This document provides an overview of a 21-day eBook to learn AutoCAD basics through practice projects. Each day focuses on a different skill, like using coordinates, lines, arrays, offsets, fillets, and more. Images of the projects are shown but no instructions. Readers must visit the original tutorial website listed to see the steps and learn how to complete each project successfully in AutoCAD.
This document introduces AutoCAD software. It defines AutoCAD as a software program used to design 2D and 3D images that provides tools for detailed product design and layout. AutoCAD can be used by designers to visualize imaginary product views and make changes before finalizing a design. It offers flexibility for implementing ideas and presenting designs to clients. AutoCAD is popular among architects, engineers, and builders for developing project layouts. It replaces traditional drafting methods and offers benefits like time savings, increased productivity, and quick 3D prototyping.
Vikas Mahajan gave a presentation on AutoCAD software. AutoCAD is a CAD software application used for 2D and 3D design. It was one of the first CAD programs to run on personal computers when initially released in 1982. The presentation demonstrated AutoCAD's capabilities like reducing complex tasks through associative features, decreasing errors with tools like IGES translation, and improving productivity with automatic dimensioning and intelligent symbols.
The document provides an overview of a six-week industrial training project on AutoCAD. It discusses the latest version of AutoCAD, the AutoCAD interface and screen, coordinate systems, toolbars, 2D and 3D commands, modeling, and benefits of using AutoCAD. The training was completed at Hi Tech Point Technologies and covered topics like dimensions, blocks, isometric views, and examples of drawings created during the course using various AutoCAD tools and commands.
This document provides an overview of AutoCAD, a commercial computer-aided design software. It discusses the history and applications of AutoCAD, including its use in architecture, engineering, graphic design, 3D printing, fashion, and industrial design. The document also outlines some of AutoCAD's key features such as storage and accessibility of files, 3D viewing capabilities, efficient revisions and modifications, speed, and accuracy of dimensions. Autodesk has developed several vertical programs built on the AutoCAD platform for specialized uses.
The document is an introduction to AutoCAD 2007 that teaches fundamental 2D concepts and commands. It discusses starting up AutoCAD, setting up drawing units and limits, and using commands like LINE, ERASE to create and modify simple geometric shapes. The LINE command is used to draw a five-point star as an example. Visual reference tools like GRID and SNAP are explained to help with object placement. Repeating commands and different selection methods are also covered.
AutoCAD is a 2D and 3D CAD software application developed and sold by Autodesk. It was initially released in 1982 and is used for mechanical, civil, architectural, and other design projects. AutoCAD provides tools for drafting and design work including lines, circles, arcs, polygons, splines, regions, and more. It is widely used in industries like architecture, engineering, and construction.
CorelDraw is a professional vector graphics software that includes additional tools like Corel TRACE and Corel PHOTO-PAINT. It uses Windows shortcuts and allows for custom shortcuts. The workspace can be configured by defining page size. There are basic drawing tools like Freehand, Rectangle, Ellipse, and Polygon tools. Dockers provide quick access to commands and allow modifying objects. The Transformation Docker precisely moves, rotates, mirrors, sizes, and skews objects. Fills and outlines can be set and objects aligned using various methods in the Arrange menu.
This document provides instructions for using various commands and tools in AutoCAD. It begins by explaining how to launch AutoCAD and type commands. It then covers using the mouse, zooming, panning, creating and opening drawings, undoing/redoing, and function keys. The document also provides step-by-step instructions for drawing lines, rectangles, circles, arcs, splines, and editing objects. It details commands for moving, copying, offsetting, extending, trimming, stretching, exploding, and breaking objects. In under 3 sentences, it outlines the key topics and commands covered for using AutoCAD.
This document introduces AutoCAD software. It defines AutoCAD as a software program used to design 2D and 3D images that provides tools for detailed product design and layout. AutoCAD can be used by designers to visualize imaginary product views and make changes before finalizing a design. It offers flexibility for implementing ideas and presenting designs to clients. AutoCAD is popular among architects, engineers, and builders for developing project layouts. It replaces traditional drafting methods and offers benefits like time savings, increased productivity, and quick 3D prototyping.
Vikas Mahajan gave a presentation on AutoCAD software. AutoCAD is a CAD software application used for 2D and 3D design. It was one of the first CAD programs to run on personal computers when initially released in 1982. The presentation demonstrated AutoCAD's capabilities like reducing complex tasks through associative features, decreasing errors with tools like IGES translation, and improving productivity with automatic dimensioning and intelligent symbols.
The document provides an overview of a six-week industrial training project on AutoCAD. It discusses the latest version of AutoCAD, the AutoCAD interface and screen, coordinate systems, toolbars, 2D and 3D commands, modeling, and benefits of using AutoCAD. The training was completed at Hi Tech Point Technologies and covered topics like dimensions, blocks, isometric views, and examples of drawings created during the course using various AutoCAD tools and commands.
This document provides an overview of AutoCAD, a commercial computer-aided design software. It discusses the history and applications of AutoCAD, including its use in architecture, engineering, graphic design, 3D printing, fashion, and industrial design. The document also outlines some of AutoCAD's key features such as storage and accessibility of files, 3D viewing capabilities, efficient revisions and modifications, speed, and accuracy of dimensions. Autodesk has developed several vertical programs built on the AutoCAD platform for specialized uses.
