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Learn MoreEngineering Drawing For Dummies - Learn Engineering Graphics
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9,764 students
Engineering Drawing For Dummies - Learn Engineering Graphics
Interpret-Imagine-Draw
Last updated 10/2019
English
English [Auto],
What you'll learn
- Pass the Engineering Drawing Exam
- Pass the Engineering Graphics Exam
- How to use Mini Drafter(Manual Drafting)
- Imagine Isometric View from Orthographic Views and vice versa
- Generate Front View Top View and Side View from Isometric View (3D to 2D views)
- Projection Of Solids
- Section Of Solids
- Be able to imagine Solids in HP & VP
- Use of 2H Pencil, H Pencil and HB Pencil.
- Conics- Ellipse, Parabola, Hyperbola & Circle.
- Special Curves - Involutes,Cycloid, EpiCycloid and HypoCycloid.
- Auxillary View/True Shape
- Generate 3D Views (Section 7- Isometric Views) ....For Artists and Painters
Explore related topics
Course content
9 sections • 120 lectures • 22h 4m total length
- Course Content1:24
- What Is Engineering Drawing?10:16
- Instruments Required14:40
- Basic Shapes32:35
- Dimensioning Rules15:00
Master dimensioning rules in engineering drawing to show size, location, and orientation using diamond dimensions, alignment, and proper numbering for clear interpretation.
- Approach Towards The Course6:52
- Introduction To Orthographic Projections15:25
- Exercise 019:56
This exercise guides students in creating an engineering drawing from multiple views, including the left side, front, and top, highlighting correct angles, proportionality, and error correction through proper dimensioning procedures.
- Exercise 028:50
Work through exercise 02 by constructing an isometric view in engineering graphics, detailing part placement and color coding in print groups for a comprehensive drawing practice.
- Exercise 0311:58
- Exercise 0410:02
Practice perspective drawing fundamentals in exercise 04 by plotting lines, panels, and boxes from left and back perspectives to build precise engineering graphics.
- Exercise 059:01
- Exercise 068:49
Explore exercise 06 by analyzing how top and left side views reveal shapes like semicircles and rectangles, and learn to interpret overlapping features to solve engineering drawing questions.
- Exercise 0714:29
Practice orthographic projection to identify front and top views, depict holes with circles, and interpret complex scenes in exercise 07 of engineering drawing.
- Exercise 0821:00
Learn to visualize parts from front and top views, identify hollow holes and rectangular portions, and practice drawing accurate views for engineering graphics exams.
- Introduction To Projections Of Solids5:23
- Family Of Solids28:59
- Reference Planes (HP & VP)19:35
- Exercise 017:27
Draw the projections of a cylinder, resting on HP with one its base and axis parallel to VP. The diameter of base is 30mm and axis is 65mm long.
- Exercise 025:13
A cylinder with base diameter 30mm and axis 65mm long is resting on VP with one of its base and axis parallel to HP. Draw the projections of the cylinder.
- Exercise 0312:55
A cylinder with base 30mm diameter and 65mm long rests on a point of its base on HP such that the axis makes an angle of 30° with HP. Draw the projections of the cylinder.
- Exercise 0412:31
Draw the projections of a cylinder of 30mm diameter and 65mm long lying on the ground with its axis inclined at 30° to VP and parallel to the HP
- Exercise 056:37
Draw the projections of a cylinder of base 30mm diameter and axis 50mm long when its axis is 30mm away from HP and 30mm in front of VP.
- Exercise 065:16
Draw the projections of a cone, resting on HP with its base and axis parallel to VP. The diameter of base is 30mm and axis is 65mm long.
- Exercise 074:27
Draw the projections of a cone, resting on HP with its apex and axis parallel to VP. The diameter of base is 30mm and axis is 65mm long.
- Exercise 0814:26
A cone with base 30mm diameter and 65mm long rests on a point of its base on HP such that the axis makes an angle of 30° with HP. Draw the projections of the cylinder.
- Exercise 094:55
A cone with base diameter 30mm and axis 65mm long is resting on VP with its base and axis parallel to HP. Draw the projections of the cone.
- Exercise 1011:34
Draw the projections of a cone of 30mm diameter and 65mm long lying on the ground with its axis inclined at 30° to VP and parallel to the HP
- Exercise 116:49
Draw the projections of a cone of base 30mm diameter and axis 50mm long, when its axis is parallel to both the planes and 30mm away from them.
- Exercise 125:27
A square prism with side of base 40mm and axis 65mm long is resting with its base on HP. Draw the projections of the prism when one of its rectangular faces is parallel to VP. The axis of the prism is 40mm in front of VP.
- Exercise 134:01
A square prism with side of base 40mm and axis 65mm long is resting with its base on VP. Draw the projections of the prism when one of its rectangular faces is parallel to HP. The axis of the prism is 40mm above the HP.
- Exercise 148:54
A square prism with side of base 40mm and axis 65mm long is resting with an edge of its base on HP, such that the rectangular face containing that edge is inclined at 60° to HP. Draw the projections of the prism when its axis is parallel to VP.
