AutoCAD

About AutoCAD Course

AutoCAD is a powerful computer-aided design (CAD) software developed by Autodesk. It is widely used in various industries, including architecture, engineering, construction, and manufacturing, for creating both 2D and 3D drawings and models.

AutoCAD’s versatility, precision, and extensive toolset make it a valuable tool for professionals in a wide range of industries, from architects and engineers to product designers and manufacturers, for both 2D and 3D design and drafting tasks.

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Why Choose Us

  1. From Fundamentals to Advanced: SKYSYS Engineering cover AutoCAD from the ground up, starting with the basics and gradually progressing to advanced topics. No matter your current skill level, you’ll find value in this course.

  2. Hands-On Experience: SKYSYS Engineering believe in learning by doing. Throughout the course, you’ll work on hands-on projects and exercises to reinforce your understanding of React.js concepts. Expect to build real-world applications.

  3. Interactive Learning: SKYSYS Engineering training sessions are highly interactive, allowing you to engage with instructors and fellow students. You’ll have opportunities to ask questions, seek clarification, and collaborate on projects.

  4. Project Portfolio: By the end of the course, you’ll have a portfolio of React.js projects to showcase to potential employers. These projects will demonstrate your expertise and problem-solving abilities.

  5. Flexibility: SKYSYS Engineering understand that life can be busy, so we offer flexible training options. Choose from in-person classes, live online sessions, or self-paced modules to fit your schedule and learning style.

  6. Small Class Sizes: SKYSYS Engineering maintain small class sizes to provide personalized attention to each student. This fosters a supportive learning environment where your questions are always welcome.
  7. Career Guidance: We’re not just focused on teaching; we’re invested in your success. Our career guidance and job placement assistance help you transition into a rewarding career in design or engineering.

AutoCAD Course Content

AutoCAD 2D

DAY : 1

 Introduction To Auto CAD
 User interface of Auto cad (UI)
 Workspaces Switching
 Command description
 Use of mouse and keyboard
 Different Selection Methods
 Line Command
 Pick Point Method
 Absolute, Relative and Polar System
 Ortho Method
 Zoom and Erase

DAY : 2

 Units
 Drafting Settings (OSnap and Otrack)
 Dynamic Input
 Options
 Properties Tab (Line type, line weight, Object Color)
 Dimensions and Dimensions Style

DAY : 3

 Circle (Centre Rad/Dia, 2 point, 3 point, ttr,ttt)
 Rectangle (Chamfer, Fillet, Width)
 Polygon (Inscribed, Circumscribed)

DAY : 4

 Ellipse (Centre axis and elliptical arc)
 Arc
 Fillet and Chamfer

DAY : 5

 Move, Copy, Rotate
 Offset
 Trim, Extend

DAY : 6

 Mirror, Join, Break
 Stretch and Scale
 Explode

DAY : 7

 LIMITS (ON/OFF/COORDINATE)
 Match Properties
 Polylines and Polylines Edit

DAY : 8

 Layers
 Layers ON/OFF, Freeze, Lock
 Layer Isolate/Un Isolate

DAY : 9

 Text and Text Style
 Single line and Multiline text
 Spell
 Hatch and Hatch Edit
 Open Area Hatch

DAY : 10

 Table and Table Style
 Array (Rectangular, Polar and Path)
 Area
 X‐Line and Ray

DAY : 11

 Building Planning Techniques and Vastu Shastra
 Elevations and Sections
 Building Plans
 Group and Group Edit
 Boundary

DAY : 12

 Spline
 Multiline and Multiline Style
 Multileader and Multileader Style
 Parametric Tab (Geometric and Dimensional Constraints)

DAY : 13

 Divide and Measure
 Lengthen
 Quick Calculator
 Quick Properties
 Advance Selection Methods (Quick Select, Filter, Selection
Cycle)

DAY : 14

 Design Centre
 Tool Pallets and Tool Pallets Creation
 Layout and Template Creation
 Print and Publish Settings

DAY : 15

 Create Block and Insert Block
 Block Editor and Dynamic Block
 Attributes, Edit Attributes
 Block Attribute Manager
 Attribute Display

DAY : 16

 Data Extraction
 Raster image reference and Clip
 Ole Object
 Hyperlink
 E‐Transmit
 Edit Menu

DAY : 17

 X‐ref and X‐bind
 Reference Edit
 Import and Export
 Express Tools
 Auto Number, Arc Aligned Text, Break line symbol
 Super Hatch
 List Properties

