Master AutoCAD for Electronics Engineering at Future Finders, Mohali
A 2-D and 3-D computer-aided drawing programme called AutoCAD is used in manufacturing, building, and architecture to help create blueprints and other technical plans. Future Finders is the ideal school if you are motivated to pursue a profession as an AutoCAD engineer.
With the curriculum listed below, Future Finders offers the finest AutoCAD 2D & 3D Training in Mohali. The newest software is available in Future Finder’s laboratories, ensuring that students receive 100% practical instruction.
Autocad is a course that emphasises careers. We provide our applicants with technical training so they may gain an in-depth practical understanding of AutoCAD’s 2D, 3D, and isometric views. Future Finder’s AutoCAD training has been a model of accessibility in terms of learning sophisticated design and drawing ideas. Today, AutoCAD is essential for a better job. All modules of AutoCAD must be familiar to the candidates. Students’ resumes must be filled out using CAD or computer-aided designing to enter the MNC industry. For applicants who are just starting, technical expertise is really helpful. For every engineer, CAD is the most fundamental and crucial component.
Before enrolling at an institute, it is crucial to understand its infrastructure. The labs are completely Wi-Fi-enabled and air-conditioned thanks to Future Finders. Certification is the second critical component. The cost structure is not a big problem. Joining the Mohali AutoCAD centre right away will help you get employed by the leading engineering business. A vital duty for the completion of engineering is to model structures in 2D and 3D on paper. In reality, there are many AutoCAD ideas, whether in the civil, mechanical, electrical, or other engineering fields, that call for the creation of original master models of depiction. Our company focuses on every field, from the fundamental to the advanced.
AutoCAD Course Content
Introduction to AutoCAD Courses
Getting Started with AutoCAD course
Starting the Software
User Interface
Working with Commands
Cartesian Workspace
Opening an Existing Drawing File
Viewing Your Drawing
Saving Your Work
Basic Drawing & Editing Commands
- Drawing Lines
- Erasing Objects
- Drawing Lines with Polar Tracking
- Drawing Rectangles
- Drawing Circles
- Undo and Redo Actions
Projects-Creating a Simple Drawing
- Create a Simple Drawing
- Create Simple Shapes
Making Changes in Your Drawing
- Selecting Objects for Editing
- Moving Objects
- Copying Objects
- Rotating Objects
- Scaling Objects
- Mirroring Objects
Get hands-on experience in designing electrical circuits and systems using AutoCAD for ECE projects.
Autocad Industrial Course
- Autocad Interface
- Components of a computing cloud
- Basic Drawing Commands(line, construction line,ray,smoothpoly line,circle,rectangle,arc,ellipse,revision cloud,polygon,donut,point)
- Drafting Setting
- Basic Editing Commands(erase,move,copy,trim,extend,mirror,offset,rotate,fillet,chamfer,scaler,stretch,break,join array)
- Cinquiry Tools(layer,distance, ID,area)
- Layer and Object Properties
- Create and Editing Text(single line text, multiline text)
- Working With Dimensions
- Hatching(assosiative hatching,non assosiative hatching)
- Working With Blocks(make block,write block)
- Plot a Drawing
- Dimensioning Concept
- Polyline edit
- Revision Cloud
- Introduction to 3d Modeling
- Types of 3d Model
- Shaded and Hidden Views
- Creating Solid Primitives
- Creating Models From 2D Profiles
- Creating Models Using Sweep
- Creating Models Using Loft
- Creating Composite Solid
- Working With UCS
- Editing 3d Models
- Creative Surface Primitives
- Catia user interface
- Creating and editing interface
- Creating sketch based features
- Creating transformation features
- Creating advanced replication tools
- Editing parts in assembly
- Drawing metal view
- Finalizing drawing and printing
- Understanding Pro/ENGINEER Concepts
- Using the Pro/ENGINEER Interface
- Creating Sketcher Geometry
- Using Sketcher tools
- Creating Sketches for features
- Advanced Sketching
- Creating Extrudes , Revoles , and Ribs
- Selecting and Editing
- Creating datum features : Planes and Axis
- Creating Sweeps and Blends
- Advanced Blends
- Creating holes and shells
- Advanced hole creation
- Advanced shells
- Creating Round and chamferes
- Advance round and chameres
- Drafts
- Variable Section Sweeps
- Helical Sweeps
- Swept Blends
- Creating Patterns
- Group , Copy , and Mirror Tools
- Measuring and Inspectng Models
- Relations and Parameters
- Family Tables
- Reusing Features
- Exploding Assemblies
- Surface Features
- Invastigating parent /child Relationships
- Creating Drawing Views
- Converting solid parts , additional features interrotating the sheet metal model
- Unbending sheetmetal geometry
- Real Time Rendering
- Drafting & Modeling Radial Engine
- Drafting & Modeling Shock Absorber
- Drafting & ModelingPulley Supported
- Drafting & Modeling Double Bearing
- Drafting & Modeling Quick Acting Hold Down
- Drafting & Modeling Shaper Tool Head
- Drafting & Modeling Plummer Block
- Drafting & Modeling Pipe Bench Vice
- Drafting & Modeling Cross Head
- Drafting & Modeling Bench Vice
- Drafting & Modeling Press Tool
- Drafting & Modeling Fixture Assembly
- Drafting & Modeling Knuckle Joint
- Drafting & Modeling Cotter Joint
- Drafting & Modeling Universal Joint
- Drafting & Modeling Oldham’s Coupling
- Drafting & Modeling Centrifugal Clutch
- Drafting & Modeling Spring Damper
- Inserting reusable symbols(blocks)
- Isometric Drafting in AutoCAD 2015
- 3D drawing techniques in AutoCAD 2018
- AutoCAD Orthographic Drafting techniques
- Organizing and drawing objects on layers
- Plotting and printing techniques in AutoCAD
- Entering text to design, hatching and dimensions
- AutoCAD advanced plotting and publishing options
- Local and global blocks creation in AutoCAD 2018
- layers, styles, and templates settings in AutoCAD
- AutoCAD Workspace Basics and Design Environment Settings
- AutoCAD 2018 Advanced editing and construction techniques
- AutoCAD Basic Drawing Tools, editing design, and viewing tools
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| Autocad ECE Course Fee and Duration | |||
|---|---|---|---|
| Track | Regular Track | Weekend Track | Fast Track |
| Course Duration | 150 - 180 days | 28 Weekends | 90- 120 days |
| Hours | 2 hours a day | 3 hours a day | 6+ hours a day |
| Training Mode | Live Classroom | Live Classroom | Live Classroom |