The document is an introduction to AutoCAD 2007 that teaches fundamental 2D concepts and commands. It discusses starting up AutoCAD, setting up drawing units and limits, and using commands like LINE, ERASE to create and modify simple geometric shapes. The LINE command is used to draw a five-point star as an example. Visual reference tools like GRID and SNAP are explained to help with object placement. Repeating commands and different selection methods are also covered.
AutoCAD is a 2D and 3D CAD software application developed and sold by Autodesk. It was initially released in 1982 and is used for mechanical, civil, architectural, and other design projects. AutoCAD provides tools for drafting and design work including lines, circles, arcs, polygons, splines, regions, and more. It is widely used in industries like architecture, engineering, and construction.
CorelDraw is a professional vector graphics software that includes additional tools like Corel TRACE and Corel PHOTO-PAINT. It uses Windows shortcuts and allows for custom shortcuts. The workspace can be configured by defining page size. There are basic drawing tools like Freehand, Rectangle, Ellipse, and Polygon tools. Dockers provide quick access to commands and allow modifying objects. The Transformation Docker precisely moves, rotates, mirrors, sizes, and skews objects. Fills and outlines can be set and objects aligned using various methods in the Arrange menu.
This document provides instructions for using various commands and tools in AutoCAD. It begins by explaining how to launch AutoCAD and type commands. It then covers using the mouse, zooming, panning, creating and opening drawings, undoing/redoing, and function keys. The document also provides step-by-step instructions for drawing lines, rectangles, circles, arcs, splines, and editing objects. It details commands for moving, copying, offsetting, extending, trimming, stretching, exploding, and breaking objects. In under 3 sentences, it outlines the key topics and commands covered for using AutoCAD.
This document provides an overview of AutoCAD and introduces its main features and tools. It discusses how to install and open AutoCAD, describes the basic user interface including menus, toolbars and command line. It also explains how to construct and modify drawings using tools like lines, circles, text, hatches, and modify tools like move, copy, erase. Layers and common mistakes are also covered. Support resources are listed such as lecture notes, exercises and afternoon classes to help students learn AutoCAD.
Google SketchUp is a 3D modeling software that allows users to visualize spaces in three dimensions. The document discusses various tools in SketchUp like the select, line, rectangle, and push/pull tools that allow users to create 3D models. It also covers navigation tools like orbit and pan, and measurement tools like the tape measure and dimensions tool. The overall document provides an overview of the basic tools and functions in Google SketchUp.
A section view shows internal or hidden parts of an object by depicting a cut through the object. There are several types of section views including full sections, which cut fully through the object, and half sections, which cut halfway. Section views are useful for visualizing internal features and how parts fit together in assemblies. Hatching is used in section views to indicate the cut surface and different patterns represent various materials.
This document discusses several techniques for 3D mesh construction and modeling:
Mesh construction involves modifying primitive shapes like boxes to create a rough draft model. Box modeling involves extruding and scaling faces of the model.
Extrusion modeling creates a 3D shape by extruding a 2D outline shape along a path defined by a second image from a different angle. This is used for modeling faces and heads symmetrically.
Primitive modeling uses basic geometric shapes like cubes, pyramids, cylinders and spheres as building blocks. 2D primitives like squares and triangles are also used.
Specialized modeling methods include sketch-based modeling for quick low-detail models and 3D scanning to automatically create high-detail
Computer-aided design (CAD) involves using computer software to design and model objects. The main benefits of CAD include increased accuracy, faster design iterations, easier collaboration, and integration with computer-aided manufacturing.
toolbars and axis , how to import file from autocad to sketchup , basic tools of sketchup , how to extrude walls , how to make a window (quick way ) , how to see dimensions, commands - position camera, walk and look around. All this can be learned in this presentation. A guide for beginners.
This document provides instructions for a series of AutoCAD exercises involving various drawing and editing tools:
1. Draw lines and circles using direct distance entry and object snaps.
2. Create rectangles, multi-line drawings, extend and offset lines, trim drawings, and learn object snaps.
3. Learn accurate input techniques.
This document provides an overview of various tools and commands in AutoCAD, including what AutoCAD is, how to use layers to organize a drawing, object snaps for precise placement, and modification commands like erase, copy, mirror, and trim. It also discusses how to use zoom and pan tools to view drawings at different magnifications. Layers allow organizing a drawing by turning sections on or off, and each element is drawn on a default layer controlled through the layer properties manager. Object snaps help precisely place objects using points like midpoint, endpoint, and intersection.
Learning AutoCAD is not an easy task.
This is "Learn AutoCAD Basics in 21 DAYS" an attempt to help you learn all the basics in AutoCAD in 21 DAYS while providing you all the tutorial you need.
Stop by to say hello
http://tutorial45.com
This document provides keyboard shortcuts for various commands and functions in AutoCAD. It lists one-key shortcuts organized by function keys across the top of the keyboard. It also lists hot keys organized alphabetically from A to Z, with a brief description of each command. General features, drawing modes, screen management, workflow management, and drawing management shortcuts are also outlined.
