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From this lecture onwards we will be going to start our AutoCAD, This is an introductory lecture that will make you familiar with the
History of AutoCAD.
Topics that we will cover in this course.
Workbench of an AutoCAD.
The Ortho mode in AutoCAD is used to restrict cursor movement to specific directions. It allows the cursor movement only in the vertical and horizontal direction.
Identify beginner mistakes in AutoCAD, such as unit missettings and hidden command boxes. Learn fixes like restoring the command box with Ctrl+9 and using zoom extent to see long lines.
Learning basic shapes are important! Since all the drawing are made using basic shapes only.
In this lecture, we will going to learn about
Circles & it's different approaches.
1. Centre, Radius
2. Centre, Diameter
3. 2 Point Circle, 3 Point Circle
4. Tan Tan Radius & Tan Tan Tan
Explore arc geometry in AutoCAD, from basic definitions to 360 degrees, and master arc types like start-center-end, three-point, start-direction, and continuing arcs for precise drafting.
The rectangle command is used to create rectangles in our drawing.
There are two methods to draw a rectangle. In the first method, we can create rectangles randomly by specifying the points. In the second method, we can create rectangles by specifying the value (length and width), Area.
Explore construction lines and infinite lines in AutoCAD, learning to access the draft toolbar, set a starting point, and create one-sided or two-sided infinite lines.
Compare polyline with line in AutoCAD, showing how a polyline forms a single entity, enabling editing of shapes and rectangles, and its relevance for 3D and 2D tools like fillets.
This exercise will help you in creating your first drawing in AutoCAD, we will be focusing mainly on line command in this Exercise.
Master the line command to construct an 'A' section in AutoCAD by using reference lines, symmetry, precise measurements, and join and delete techniques to create x sections and a triangle.
Trim is one of the most important editing tools, It helps you in trimming out certain portion of your drawing. In this lecture we will be learning that how we can use the trim command, and in the next lecture we will be looking for some of the important properties related to the trim.
Explore advanced trim options in AutoCAD, including crossing, fence, and edge, with extend and no extent control, learning how intersections determine trim and how to undo or erase actions.
Feet & Inches is the basic measuring unit in which we use AutoCAD for Civil & Architectural Drawings.
Like to draw a house plan(Section or Elevation), we have to use feet and inches, since it would be very difficult to represent units in millimeters.
Master AutoCAD with an exercise-driven lesson on the trim command, creating magnet-like figures from concentric circles and center lines using 30 mm and 50 mm diameters.
The polygon command is used to create polygons in AutoCAD. We need to specify the number of sides to create a polygon.
Different methods to use polygon are
1. Inscribed Circle Method.
2. Circumscribed Circle Method.
Learn to create flexible shapes in AutoCAD using the spline tool, including fit point and control vertices, adding or removing points, and converting between types.
Status Bar is located in the downward section of your AutoCAD Workbench and it contains the tools that we make your task easy, basically the tools that are found over here are the kinds of supporting tools.
In the above sections, we have seen the "Ortho Command" that is a part of Status Bar, and it restricts the motion of cursor that helps you in creating the straight line, Similarly, in this section also, we will be going to learn some of the important tools of the Status bar like Snaps, Polar Tracking, etc.
Snap restricts the movement of the crosshairs cursor to an interval that you define.
Explore advanced object snap properties in AutoCAD, including endpoint, center, midpoint, tangent, quadrant, apparent intersection, and point snaps, with filters and shift-right-click techniques.
In this section, we will be looking for some of the editing tools that helps in creating some of the edit features like Fillets, Chamfer, we will also be looking for all kinds of manipulation tools, like, Move, Copy, Rotate, Scale. These tools may look complicated but once we learning the basic concepts and procedure to use them, you will find them easy.
These command are very much used in Civil or Architectural Plans, these tools are frequently used in creating staircase, Front Elevation of building, etc.
The offset command in AutoCAD is used to create parallel lines, concentric circles, and parallel curves.
Offset command is very popular in creating staircases in civil plans.
Mirror command is mostly used to create symmetric objects like Car, etc.
The fillet command is used to create rounded edges between the adjacent lines and faces in 2D and 3D.
Master the chamfer command in AutoCAD by exploring distance-distance and distance-angle methods, applying chamfers to lines and polylines, and using the multiple input option for repeated operations.
Apply fillet and field commands to construct precise AutoCAD shapes, using circles, offsets, trims, and centers to create a village-like figure.
Learn to design a floorplan in AutoCAD by applying fillet and chamfer, setting engineering units and precision, offsetting six-inch walls, trimming and extending lines, and adding a five-foot radius.
Let's see how we can create a House plan in AutoCAD, here, we are going to see the use of tools like, line, offset, trim, etc.
Explore the hatch command in AutoCAD, applying patterns to closed areas, adjusting scale, angle, transparency, and color. Learn associative versus non-associative hatch and how the hatch editor behaves during edits.
Explore solid and gradient hatch techniques in AutoCAD to fill boundaries with a single color or multiple colors. Adjust transparency and edit hatch properties to refine color and gradient patterns.
Learn to use the hatch command in AutoCAD with a new boundary set to hatch inside internal boundaries, including object selection and color options.
Control draw order in AutoCAD to manage overlapping circles and hatches, moving items to the top, front, or back using the draw order tool.