DAY : 18

 Introduction to 3D
 View Manager
 3D Navigation
 Visual Style
 3D Polyline and Polysolid

DAY : 19

 3D Solids
 Box, Cylinder, Cone
 Sphere , Pyramid, Wedge, Torus

DAY : 20

 Extrude and Loft
 Revolve, Intersect and Region
 Subtract and Union

DAY : 21

 Press/Pull
 Sweep and 3D Align
 Shell

DAY : 22

 Dynamic UCS
 Rotate 3d, Mirror 3D
 Fillet, Chamfer

DAY : 23

 Section Plane
 Solid Edit (Face, Edge and Body)
 Surface Edit
 Thicken

DAY : 24

 Mesh
 Material
 Render

DAY : 25

 Motion Path and Animation
 Lights

DAY : 26-30

PROJECT

AutoCAD 3D

DAY : 1

 Introduction
o Survey
o Land Development
o Transportation
o AutoCAD Civil 3D

DAY : 2

 Working with Point Data
o Creating and Editing Points
 Miscellaneous
 Intersection
 Slope
 Interpolate
o Point Styles
o Point Group
o Import/Export Point

DAY : 3

Workflow
Graphical User Interface
Additional Currencies
Catalog
Create a New Catalog
Export and import

DAY : 4

 Project
Convert Manual Survey Data to Points

DAY : 5

 Surface
o Creating Surfaces
o Modifying Surfaces

DAY : 6

o Surface Styles
o Surface Label Styles
o Analyzing a Surface

DAY : 7

o Direction
o Elevation
o Slope
o Slope Arro

DAY : 8

 Water Shed
 Water Drop

DAY : 9

 Catchment Area
 Viewing a Surface in 3D
 Volume Calculation

DAY : 10

 Site Design – Parcel
o Creating Sites
o Creating Parcels

 From Object
 By Layout

DAY : 11

o Creating Right Of Way
o Editing Parcels
o Labeling Parcels
o Creating Tables

DAY : 12

 Project
o Create a Real Estate Layout
o Create a Town Planning Layout

DAY : 13

 Site Design – Alignment
o Creating Alignments from Polyline
o Labeling Alignments
o Creating Tables

DAY : 14

Site Design – Profiles
o Creating Surface Profiles and Profile Views

DAY : 15

o Creating Layout Profiles
o Editing Profile Geometry
o Labeling Profiles and Profile Views

DAY : 16

 Site Design – Assemblies and Corridors
o Creating Assemblies
o Creating Corridor Models

DAY : 17

 Creating Corridor Surface

DAY : 18

 Site Design – Grading and Quantities
o Creating Feature Lines
o Creating Interim Grading Surfaces

DAY : 19

o Creating Final Grading Surfaces and
Calculating Volumes
o Labeling Final Grading Surface

DAY : 20

 Project
o Create a Plain Corridor Design
o Create an Intersection Corridor Design

DAY : 21

 Site Design – Pipes
o Creating Pipe Networks
o Drawing and Editing Pipe Networks
o Labeling Pipes

DAY : 22

 Transportation – Alignment
o Introduction

o Designing Criteria-Based Alignments
o Applying Super elevation

DAY : 23

 Transportation – Assemblies and Corridors
o Creating and Modifying Transportation
Assemblies
o Creating Transportation Corridors
o Creating Transportation Corridor Surfaces
o Modeling Road Designs in 3D

DAY : 24

 Transportation – Sections and Quantities
o Creating Sample Lines
o Calculating Corridor Quantities
o Creating Quantity Reports
o Creating Section Views

DAY : 25

 Project
 Develop a Transportation Corridor

DAY : 26

 Manage Data
o Plan Production
o Working with Data Shortcuts and Reference
Objects

DAY : 27-28

 Create Parcels
o Develop Transportation Corridor
o Plan Production

DAY : 29-35

Major Project

Career Opportunities

AutoCAD 2D and 3D skills open up a wide range of career opportunities across various industries, as this software is a fundamental tool for design, drafting, and modeling.

Architect

Architects use AutoCAD to create detailed 2D drawings and 3D models of buildings and structures. They work on everything from residential homes to large commercial complexes.

Civil Engineer

Civil engineers use AutoCAD for planning, designing, and managing infrastructure projects, such as roads, bridges, and water supply systems.

Mechanical Engineer

AutoCAD is essential for mechanical engineers to design and develop machinery, mechanical systems, and product components in both 2D and 3D formats.

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