The document discusses isometric and oblique pictorial drawings. It defines pictorial drawings as 2D illustrations of 3D objects that show three faces in one view. There are three main types of pictorials: isometric, oblique, and perspective. Oblique pictorials start with a straight-on view of the front face and use angled parallel lines to represent depth. The two types of oblique pictorials are cavalier, which makes objects appear deeper, and cabinet, which provides a more realistic view. Isometric pictorials show three faces of a cube sharing a single point and appearing at 120 degree angles. The document provides examples and step-by-step instructions for creating isometric and ob
Sketchup is a 3D modeling program that allows users to create 3D objects in a 2D environment. This tutorial teaches basic Sketchup skills like navigating the interface, using various tools to create and modify shapes, adding text, grouping objects, and exporting files in the STL format for 3D printing or other uses. The tutorial provides step-by-step instructions on how to set up a project, build basic shapes, and perform other common modeling tasks in Sketchup.
This document provides an overview of 3D wireframe modeling in AutoCAD 2012. It discusses using the setup wizard to begin a new drawing, creating a wireframe model using the box method to define the 3D boundaries, and constructing the model by placing copies of 2D objects in 3D space and connecting points. The document also mentions repositioning the user coordinate system can aid in 3D modeling, and that constructing wireframes focuses on locating points to define the design.
This presentation provides an overview of AutoCAD software. It introduces AutoCAD as 2D and 3D computer-aided design software developed by Autodesk. The presentation outlines AutoCAD's history and versions. It describes the AutoCAD interface and coordinate system. It also summarizes several common 2D commands in AutoCAD and careers that involve using AutoCAD software.
This document discusses different types of section views including full sections, half sections, broken-out sections, removed sections, and offset sections. It addresses the proper placement of cutting planes and section lines, as well as common mistakes to avoid when creating section views. The purpose of section views is to reveal interior or hidden areas of an object by removing part of the material.
In this presentation, an introduction to Perspective Drawing has been given. All terms related to the topic has been defined and explained. And step by step procedure to draw One Point Perspective and Two Point Perspective is given at the end.
This document provides an overview of AutoCAD software and its applications. It discusses that AutoCAD has over 6 million users and is the 5th largest software company. It is used widely for 2D drafting and 3D modeling across many industries like engineering, architecture, and construction. The document outlines the tools used for 2D drafting like lines, rectangles, and modifying tools. It also summarizes 3D modeling tools like box, extrude, and presspull. It highlights the demand for AutoCAD skills in the job market and lists some partner companies that hire graduates with AutoCAD knowledge.
Orthographic projections provide accurate 2D representations of 3D objects through a collection of views. The six principal views - top, front, side, and three quarter views - are obtained by imagining the object placed in a glass box and unfolding the views seen from each side. The front view showing the most detail is chosen, along with the top and side views, with dimensions defined as width, depth, and height. Views can be first-angle or third-angle projections.
This document provides an overview and summary of a 6-week course on drawing and painting with acrylics. The course will cover acrylic materials and techniques, color theory basics, and principles of composition. Specific topics include working transparently with water, layering techniques using mediums, using a limited palette, creating balance through shapes and values, and incorporating acrylics into mixed media works. Examples of the instructor's acrylic paintings are included to illustrate techniques.
This document provides an overview of engineering drawing topics including:
- Drawing instruments such as pencils, rulers, set squares, protractors, and compasses.
- Types of lines, lettering, dimensioning, and scales used in drawings.
- Plane geometry, conic sections, projections, sections of solids, and development of surfaces.
- Standards for drawings including title blocks with information like scales, dates, and part numbers.
- Methods of dimensioning including types of dimensions, arrangement of dimensions, and principles.
This document provides instructions for getting started with AutoCAD MEP 2009. It discusses extracting project datasets, and provides tutorials for working with mechanical, piping, electrical, and plumbing systems. The mechanical tutorial covers drawing duct to connect diffusers to a VAV box, and creating a cross section of the ductwork.
(Manual) auto cad 2000 visual lisp tutorial (autocad)Ketut Swandana
This document provides a tutorial for learning Visual LISP. It begins with an overview and outlines four lessons: 1) designing and starting a program to draw a garden path, 2) using debugging tools to step through the code, 3) adding functions to draw the path boundary, and 4) creating a Visual LISP project and dialog box interface. The goal is to teach Visual LISP concepts and debugging techniques through hands-on examples of building this garden path program.
This document provides an overview of AutoCAD and introduces its main features and tools. It discusses how to install and open AutoCAD, describes the basic user interface including menus, toolbars and command line. It also explains how to construct and modify drawings using tools like lines, circles, text, hatches, and modify tools like move, copy, erase. Layers and common mistakes are also covered. Support resources are listed such as lecture notes, exercises and afternoon classes to help students learn AutoCAD.
Google SketchUp is a 3D modeling software that allows users to visualize spaces in three dimensions. The document discusses various tools in SketchUp like the select, line, rectangle, and push/pull tools that allow users to create 3D models. It also covers navigation tools like orbit and pan, and measurement tools like the tape measure and dimensions tool. The overall document provides an overview of the basic tools and functions in Google SketchUp.
A section view shows internal or hidden parts of an object by depicting a cut through the object. There are several types of section views including full sections, which cut fully through the object, and half sections, which cut halfway. Section views are useful for visualizing internal features and how parts fit together in assemblies. Hatching is used in section views to indicate the cut surface and different patterns represent various materials.