Practice building a complex hatch-filled figure in AutoCAD by breaking it into basic steps, drawing center lines and circles, connecting with tangents, trimming, and applying hatch with the proper scale.
Explore AutoCAD's array tool, blending offset and copy to create patterns. Learn rectangular arrays: select the object, set rows and columns, and adjust spacing; polar and path arrays follow.
Explore the properties of an array in AutoCAD, including associating and breaking instances, using exclude to break links, editing the source, replacing items, and handling base points for precise edits.
Learn to create a polar array in AutoCAD by selecting objects, defining a center point, and adjusting items, between angle, and fill angle to propagate circularly.
Apply polar array and mirror commands to build a symmetric AutoCAD figure around a centerline. Follow the practice manual to create a six-sided added part with circles, trim, and reflections.
Practice polar array with six instances in AutoCAD by constructing center lines and circles of 40 and 62 diameter, trimming, mirroring, and tangent arcs with a 200 diameter circle.
Learn to use pitch circle diameter (PCD) in AutoCAD by building concentric circles and holes, pattern with a circular array, and refine center lines for precise bolt-hole layouts.
Learn how to create and edit multi-line text in AutoCAD, overcoming single-line text limits by using the multi-line text editor to format paragraphs, bullets, spacing, fonts, colors, and alignment.
Learn to create AutoCAD dimensions with linear, line, and angular options, including radius and diameter for circles and arcs. Explore extension lines and how to handle scale issues for dimensions.
Master adding and editing leaders in AutoCAD, linking arrowheads to text for annotations, and using single or multi leader with proper text editor workflows.
Create and customize a basic AutoCAD table by inserting from data or Excel, adjusting columns, rows, and styles, and editing content directly at the insertion point.
Learn to apply linear and diameter dimensions in AutoCAD, including inserting a diameter symbol via the text editor and adjusting precision to annotate circles, arcs, and center-to-center distances.
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A Comprehensive Learning Experience
150+ Lectures, 21 Hours of On-Demand Videos on AutoCAD 2D & 3D
100+ Exercises, Assignments, Quizzes and Mock Test!
A Dedicated Module on the Use of AI in AutoCAD
Topics that we cover in this course.
2D Drafting(AutoCAD 2D): AutoCAD is popular for its 2D Drafting, It provides very flexible tools that makes the job easy. We will be spending a lot of time in this section and we will be covering all the basic shapes tools, like Line, Circle, Rectangle, Polygon, etc.
We will also going to see the important editing tools like trim, move, scale, etc. Here we are also going to learn about the important concepts that will help you in making your designs comprehensive
Some of the major concepts that we cover are
1. Important Tools on Status Bar- This tools will help you in precise snapping of different objects.
2.Important Editing Tools- Here, we will going to learn about the tools that will help you in editing the drawings that we create, because without editing it is difficult to generate the complex features.
3.Different Kinds of Hatches and Arrays- These tools are important for both AutoCAD Mechanical & Architectural Designs, we will learn all the aspects of these tools.
4.Diiferent types of Annotations- Only the drawings are not enough in the projects, there are text, symbols, dimensions representations, colors, etc. are also matters in creating your project successfully and defined, here in this section we will going to learn how to provide text, dimensions, symbols, tables, arrows and many more in your design.
5.Object Properties & Annotation Styles- Learn to add different colors, fonts, scales, etc. in your designs using these tools.
6. Concept of Layers- Divide your drawings in different sections according to your own choice using the concepts of layers
7. Learn Isometric Drawings- Learn to create different Isometric Drawings in AutoCAD, Yet another important features used in technical drawings.
8.Block, Attributes & Groups- These are important tools that will help you in organizing your drawing.
9. Learn Parametric Features- Parametric features will help you in providing the parameters to the drawings and then alter you can change these parameters to alter your design.
10. Learn Different Tools & Tricks to Increase Productivity- In AutoCAD, How fast and accurate you create the design matters a lot. In this section, you will learn different tools and tricks that will help you to create drawings faster, ultimately increasing your overall productivity.
11. Overview of a Floor Plan- In this section, we will going to design an architectural floor plan.
12. Use of different AI tool in AutoCAD- Nowadays AI(Artificial Intelligence) is playing a very active role in tech industries, Even in AutoCAD also, you can make some task very easy just by using AI.
After this section, you can easily able to create 2D Architectural Designs, Mechanical Designs, Electrical Designs and many more.
3D Modeling(AutoCAD 3D): 3D Modeling is also an important part of AutoCAD. You can create amazing 3D Models in AutoCAD, but the point is that, you should know the important tools and view concepts,
In this section, we will learn about the tools like Extrude, Revolve, Presspull, Sweep, etc.
We will also going to see some important editing tools like, fillets, chamfers, etc.
After this section, you can able to create Civil 3D, Mechanical 3D, & Other 3D Models.
Learning these concept will definitely help you when you are going to learn more advance 3D Modeling software like, SolidWorks, CATIA, 3DS Max, Revit MEP, Revit Architecture, etc.
It will also acts as a backbone if you want to learn AutoCAD Plant 3D or Fusion 360.
Plotting & Layout: Once you create your designs then you should able to print that into the sheets, Here we will be covering the concepts of how we can able to print our designs in standard paper sheets.