- Exercise 158:33
A square prism with side of base 40mm and axis 65mm long lies on one of its faces on HP, such that its axis is inclined at 45° to VP. Draw the projections.
- Exercise 166:46
A square prism with side of base 40mm and axis 65mm long is parallel to both HP and VP. Draw the projections of the solid. The axis is 40mm above HP and 42mm in front of VP.
- Exercise 174:22
A square pyramid with side of base 40mm and axis 65mm long is resting with its base on HP. Draw the projections of the pyramid when one of its base edges is parallel to VP. The axis of the pyramid is 40mm in front of VP.
- Exercise 182:41
A square pyramid with side of base 40mm and axis 65mm long is resting with its base on VP. Draw the projections of the pyramid when one of its triangular faces is parallel to HP. The axis of the prism is 40mm in front of HP.
- Exercise 198:59
A square pyramid with side of base 40mm and axis 65mm long is resting with an edge of its base on HP, such that the triangular face containing that edge is inclined at 60° to HP. Draw the projections of the pyramid when its axis is parallel to VP.
- Exercise 207:25
A square pyramid with side of base 40mm and axis 65mm long lies on one of its faces on HP, such that its axis is inclined at 45° to VP. Draw the projections.
- Exercise 216:04
A square pyramid with side of base 40mm and axis 65mm long is parallel to both HP and VP. Draw the projections of the solid. The axis is 40mm above HP and 42mm in front of VP.
- Exercise 226:49
A triangular prism with side of base 30mm and axis 55mm long is resting on one of its base on HP. If one of its rectangular faces is Perpendicular to VP and the nearest edge parallel to VP is 10mm from it, draw its projections.
- Exercise 235:29
A triangular prism with side of base 30mm and axis 55mm long lies with one of its longer edges on HP such that its axis is perpendicular to VP. Draw the projections of this triangular prism when the base nearer to VP is at a distance of 15mm from it.
- Exercise 244:43
Draw the projections of a triangular prism of side 30mm and length 55mm when its axis is parallel to both planes.
- Exercise 258:07
A triangular prism with side of base 30mm and axis 60mm long is resting with an edge of its base on HP, such that the rectangular face containing that edge is inclined at 55° to HP. Draw the projections of the prism when its axis is parallel to VP.
- Exercise 269:03
A TRIANGULAR prism with side of base 30mm and axis 55mm long lies on one of its faces on HP such that its axis is inclined at 45° to VP. Draw the projections.
- Exercise 274:58
A triangular pyramid with side of base 30mm and axis 55mm long is resting with its base on HP and one of its edges of its base is parallel to VP.
- Exercise 284:19
A triangular pyramid with side of base 30mm and axis 55mm long is resting with its base on HP and one of its edges of its base is perpendicular to VP.
- Exercise 293:58
A triangular pyramid with side of base 30mm and axis 55mm long is resting with its base on VP and one of its edges of its base is parallel to HP.
- Exercise 304:01
A triangular pyramid with side of base 30mm and axis 55mm long is resting with its base on VP and one of its edges of its base is perpendicular to HP.
- Exercise 315:14
Draw the projections of a pentagonal prism of side 30mm and axis 60mm long such that it is resting on its base on HP and one of its rectangular faces is perpendicular to VP.
- Exercise 325:38
Draw the projections of a pentagonal prism of side 30mm and axis 60mm long such that it is resting on its base on HP and one of its rectangular faces is parallel to VP.
- Exercise 335:25
A pentagonal prism of side 30mm and axis 60mm long rests on HP with one of its rectangular faces such that the axis is perpendicular to VP. Draw the projections of the solid.
- Exercise 3413:05
A pentagonal prism of side 30mm and axis 60mm long is resting with an edge of its base on HP, such that the rectangular face containing that edge is inclined at 60(Degree) to HP. Draw the projections when the axis of the prism is parallel to VP.
- Exercise 3512:57
Practice constructing a prism with a 45-degree inflation angle to the reference plane, using a perpendicular axis, and develop top and front views for accurate engineering graphics.
- Exercise 366:05
Learn to visualize and draw a pentagonal pyramid with five triangular faces, resting on a horizontal plane, with correct perpendicular relations and projection from top and front views.
- Exercise 374:47
- Exercise 3812:41
Exercise 38 guides students to visualize a pyramid standing on a base edge on a plane, tilt for front view, apply five basic principles, and refine accuracy through eyeball positioning.
- Exercise 394:54
- Exercise 409:28
- Exercise 418:14
- Exercise 425:05
Practice drawing a prism resting on its base, with a rectangular face perpendicular to VP, and explore the six rectangular faces plus the top and bottom orientation.
- Exercise 436:31
- Exercise 445:50
Demonstrate orienting two prisms resting on a rectangular face with the axis perpendicular, rotating to 90 degrees, and deriving final views showing three rectangles and a hexagon.