This document discusses several techniques for 3D mesh construction and modeling:
Mesh construction involves modifying primitive shapes like boxes to create a rough draft model. Box modeling involves extruding and scaling faces of the model.
Extrusion modeling creates a 3D shape by extruding a 2D outline shape along a path defined by a second image from a different angle. This is used for modeling faces and heads symmetrically.
Primitive modeling uses basic geometric shapes like cubes, pyramids, cylinders and spheres as building blocks. 2D primitives like squares and triangles are also used.
Specialized modeling methods include sketch-based modeling for quick low-detail models and 3D scanning to automatically create high-detail
Computer-aided design (CAD) involves using computer software to design and model objects. The main benefits of CAD include increased accuracy, faster design iterations, easier collaboration, and integration with computer-aided manufacturing.
toolbars and axis , how to import file from autocad to sketchup , basic tools of sketchup , how to extrude walls , how to make a window (quick way ) , how to see dimensions, commands - position camera, walk and look around. All this can be learned in this presentation. A guide for beginners.
This document provides instructions for a series of AutoCAD exercises involving various drawing and editing tools:
1. Draw lines and circles using direct distance entry and object snaps.
2. Create rectangles, multi-line drawings, extend and offset lines, trim drawings, and learn object snaps.
3. Learn accurate input techniques.
This document provides an overview of various tools and commands in AutoCAD, including what AutoCAD is, how to use layers to organize a drawing, object snaps for precise placement, and modification commands like erase, copy, mirror, and trim. It also discusses how to use zoom and pan tools to view drawings at different magnifications. Layers allow organizing a drawing by turning sections on or off, and each element is drawn on a default layer controlled through the layer properties manager. Object snaps help precisely place objects using points like midpoint, endpoint, and intersection.
Learning AutoCAD is not an easy task.
This is "Learn AutoCAD Basics in 21 DAYS" an attempt to help you learn all the basics in AutoCAD in 21 DAYS while providing you all the tutorial you need.
Stop by to say hello
http://tutorial45.com
This document provides keyboard shortcuts for various commands and functions in AutoCAD. It lists one-key shortcuts organized by function keys across the top of the keyboard. It also lists hot keys organized alphabetically from A to Z, with a brief description of each command. General features, drawing modes, screen management, workflow management, and drawing management shortcuts are also outlined.
The document discusses isometric and oblique pictorial drawings. It defines pictorial drawings as 2D illustrations of 3D objects that show three faces in one view. There are three main types of pictorials: isometric, oblique, and perspective. Oblique pictorials start with a straight-on view of the front face and use angled parallel lines to represent depth. The two types of oblique pictorials are cavalier, which makes objects appear deeper, and cabinet, which provides a more realistic view. Isometric pictorials show three faces of a cube sharing a single point and appearing at 120 degree angles. The document provides examples and step-by-step instructions for creating isometric and ob
Sketchup is a 3D modeling program that allows users to create 3D objects in a 2D environment. This tutorial teaches basic Sketchup skills like navigating the interface, using various tools to create and modify shapes, adding text, grouping objects, and exporting files in the STL format for 3D printing or other uses. The tutorial provides step-by-step instructions on how to set up a project, build basic shapes, and perform other common modeling tasks in Sketchup.
This document provides an overview of 3D wireframe modeling in AutoCAD 2012. It discusses using the setup wizard to begin a new drawing, creating a wireframe model using the box method to define the 3D boundaries, and constructing the model by placing copies of 2D objects in 3D space and connecting points. The document also mentions repositioning the user coordinate system can aid in 3D modeling, and that constructing wireframes focuses on locating points to define the design.
This presentation provides an overview of AutoCAD software. It introduces AutoCAD as 2D and 3D computer-aided design software developed by Autodesk. The presentation outlines AutoCAD's history and versions. It describes the AutoCAD interface and coordinate system. It also summarizes several common 2D commands in AutoCAD and careers that involve using AutoCAD software.
This document discusses different types of section views including full sections, half sections, broken-out sections, removed sections, and offset sections. It addresses the proper placement of cutting planes and section lines, as well as common mistakes to avoid when creating section views. The purpose of section views is to reveal interior or hidden areas of an object by removing part of the material.
In this presentation, an introduction to Perspective Drawing has been given. All terms related to the topic has been defined and explained. And step by step procedure to draw One Point Perspective and Two Point Perspective is given at the end.
This document provides an overview of AutoCAD software and its applications. It discusses that AutoCAD has over 6 million users and is the 5th largest software company. It is used widely for 2D drafting and 3D modeling across many industries like engineering, architecture, and construction. The document outlines the tools used for 2D drafting like lines, rectangles, and modifying tools. It also summarizes 3D modeling tools like box, extrude, and presspull. It highlights the demand for AutoCAD skills in the job market and lists some partner companies that hire graduates with AutoCAD knowledge.
Orthographic projections provide accurate 2D representations of 3D objects through a collection of views. The six principal views - top, front, side, and three quarter views - are obtained by imagining the object placed in a glass box and unfolding the views seen from each side. The front view showing the most detail is chosen, along with the top and side views, with dimensions defined as width, depth, and height. Views can be first-angle or third-angle projections.
