Master AutoCAD by doing 30 projects in 30 days. Create floor plans, machines, 3D objects, building layouts and many more

What you'll learn
Create a portfolio of 30 AutoCAD projects to apply for AutoCAD jobs
Create building plans, floor plans, section plans, apartment layout, street layout, patterned floor, furniture etc.
Create furniture, table, table lamp, compound object, textured object in 3D
Major Project: Complete drafting and modeling of a building with detailed annotation, texture, pattern etc.
AutoCAD Basics: Master interface, customization, and navigation for efficient drawing.
Advanced Drawing: Create complex shapes in 2D and 3D, edit, and refine designs.
Dimensioning: Add precise dimensions and annotations.
3D Modeling: Create 3D models, apply materials, and lighting

Requirements
No Prior AutoCAD Experience Required: This course is designed for beginners, so no prior AutoCAD experience is necessary. However, a basic understanding of design concepts can be helpful.
Computer and Software: Access to a computer with AutoCAD software installed. A stable internet connection is essential for video lessons and resources.
Basic Computer Skills: Proficiency in using a computer, including file management, navigating the operating system, and familiarity with standard software operations.

Description
Are you prepared to delve into the realm of creative precision in the field of design? Augmintech is excited to introduce our extensive "AutoCAD: 30 Days Complete Course".Course Description:In today's digital age, mastering AutoCAD is a game-changer for designers, engineers, architects, and creatives of all backgrounds. This 30-day course is your key to unlocking the full potential of this industry-standard design software. Whether you're a complete beginner or looking to deepen your skills, our course is designed to take you from AutoCAD novice to proficient creator.Projects included in the course:Project 01: Design a Simple Symbol Project 02: Design a Dining Table Project 03: Precision Drawing Exercise Project 04: Modify a Floor Plan Project 05: Refine a Building Layout Project 06: Creating a Disc Valve Project 07: Creating & Modifying Leader Objects in Floor Plan Project 08: Creating Section of Floor Plan Project 09: Design a Business Card Project 10: Dimension a Basic Object Project 11: Dimension a Mechanical Drawing Project 12: Annotate a Building Plan Project 13: Design a Patterned Floor Project 14: Build a Furniture Block Project 15: Dynamic Diffuser Arrangement Project 16: Label a Floor Plan Project 17: Refine a Floor Plan Project 18: Edit a Street Layout Project 19: Organize a Building Layout Project 20: Create a Multi-View Drawing Project 21: Create a Basic 3D Shape Project 22: Advanced Text EditingProject 23: Design a 3D Table Project 24: Modify a 3D Object Project 25: Design a Simple Building Project 26: Construct a Compound Object Project 27: Textured Object Design Project 28: Design a Small Apartment Layout Project 29: Model a Table Lamp Project 30: Complete AutoCAD 3D ModelingWhy Choose Our Course?Structured Learning: Over the course of 30 days, you will embark on an exciting and methodical journey through AutoCAD. Each day brings new skills, techniques, and projects to tackle, ensuring you build a strong foundation and continually progress.Hands-On Practice: Learning by doing is at the core of our approach. With every video tutorial, you'll immediately put your knowledge to the test through practical mini-projects and tasks. These hands-on experiences ensure that what you learn is not just theoretical but directly applicable to real-world design challenges.Project-Based Learning: As you progress through the course, you will embark on a series of projects, from designing simple symbols to creating intricate 3D models and architectural plans. These projects will allow you to develop your portfolio and demonstrate your newfound AutoCAD skills.Expert Instruction: Our instructors are industry professionals with years of experience using AutoCAD. They will guide you through the course, offering expert insights and tips to enhance your learning experience.Comprehensive Curriculum: We cover all aspects of AutoCAD, from the fundamentals of drawing and editing to advanced 3D modeling, material application, and more. By the end of this course, you'll have a broad skill set to tackle various design projects.Real-World Application: AutoCAD is widely used in industries like architecture, engineering, product design, and interior design. By the time you complete this course, you'll be equipped to handle real design projects and stand out in your profession.Graduation Project: Your journey culminates with a final project, where you will apply everything you've learned to create a complete AutoCAD 3D model. This project not only showcases your skills but also demonstrates your ability to tackle complex design tasks.Who Can Benefit?Architects: Refine your architectural design skills, create precise blueprints, and stay at the forefront of your industry.Civil Engineers: Master AutoCAD to plan and draft civil engineering projects, from roads to infrastructure.Mechanical Engineers: Dive into 2D and 3D modeling for mechanical designs and product development.Electrical Engineers: Learn how to create detailed electrical schematics and designs with AutoCAD.Draftsmen: Hone your drafting abilities and gain an edge in the competitive world of design.Interior Designers: Enhance your interior design projects with the ability to create detailed floor plans and 3D visualizations.Urban Planners: Gain the skills to plan and visualize urban spaces, including streets, parks, and infrastructure.Graphic Designers: Expand your design toolkit by learning AutoCAD, which can be valuable for graphic design projects with technical aspects.Project Managers: Improve your project management skills by understanding the design and drafting processes, enabling you to communicate more effectively with your team.And More: This course is also perfect for students, entrepreneurs, and hobbyists eager to harness the power of AutoCAD for their respective fields.By the end of this course, you will be a confident AutoCAD user with the skills to take on any design challenge. Whether you dream of becoming an architect, engineer, or simply a proficient designer, "AutoCAD: 30 Days Complete Course" is your path to success.Don't miss this opportunity to transform your creative visions into reality. Join us today and bring your designs to life with AutoCAD. Your journey begins here!

