problem Based on Sectional Plane Pentagonal Pyramid
  41. Problem Based on Sectional Plane Perpendicular Pyramid
  42. Problem Based on Sectional Plane Perpendicular Pyramid

Introduction to Drawing

Introduction to Engineering Drawing and its Significance

• Drawing is an art of representing objects or forms on a flat surface or a canvas chiefly by means of lines, using wide variety of tools and techniques.

• Engineering Drawing is a graphical way to convey an unambiguous and accurate description necessary for engineered items.

• Engineering drawing is a two dimensional representation of three dimensional objects.

• In general, it provides necessary information about the shape, size, surface quality, material, manufacturing process, etc., of the object.

• It is the graphic language from which a trained person can visualize objects.

• The purpose of engineering drawing is to provide exact geometrical configuration for the construction or analysis of machines, structures or systems.

Drawing conveys the following critical information about the

(i) Geometry of the object

(ii) Dimensions of the object

(iii) Tolerances of the Object

(iv) Material of the object

(v) Quality of the object

Applications :

The subject in general is designed to impart the following skills.

• Ability to read and prepare engineering drawings.

• Ability to make free - hand sketching of objects

• Power to imagine, analyze and communicate

• Capacity to understand other subjects

Some Examples of the Drawing are given below:

Works can be completed without presence of an Engineer once his ideas are communicated in the form of drawing .

Feature :

1. Engineering drawing is the language of engineers.

2. Universal language.