This document provides an overview and summary of a 6-week course on drawing and painting with acrylics. The course will cover acrylic materials and techniques, color theory basics, and principles of composition. Specific topics include working transparently with water, layering techniques using mediums, using a limited palette, creating balance through shapes and values, and incorporating acrylics into mixed media works. Examples of the instructor's acrylic paintings are included to illustrate techniques.
This document provides an overview of engineering drawing topics including:
- Drawing instruments such as pencils, rulers, set squares, protractors, and compasses.
- Types of lines, lettering, dimensioning, and scales used in drawings.
- Plane geometry, conic sections, projections, sections of solids, and development of surfaces.
- Standards for drawings including title blocks with information like scales, dates, and part numbers.
- Methods of dimensioning including types of dimensions, arrangement of dimensions, and principles.
This document provides instructions for getting started with AutoCAD MEP 2009. It discusses extracting project datasets, and provides tutorials for working with mechanical, piping, electrical, and plumbing systems. The mechanical tutorial covers drawing duct to connect diffusers to a VAV box, and creating a cross section of the ductwork.
(Manual) auto cad 2000 visual lisp tutorial (autocad)Ketut Swandana
This document provides a tutorial for learning Visual LISP. It begins with an overview and outlines four lessons: 1) designing and starting a program to draw a garden path, 2) using debugging tools to step through the code, 3) adding functions to draw the path boundary, and 4) creating a Visual LISP project and dialog box interface. The goal is to teach Visual LISP concepts and debugging techniques through hands-on examples of building this garden path program.
This document provides an introduction to the Graphisoft ArchiCAD Step by Step Tutorial. It discusses the concept of a virtual building as modeled in ArchiCAD, compared to traditional 2D CAD drafting. It also profiles how different architecture firms utilize ArchiCAD's virtual building tools in their design and documentation workflows. The introduction concludes by explaining how the step-by-step book and interactive content on the accompanying CD-ROM are intended to be used together to guide users through exercises to learn ArchiCAD.
This document provides a manual for a course on programming with Visual Basic 6.0. The manual covers topics such as the Visual Basic environment, creating forms and controls, setting properties, adding code to handle events, and creating different types of controls and applications like those with multiple forms and MDI interfaces. The objective of the course is to teach students how to design programs visually, code programs for the Windows environment using visual features, create event-driven programs, and work with arrays in Visual Basic. The course will be delivered through lectures and hands-on exercises in the classroom and computer lab.
5 Tips to Master Autocad - Ikya Global Educationikya global
AutoCAD is an indispensable resource for engineers and architects. Those with a certain amount of AutoCAD training would certainly vouch for its usefulness, but will also cringe at the difficulty in using the software. AutoCAD is not very difficult to learn if you understand the software’s concepts in a sequential manner. Here are a few tips that will help you master AutoCAD.
AutoSketch 10 Getting Started guide provides instructions on installing and using the AutoSketch software. It discusses installing AutoSketch, registering the product, repairing or uninstalling the software if needed. It also introduces the basic AutoSketch interface and functionality, including starting a drawing, using tools and properties, working with scales and coordinates. The guide aims to help new users transition from manual drafting to computer-aided design using AutoSketch.
This document provides an introduction to the ArchiCAD training series. It outlines the contents and purpose of Volume 1, which focuses on familiarizing users with ArchiCAD's modeling and documentation concepts through a hands-on approach. The document describes opening an example project file and exploring the ArchiCAD interface. It also gives an overview of the virtual building concept in ArchiCAD, where elements like walls exist as intelligent objects that understand different representations in 2D, 3D, and documentation views.
This document provides instructions for using the ArchiCAD 10 Interactive Training Guide. It includes an e-book, ArchiCAD project files, and instructional video clips. The guide walks users through building a sample architectural project in ArchiCAD while teaching core design, documentation, and presentation skills. It is recommended to install ArchiCAD 10 and the training guide, then open the provided chapter project files in ArchiCAD to follow along with the corresponding video clips. This allows the user to learn ArchiCAD skills interactively by watching instructions and repeating the steps in the software.
This document provides an overview of Autodesk Inventor Series 11, including:
- Getting started information such as file types, application options, and styles/standards
- How to view and manipulate models using zoom, pan, rotate, and other tools
- Importing and exporting various file formats like AutoCAD, Mechanical Desktop, SAT, STEP, and IGES
- Resources for learning Inventor such as tutorials, help documents, and skill builders
This document provides instructions for a project to design a microcontroller-based datalogger using KiCad. The project involves designing the schematic in several stages, creating a Git repository to manage revisions, laying out the PCB in 2 layers, adding 3D component models, and extending the design to 4 layers of copper. The goal is to practice skills with KiCad and manage the project using common EDA workflows.
This document provides an overview and introduction to the book "A Practical Guide to AutoCAD Civil 3D 2017". It includes information about the author, technical editor, and exercise data used in the book. The introduction describes the course objectives and prerequisites. It also explains conventions used like icons to indicate guidance and insights. Finally, it provides instructions for downloading and installing the dataset files needed to complete the exercises in the book.
The document provides a user guide for the GRAPHISOFT Virtual Building Explorer (VBE) software. It details the workflow of exporting 3D models from ArchiCAD for use in VBE, describes the VBE interface and navigation controls, and provides technical notes on rendering options, file formats and system requirements.