Overview
Section 1: Day 1: Introduction to AutoCAD Basics
Lecture 1 AutoCAD Interface and Navigation Overview
Lecture 2 Setting Up Your Workspace and Customizing UI
Lecture 3 Navigating the Drawing Area and Zooming Techniques
Section 2: Day 2: Understanding Basic Drawing and Editing Tools
Lecture 4 Line and Circle Tools: Drawing Basics
Lecture 5 Rectangle and Modify Commands: Creating and Editing Shapes
Lecture 6 Practicing Basic Drawing and Editing: Simple Shape Design
Lecture 7 Mini Project: Design a Simple Symbol
Section 3: Day 3: Exploring Precision Tools
Lecture 8 Ortho and Polar Modes: Creating Straight Lines and Angles
Lecture 9 Object Snap and Object Snap Tracking: Precise Point Placement
Lecture 10 Grid Settings and Snap Settings: Grid-based Drawing Techniques
Lecture 11 Mini Project: Precision Drawing Exercise
Section 4: Day 4: Learning Advanced Drawing Tools
Lecture 12 Arc Tool: Drawing Curved Lines
Lecture 13 Ellipse Tool: Creating Elliptical Shapes
Lecture 14 Polyline and Spline Tools: Complex Shape Design
Lecture 15 Mini Project: Design a Dining table
Section 5: Day 5: Mastering Editing Commands
Lecture 16 Copy and Move Commands: Duplicating Objects
Lecture 17 Rotate and Scale Commands: Adjusting Object Orientation and Size
Lecture 18 Mirror and Practicing Editing: Reflecting and Manipulating Objects
Lecture 19 Mini Project: Modify a Floor Plan
Lecture 20 notes for Mastering Editing Commands
Section 6: Day 6: Exploring More Editing Tools
Lecture 21 Offset Tool: Creating Parallel Shapes
Lecture 22 Trim and Extend Commands: Trimming and Extending Objects
Lecture 23 Fillet and Practicing Advanced Editing: Creating Rounded Corners
Lecture 24 Mini Project: Refine a Building Layout
Lecture 25 Notes for Exploring More Editing Tools
Section 7: Day 7: Understanding Layers, Colors, and Linetypes
Lecture 26 Introduction to Layers: Creating and Managing Layers
Lecture 27 Applying Colors to Objects: Visual Differentiation
Lecture 28 LineTypes and LineWeight: Customizing Line Styles
Lecture 29 Mini Project: Creating a Disc valve
Lecture 30 Notes for Understanding Layers, Colors, and LineTypes
Section 8: Day 8: Applying Colors and Linetypes
Lecture 31 Assigning Layers to Objects: Organizing Drawing Elements
Lecture 32 Applying Colors and Line Types: Differentiating Drawing Components
Lecture 33 Practicing Layer Management: Color Coding Elements
Lecture 34 Mini Project: Creating & Modifying Leader Objects in Floor plan
Lecture 35 Notes for Applying Colors and Linetypes
Section 9: Day 9: Exploring Linetypes
Lecture 36 Understanding Linetypes: Introduction and Usage
Lecture 37 Creating Custom Linetypes: Customizing Line Styles
Lecture 38 Applying Custom Linetypes: Enhancing Visual Representation
Lecture 39 Mini Project: Creating Section of Floor plan
Lecture 40 Notes for Exploring Linetypes
Section 10: Day 10: Adding Text to Drawings
Lecture 41 Adding Single-line Text: Introduction and Usage
Lecture 42 Working with Multiline Text: Creating Paragraphs
Lecture 43 Text Styles and Formatting: Customizing Text Appearance
Lecture 44 Mini Project: Design a Business Card
Lecture 45 Notes for Adding Text to Drawings
Section 11: Day 11: Introduction to Dimensioning
Lecture 46 Introduction to Dimensioning Video 1: Linear Dimensioning: Adding Dimens
Lecture 47 Angular Dimensioning: Measuring Angles
Lecture 48 Practicing Dimensioning: Applying Linear and Angular Dimensions
Lecture 49 Mini Project: Dimension a Basic Object
Lecture 50 Notes for Introduction to Dimensioning
Section 12: Day 12: Applying Hatch Patterns