- Exercise 4512:57
Analyze exercise 45: determine the prism’s inclination and axis alignment as it rests on a base corner, rotating the solid to read angles and relations in engineering drawing.
- Exercise 4611:16
- Exercise 475:19
- Exercise 484:45
- Exercise 495:00
Explore engineering drawing by solving exercise 49: draw the projections of a pyramid resting on its base on VP, with front view showing a hexagon and top view revealing triangles.
- Exercise 5011:15
Examine a pyramid with its axis at 45 degrees to the vertical plane, resting on the base plane, and use top view to locate the resting edge for engineering drawing.
- Introduction To Section Of Solids8:53
- Exercise 0112:05
- Exercise 0211:19
- Exercise 0311:48
- Exercise 048:55
- Exercise 059:23
Explore an inclined section of a resting cylinder using a 60-degree plane in engineering drawing. View the resulting front and top views, with a perpendicular axis and detailed sectional delineation.
- Exercise 068:06
- Exercise 079:22
- Exercise 0810:43
Explore engineering drawing exercises that demystify orthographic projections of a pyramid, including base and apex positions, footprint analysis, and front and top view construction using perpendicular planes.
- Exercise 099:59
- Exercise 108:35
- Exercise 1113:38
Exercise 11 analyzes a pyramid resting on one triangular face, guiding the placement and orientation using isometric and top views and bisecting the axes in engineering drawing.
- Exercise 128:57
- Exercise 137:51
- Exercise 148:12
In exercise 14, construct an engineering drawing by forming a rectangular base, creating an inclined plane parallel to BP at a given angle, and reveal the top section.
- Exercise 1518:20
- Exercise 1613:30
Explore exercise 16 by projecting a cruise ship through a 45-degree plane to obtain front and isometric views, observe the ellipse, and confirm the true shape.
- Exercise 1712:59
- Exercise 1814:37
Explore exercise 18 in engineering drawing by constructing a pyramid footprint with inclined planes, determining the plane angles relative to the base plane, and visualizing section planes.
- Exercise 1919:11
- Introduction To Development Of Surfaces9:56
- Exercise 019:59
Develop a conical surface from a circular base by using generators and projecting from the top and front views, determine the apex angle, and present the final surface.
- Exercise 026:27
Learn to develop a square pyramid by visualizing a hollow surface, assembling four triangular faces, and drawing the base and the complete net through re-alignment.
- Exercise 035:04
- Exercise 046:21
- Exercise 059:03
- Exercise 0618:40
- Exercise 0716:49
Develop the surface of a hollow cylinder cut by a 45-degree plane through the left base corner, illustrating the elliptical section and its unrolled development.
- Exercise 0811:41
- Exercise 0916:03
- Exercise 1014:08
- Introduction To Isometric Views8:32
- Exercise 0112:19
- Exercise 028:54
- Exercise 0315:49
- Exercise 0415:37
- Exercise 0513:58
Engage in exercise five of engineering drawing by visualizing a rectangular block with a hole from the front, top, and left side views, while managing hidden lines and visible edges.
- Exercise 0610:43
- Exercise 0730:17
- Exercise 0836:39
Explore isometric views and multi-view drawing through front and top views, hidden lines, and holes in exercise 08.
- Introduction To Geometrical Constructions12:09
Explore geometrical constructions in engineering drawing, covering conics (circle, ellipse, parabola, hyperbola) and special curves such as cycloid and involute, including epicycloids and hypocycloids.
- Exercise 01 - Ellipse by Concentric Circle Method9:28
- Exercise 02 - Ellipse by Eccentricity Method16:01
- Exercise 03 - Parabola by Eccentricity Method6:59
- Exercise 04 - Parabola by Rectangular Method7:02
Learn to construct a parabola using the rectangular method in engineering drawing, configuring dimensions and angles, and applying guidelines to achieve accurate distances.
- Exercise 052:04
Explore exercise five's discussion of angle choices, especially around 90 degrees, and how to approach solving the problem in engineering drawing.
- Exercise 06 - Hyperbola by Eccentricity Method13:26
- Exercise 07 - Cycloid12:12
- Exercise 08 - Epicycloid16:07
- Exercise 09 - Hypocycloid21:55
- Exercise 10 - Involutes25:31
- Projection of Lines & Planes1:10:55
Requirements
- You should be Enrolled in Engineering or Diploma school
- You must have stationery such as Mini-drafter, pencils and erasers etc.
- You should be able to use PC or Smart phone at beginners level.
Description
This course is designed to suit Engineering Student or Diploma Students whose curriculum includes Engineering Drawing or Engineering Graphics. This is probably the best course available on the whole web as every question is explained and drawn by the instructor himself. Yes, you got it right, you just need to follow the instructor and draw simultaneously with him. This means you will have no doubt whatsoever to draw Engineering Drawings.
Who this course is for:
- Engineering Students
- Anyone who wish to learn Auto Cad, Solid Works and other Modelling Soft wares in the near future.
- Diploma Students
- Polytechnic Students