C# .net Interfacing with embedded system Raghav Shetty
Build your Custom based Human Machine Interface (HMI) C# with Embedded system. This book covers interfacing GSM modem, RFID and Interfacing with USB Relay
William Work gives a presentation on using AutoCAD to create 3D models suitable for 3D printing. He begins with an introduction and outlines what attendees will learn. The presentation covers the basics of 3D printing and best practices for modeling. It demonstrates AutoCAD's 3D tools like solids, extrusions, and booleans. As a case study, it walks through step-by-step creation of a Doric column using techniques demonstrated earlier. It concludes by discussing preparation and output of files for 3D printing.
This document is a tutorial book for learning the basics of Blender, an open-source 3D modeling, animation, and rendering software. The book was written by James Chronister and covers topics like the Blender interface, creating and editing objects, lighting, materials, textures, animation, and more. Each chapter includes explanations of the relevant Blender tools and concepts as well as practice exercises for readers to complete. The goal is to teach readers the fundamentals of using Blender for 3D modeling and animation in a classroom setting.
This document provides an introduction to getting started with Visual BASIC 6.0 programming. It discusses opening the BASIC interface and activating the code and output windows. It demonstrates how to write a simple PRINT statement to output the number 3 and how to execute the program. The document introduces the basic windows and interface for writing, running and viewing output of simple BASIC programs.
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This chapter describes creating a schematic design for a fan control module using OrCAD Capture. The design contains three subdesigns - a 12V to 5V converter, a 12V to 3.3V converter, and a smart multi-channel switch circuit. The tutorial guides the user through setting up a new project, adding the converter and switch circuits to the schematic, and providing a high-level overview of the completed design.
This document provides an overview and introduction to A Practical Guide to AutoCAD Civil 3D 2013 by Rick Ellis. It discusses the purpose and structure of the guide, which is to provide a practical learning experience for effectively using AutoCAD Civil 3D 2013. The guide focuses on real-world tasks and exercises rather than comprehensive coverage of all features. It also lists the objectives and prerequisites for users of the guide. The document describes how to install the required datasets and provides an overview of the guide's content and organization.
The document describes a senior project to design a progressive controller for water/methanol injection in forced induction vehicles. The system will have two operating modes - sport mode activates injection progressively after 10 psi of boost, while economy mode activates injection above 120 degrees Fahrenheit. It will incorporate a CAN bus to capture engine data. The project aims to model system behavior in Simulink and eventually create a physical prototype using an embedded processor. Due to COVID, the project was not fully completed but future work is planned.
Similar to Learn auto cad-basics-in-21-days-ebook (20)
This document contains property information for a site located at Rakoczi utca 4024 including the property number, address, site elevations, groundwater level, borehole details, neighboring streets and buildings, and a site map at a scale of 1:500 showing the location and borders. It also lists the name and Neptun code of the person who created the site map.
This document contains a cross-section diagram of a construction site along Rakoczi Utca at a scale of 1:100. The cross-section shows the existing ground levels and proposed building design. Several soil layers are indicated, including organic filling, yellow silt, and bluish gray clay. Groundwater levels are also noted from a measurement taken on April 19, 2019.
The document is a geotechnical site exploration report for a site located at Rakoczi utca 1-5 in Debrecen, Hungary. It was prepared for Abu-Alkhail For Construction Managements Co. by Abu-Alkhail Construction Labs. The site investigation found localized fills less than 20 feet deep over bedrock. Groundwater was encountered between 3.5 and 5.8 meters below ground surface. Based on soil testing and properties, the report recommends drilled shaft foundations to support design loads for any structures. Dewatering will likely be required for deeper excavations due to the permeable sandy soils encountered.
This geotechnical site exploration report summarizes the findings of subsurface exploration for a construction site in Debrecen, Hungary. Two boreholes were drilled to depths of up to 10 meters, encountering localized fills over bedrock. Groundwater was found between 3.5 to 5.8 meters deep. Based on field and laboratory testing, the report recommends drilled shaft foundations to support proposed signal poles and dewatering may be required for deeper excavations due to permeable sandy soils.
Jordan has experienced rapid urbanization and population growth, especially in Amman. Amman's area grew exponentially from 52 sq km in 1952 to over 1680 sq km in 2007, though with a relatively low population density compared to other major cities. This large urban sprawl strains infrastructure and natural resources. Rural to urban migration nearly doubled Jordan's urban population between 1952 and 2004, with over 70% now living in the three largest cities - Amman, Zarqa, and Irbid. Irbid also grew significantly over time from a small village of 50 houses in the 19th century to a population of over 350,000 by 1994 as more migrated from surrounding rural areas.
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Learn auto cad-basics-in-21-days-ebook
1.
2. Learn AutoCAD Basics in 21 DAYS – http://www.tutorial45.com 2
The primary aim of this eBook is to provide a set
of 2D practice projects that will challenge any CAD
beginner and help him/her learn whatever CAD
software he/she is longing to learn.
These projects originally appeared on
http://tutorial45.com where steps and all you
need to know to be able to complete them
successfully using the CAD software AutoCAD
were shown.
In this eBook, only images will be provided, and
links to the original article will be provided along
with project specifications.