Lecture 51 Introduction to Hatch Patterns: Adding Patterns to Areas
Lecture 52 Customizing Hatch Patterns: Creating Unique Designs
Lecture 53 Hatching Areas: Applying Hatch Patterns to Represent Materials
Lecture 54 Mini Project: Dimension a Mechanical Drawing
Lecture 55 Notes for Applying Hatch Patterns
Section 13: Day 13: Creating and Inserting Blocks
Lecture 56 Block Creation Basics: Defining and Creating Blocks
Lecture 57 Inserting Blocks: Adding Reusable Elements to Drawings
Lecture 58 Exploring Block Editor: Modifying Block Definitions
Lecture 59 Mini Project: Annotate a Building Plan
Lecture 60 Notes for Creating and Inserting Blocks
Section 14: Day 14: Working with Dynamic Blocks and Attributes
Lecture 61 Dynamic Block Introduction: Creating Parametric Blocks
Lecture 62 Adding Dynamic Attributes: Creating Interactive Blocks
Lecture 63 Editing Dynamic Blocks: Customizing Dynamic Behavior
Lecture 64 Mini Project: Design a Patterned Floor
Lecture 65 Notes for Working with Dynamic Blocks and Attributes
Section 15: Day 15: Designing and Using Attribute Definitions
Lecture 66 Attribute Definitions: Introduction and Creation
Lecture 67 Inserting Attributes: Adding Customizable Information
Lecture 68 Editing Attributes: Modifying Attribute Values
Lecture 69 Mini Project: Build a Furniture Block
Lecture 70 Notes for Designing and Using Attribute Definitions
Section 16: Day 16: Exploring Editing Tools
Lecture 71 Grip Editing: Basic Manipulation Techniques
Lecture 72 Object Selection Methods: Efficiently Selecting Objects
Lecture 73 Advanced Editing with Grips: Stretching and Modifying Objects
Lecture 74 Mini Project: Dynamic Diffuser Arrangement
Lecture 75 Notes for Exploring Editing Tools
Section 17: Day 17: Advanced Editing Techniques
Lecture 76 Stretch Command: Adjusting Objects Proportionally
Lecture 77 Align and Distribute: Arranging Objects Precisely
Lecture 78 Creating Object Arrays: Efficiently Duplicating Elements
Lecture 79 Mini Project: Label a Floor Plan
Lecture 80 Notes for Advanced Editing Techniques
Section 18: Day 18: Productivity Tools
Lecture 81 Quick Select Tool: Efficiently Selecting Objects
Lecture 82 Object Filtering: Selecting Objects Based on Properties
Lecture 83 Layer States: Managing Layers for Different Views
Lecture 84 Mini Project: Refine a Floor Plan
Lecture 85 Notes for Productivity Tools
Section 19: Day 19: Creating Dimension Styles
Lecture 86 Introduction to Dimension Styles: Creating and Customizing
Lecture 87 Applying Dimension Styles: Consistent Dimensioning
Lecture 88 Managing Dimension Overrides: Controlling Specific Dimensions
Lecture 89 Mini Project: Edit a Street Layout
Lecture 90 Notes for Creating Dimension Styles
Section 20: Day 20: Advanced Dimensioning Techniques
Lecture 91 Radius and Diameter Dimensions: Measuring Curves
Lecture 92 Baseline Dimensions: Creating Linear Dimension Chains
Lecture 93 Dimensioning Complex Objects: Applying Advanced Techniques
Lecture 94 Mini Project: Organize a Building Layout
Lecture 95 Notes for Advanced Dimensioning Techniques
Section 21: Day 21: Layouts, Viewports, and Plotting
Lecture 96 Setting Up Layouts: Creating Multiple Views
Lecture 97 Working with Viewports: Displaying Different Views
Lecture 98 Video 3: Plotting and Printing: Preparing Drawings for Output
Lecture 99 Mini Project: Create a Multi-View Drawing
Section 22: Day 22: Introduction to 3D Workspace
Lecture 100 Introduction to 3D Workspace: Navigating in 3D
Lecture 101 Working with Coordinate Systems: Understanding Axes
Lecture 102 Using Viewing Tools: Orbit, Pan, and Zoom in 3D
Lecture 103 Mini Project: Create a Basic 3D Shape
Section 23: Day 23: Creating Basic 3D Shapes
Lecture 104 Creating 3D Boxes: Extrusion Basics
Lecture 105 Modeling Cylinders and Spheres: More Complex Shapes
Lecture 106 Drawing Cones: Creating Diverse 3D Objects
Lecture 107 Mini Project: Design a 3D Table
Section 24: Day 24: Editing and Navigating 3D Objects
Lecture 108 Rotating and Moving 3D Objects: Manipulation Techniques
Lecture 109 Viewing in 3D: Navigating the 3D Space
Lecture 110 Practicing 3D Editing: Refining 3D Objects
Lecture 111 Mini Project: Modify a 3D Object
Section 25: Day 25: 3D Modeling with Extrusion
Lecture 112 Extrusion Techniques: Creating 3D Shapes
Lecture 113 Creating Complex Extrusions: Adding Intricacy
Lecture 114 Combining Extrusions: Designing 3D Structures
Lecture 115 Mini Project: Design a Simple Building
Lecture 116 Notes for 3D Modeling with Extrusion
Section 26: Day 26: Complex 3D Modeling
Lecture 117 Boolean Operations: Union and Subtract
Lecture 118 More on Boolean: Intersect and Subtract
Lecture 119 Advanced Boolean Modeling: Combining Multiple Shapes
Lecture 120 Mini Project: Construct a Compound Object
Lecture 121 Notes for Complex 3D Modeling
Section 27: Day 27: Applying Materials and Textures
Lecture 122 Material Application: Assigning Realistic Textures
Lecture 123 Mapping Textures: Applying Images to 3D Objects
Lecture 124 Lighting Effects: Enhancing Realism with Lighting
Lecture 125 Project: Textured Object Design
Section 28: Day 28: Project 1 - 2D Floor Plan
Lecture 126 Planning the Floor Plan Project: Scope and Objectives
Lecture 127 Drawing the Floor Plan: Walls, Doors, and Windows
Lecture 128 Adding Details: Furniture, Annotations, and Dimensions
Lecture 129 Project: Design a Small Apartment Layout
Section 29: Day 29: Project 2 - 3D Model
Lecture 130 Introduction to the 3D Model Project: Goals and Overview
Lecture 131 Modeling the Lamp Base: Creating Basic 3D Shapes
Lecture 132 Designing the Lampshade: Extrusion and Editing Techniques
Lecture 133 Mini Project: Model a Table Lamp
Lecture 134 Notes for Project 2 - 3D Model
Section 30: Day 30: Final Project - Complete AutoCAD 3D Modeling
Lecture 135 Architecture Project - Residential Building Design
Lecture 136 Civil Engineering Project - Road and Intersection Design
Lecture 137 Electrical Engineering Project - Electrical Layout for a Building
Lecture 138 Mechanical Engineering Project - Gear Mechanism Design
Lecture 139 Advanced Project - Industrial Plant Layout
Beginners in AutoCAD: Individuals who are entirely new to AutoCAD and wish to build a strong foundation in computer-aided design (CAD).,Professionals Seeking Skill Enhancement: Professionals from various industries who want to upgrade their skills and stay competitive in the job market.,Architects: Refine your architectural design skills, create precise blueprints, and stay at the forefront of your industry.,Civil Engineers: Master AutoCAD to plan and draft civil engineering projects, from roads to infrastructure.,Mechanical Engineers: Dive into 2D and 3D modeling for mechanical designs and product development.,Interior Designers: Enhance your interior design projects with the ability to create detailed floor plans and 3D visualizations.,Electrical Engineers: Learn how to create detailed electrical schematics and designs with AutoCAD.,Surveyors: Gain a deeper understanding of land surveying and site planning by mastering AutoCAD's mapping and drawing capabilities.

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