3. Learn AutoCAD Basics in 21 DAYS – http://www.tutorial45.com 3
Disclaimer
The point here is not to show you how to work these projects
out. You will need to visit tutorial45.com if you will want to
learn how to replicate the following projects.
All project are laid here for information purpose only, and
there is a risk that all annotation are not provided, always
remember to visit the original post on tutorial45.com to find
a missing information, Nevertheless we are going to try
putting all information in this eBook.
Few projects will be appearing in double, this is meant to
separate annotations and avoid having a bunch of
unreadable information on a single image.
4. Learn AutoCAD Basics in 21 DAYS – http://www.tutorial45.com 4
Table of content
Disclaimer................................................................................................................................................ 3
Table of content ...................................................................................................................................... 4
Day 1 ....................................................................................................................................................... 5
Day 2 ....................................................................................................................................................... 6
Day 3 ....................................................................................................................................................... 7
Day 4 ....................................................................................................................................................... 8
Day 5 ....................................................................................................................................................... 9
Day 6 ..................................................................................................................................................... 10
Day 7 ..................................................................................................................................................... 12
Day 8 ..................................................................................................................................................... 14
Day 9 ..................................................................................................................................................... 16
Day 10 ................................................................................................................................................... 17
DAY 11................................................................................................................................................... 18
DAY 12................................................................................................................................................... 19
DAY 13................................................................................................................................................... 20
DAY 14................................................................................................................................................... 22
DAY 15................................................................................................................................................... 24
DAY 16................................................................................................................................................... 26
DAY 17................................................................................................................................................... 27
DAY 18................................................................................................................................................... 29
DAY 19................................................................................................................................................... 30
DAY 20................................................................................................................................................... 31
DAY 21................................................................................................................................................... 33
Links and Helpful Tools .......................................................................................................................... 34
Thank You.............................................................................................................................................. 35
5. Learn AutoCAD Basics in 21 DAYS – http://www.tutorial45.com 5
Day 1
This is the starting step. The point here is to understand the
concept of coordinates in AutoCAD. On this project you will
have to replicate the following image using the points of
coordinate annotated on the figure below.
Fig CAD 1
All information to help you accomplish this project can be
found at http://tutorial45.com/learn-autocad-basics-day-1/
6. Learn AutoCAD Basics in 21 DAYS – http://www.tutorial45.com 6
Day 2
Learning how to create line, play with angles, and rotate
existing objects.
All information to help you accomplish this project can be
found at http://tutorial45.com/autocad-exercise-01/
7. Learn AutoCAD Basics in 21 DAYS – http://www.tutorial45.com 7
Day 3
Learning how to relatively change the location of an object is
what you are supposed to be learning in this session. Learn
how to create an object at a specific position in the drawing
sheet.
All information to help you accomplish this project can be
found at http://tutorial45.com/learn-autocad-basics-day-3/
8. Learn AutoCAD Basics in 21 DAYS – http://www.tutorial45.com 8
Day 4
Here, you will have to learn that there is more than a way to
reach a goal in AutoCAD. You will have to learn how to use
the features of the status bar.
All information to help you accomplish this project can be
found at http://tutorial45.com/learn-autocad-basics-day-4/
9. Learn AutoCAD Basics in 21 DAYS – http://www.tutorial45.com 9
Day 5
This project is mainly about applying the TRIM command the
proper way and learning how to create polygons in AutoCAD.
All information to help you accomplish this project can be
found at http://tutorial45.com/learn-autocad-basics-day-5/
10. Learn AutoCAD Basics in 21 DAYS – http://www.tutorial45.com 10
Day 6
Learn how to create circular pattern using the ARRAY
command in AutoCAD. You will also have to learn how to
round the shape of edges using the FILLET command.
11. Learn AutoCAD Basics in 21 DAYS – http://www.tutorial45.com 11
The following information will be helpful while working on
the project.
All information to help you accomplish this project can be
found at http://tutorial45.com/learn-autocad-basics-day-6/
12. Learn AutoCAD Basics in 21 DAYS – http://www.tutorial45.com 12
Day 7
The projects below will help you learn how to create parallel
lines in AutoCAD using the OFFSET command and will also
help get use with other ways of creating circles.
13. Learn AutoCAD Basics in 21 DAYS – http://www.tutorial45.com 13
It is to be noted that you will also have to learn how to play
with the ROTATE command in AutoCAD, the one that helps
rotate objects. This is the reason why on the following
images, you are given angles which you will have to figure
out how to make use of to accurately replicate this project.
All information to help you accomplish this project can be
found at http://tutorial45.com/learn-autocad-basics-day-7/
14. Learn AutoCAD Basics in 21 DAYS – http://www.tutorial45.com 14
Day 8
In this project, all commands needed to complete the project
has already been used, you will need to use them
appropriately here.
15. Learn AutoCAD Basics in 21 DAYS – http://www.tutorial45.com 15
Additional needed information.
All information to help you accomplish this project can be
found at http://tutorial45.com/learn-autocad-basics-day-8/
16. Learn AutoCAD Basics in 21 DAYS – http://www.tutorial45.com 16
Day 9
Not a big deal in this project. Learning how to use the
CHAMFER command is part of the expectation in this project.
All information to help you accomplish this project can be
found at http://tutorial45.com/learn-autocad-basics-day-9/
17. Learn AutoCAD Basics in 21 DAYS – http://www.tutorial45.com 17
Day 10
We are here diving into a project with lot of sub-objects, and
you will need to make your mind on what the first object to
create is. This will help you learn to read the complexity of a
project from a bird-eye-view.
All on information to help you accomplish this project can be
found at http://tutorial45.com/learn-autocad-basics-day-
10/
18. Learn AutoCAD Basics in 21 DAYS – http://www.tutorial45.com 18
DAY 11
This project is a good one that will help practice how to
create symmetric objects in AutoCAD.
All information to help you accomplish this project can be
found at http://tutorial45.com/learn-autocad-basics-day-
11-11/
19. Learn AutoCAD Basics in 21 DAYS – http://www.tutorial45.com 19
DAY 12
Here, you will learn how to create ellipse in AutoCAD, and
how to create a pattern using a path in AutoCAD.
All information to help you accomplish this project can be
found at http://tutorial45.com/learn-autocad-basics-day-
122/
20. Learn AutoCAD Basics in 21 DAYS – http://www.tutorial45.com 20
DAY 13
Nothing new in this one but helping you practice more what
you have learned with earlier projects.
21. Learn AutoCAD Basics in 21 DAYS – http://www.tutorial45.com 21
This image will provide additional information needed to
help complete the project.
All information to help you accomplish this project can be
found at http://tutorial45.com/learn-autocad-basics-day-
133/
22. Learn AutoCAD Basics in 21 DAYS – http://www.tutorial45.com 22
DAY 14
It is all about practice with the following one. You will have
to figure out what you need and use skill previously acquired
to complete the project.
23. Learn AutoCAD Basics in 21 DAYS – http://www.tutorial45.com 23
The following information will be needed.
All information to help you accomplish this project can be
found at http://tutorial45.com/learn-autocad-basics-day-
144/
24. Learn AutoCAD Basics in 21 DAYS – http://www.tutorial45.com 24
DAY 15
This is another project that will help you practice while
giving you more room to check your shortcoming.
25. Learn AutoCAD Basics in 21 DAYS – http://www.tutorial45.com 25
The following information will make your life easier.
All information to help you accomplish this project can be
found at http://tutorial45.com/learn-autocad-basics-day-
155/
26. Learn AutoCAD Basics in 21 DAYS – http://www.tutorial45.com 26
DAY 16
You will need tips and tricks learned on DAY 12 here.
All information to help you accomplish this project can be
found at http://tutorial45.com/learn-autocad-basics-day-
166/
27. Learn AutoCAD Basics in 21 DAYS – http://www.tutorial45.com 27
DAY 17
This project will help associate quite a lot command to get all
right the right way.
28. Learn AutoCAD Basics in 21 DAYS – http://www.tutorial45.com 28
The following information will be needed while working on
the project.
All information to help you accomplish this project can be
found at http://tutorial45.com/learn-autocad-basics-day-
17/
29. Learn AutoCAD Basics in 21 DAYS – http://www.tutorial45.com 29
DAY 18
Here is one of the more complex projects on this list. You will
need to pay close attention to the image below.
All information to help you accomplish this project can be
found at http://tutorial45.com/learn-autocad-basics-day-
18/
30. Learn AutoCAD Basics in 21 DAYS – http://www.tutorial45.com 30
DAY 19
The following project will help you hatch object in AutoCAD,
and have the basic information about how the HACTH
command works.
All information to help you accomplish this project can be
found at http://tutorial45.com/learn-autocad-basics-day-
19/
31. Learn AutoCAD Basics in 21 DAYS – http://www.tutorial45.com 31
DAY 20
This is the bushiest project. At this point all you need is
either in your possession or on the image below, just to say
that there is nothing you will need to use in this session that
you have not used in the past.
32. Learn AutoCAD Basics in 21 DAYS – http://www.tutorial45.com 32
Additional information
All information to help you accomplish this project can be
found at http://tutorial45.com/learn-autocad-basics-day-
20/
33. Learn AutoCAD Basics in 21 DAYS – http://www.tutorial45.com 33
DAY 21
The last project is exclusively available on the site due to
information you need to have while working on it.
The link: http://tutorial45.com/learn-autocad-basics-day-
21/
34. Learn AutoCAD Basics in 21 DAYS – http://www.tutorial45.com 34
Links and Helpful Tools
Here is how you can download AutoCAD for free (valid for
Students and instructors only)
You can find basic AutoCAD tutorials here
You can join Autodesk forum if you want to learn what other
beginners are doing, and you will by the same means have
the opportunity to belong to a community of like-minded
CAD people.
35. Learn AutoCAD Basics in 21 DAYS – http://www.tutorial45.com 35
Thank You
We hope you enjoyed this eBook as much as we loved
providing all these projects to you.
We hope this set of projects has helped you improve your
CAD skill and if you have an extra second, we will appreciate
if you like our Facebook page.
Please leave a comment at http://tutorial45.com/learn-
autocad-basics-in-21-days/ or if you’d rather reach me in
private, don’t hesitate to shoot me an email.
Thanks again, we wish you nothing less than success!
Andreea G.
andreea@tutorial45.com
http://Tutorial45.com