Industrial Mechanical CAD Training in Kalyan Nagar Bangalore

Industrial Mechanical CAD Training in Bangalore

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2 Months

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Mechanical CAD Training in Kalyan Nagar Bangalore

Cambridge InfoTech offers Mechanical CAD Training in Bangalore Kammanahalli &Tumkur that covers Mechanical couching & CAD center, AutoCAD Course. Students can join the classes for CAD Mechanical certification training, Trainer the trainer certification course at Cambridge InfoTech Campus located at Kalyan Nagar, Bangalore & Tumkur

Why Mechanical CAD Training Cambridge InfoTech?

Our Highly qualified training corporate working professional with overall of 12 years of working experience in an industrial training institute and process immense knowledge on CAD courses. Cambridge InfoTech has designed great modules of CAD Mechanical training and automation courses so that you can understand all things very properly and learn practically. CAD Mechanical training is strategic and practical-based work. You need to have a clear understanding of all the aspects of CAD Mechanical certification classes to stand out in the market. The training of IT-related subjects by our corporate professional and experienced faculty meet the requirements of the industry and the prime location make us an ideal training institute with training and placement.

AutoCAD software

What is Industrial Training in Mechanical CAD Course?

In mechanical design, it is known as mechanical design automation (MDA) or computer-aided drafting (CAD), which includes the process of creating a technical drawing with the use of computer software. and automation courses.

Batch Schedule for industrial Training in Kalyan Nagar Bangalore

We are giving CAD Mechanical Classroom training and online training to the needy ones in the field of mechanical for the past ten years without any break in a well-planned manner. On the same pattern, we are giving CAD Mechanical ONLINE Training with the normal fee structure. Without hesitation, you can join Cambridge InfoTech for getting CAD Mechanical online Training. Our sincerity, mode of approach with the personals, speedy clearance of doubts either in the field of fee structures or in the field of training will attract you. We have convenient batches with flexible batch timings and the overall course syllabus at Cambridge InfoTech Kammanahalli.

CAD Mechanical Course in Bangalore

Computer-aided design (CAD) is the use of computer systems to assist in the creation, modification, analysis, or optimization of a design. The CAD software is used to increase the productivity of the designer, improve the quality of design, improve communications through documentation and automation courses and create a database for manufacturing. CAD output is often in the form of electronic files for print, machining, or other manufacturing operations. Computer-aided design is used in many fields. Its use in electronic design is known as Electronic Design Automation or EDA. Mechanical couching.

In mechanical design is known as Mechanical Design Automation, or MDA, it is also known as computer-aided drafting (CAD) which describes the process of creating a technical drawing with the use of computer software. CAD software for mechanical design uses either vector-based graphics to depict the objects of traditional drafting, or may also produce raster graphics showing the overall appearance of designed objects. However, it involves more than just shapes. As in the manual drafting of technical and engineering drawings, the output of CAD must convey information, with multiple courses for it, To implement materials, processes, dimensions, and tolerances, according to application-specific conventions. Auto

Mechanical CAD :

CAD Packages are Designed Along With Technical Trainings. The student has the feasibility to choose any CAD center package along with Technical Training Combo. AutoCAD course, automation course with assured placement.

Why CATIA Training in Kalyan nagar Bangalore ?

If you stop and take a look around, CATIA is everywhere. CATIA is in the plane that just flew over, the car that just went silently by, the phone you just answered, and the bottle of water that you just finished. CATIA is the leading software solution used to develop a broad range of products across the world. It is used to design, simulate, analyze, and manufacture products in a variety of industries including aerospace, automotive, consumer goods, and industrial machinery, just to name a few.

 

CAD Course Content

In Cambridge Infotech, We provide quality digital marketing coaching, making your industry ready for the Best career. This course has been designed for those that need to know the key parts of building good Digital Marketing with the trainer certification,(series of actions to reach a goal). Online tools and reference materials.

  • Introduction to Software & Product Development Lifecycle
  • Know about a Product’s Life cycle: from Inception-Design-Validation-Manufacturing Sales-Reuse & Recycle
  • Introduction to CAD/CAM/CAE /PLM Domain
  • Overview of CATIA & its capabilities
  • Getting started with CATIA User Interface: Workbenches, Customizing the different
    settings in the software, Specification tree, Mouse & Keyboard Inputs, Title bars, tools
     etc…(to be continued)
  • Sketcher Workbench
  • Introduction to Sketcher workbench & settings
  •  Capturing Design Intent
  •  Guidelines to create a fully constrained sketch
  •  Importance of sketch support, orientation & positioned sketching
  •  Creating geometry using pre-defined profiles
  •  Importance of Constraints:- Geometric & Dimensional
  •  Sketch transformation tools
  •  Referencing solid objects
  •  Sketch Analysis & debug
  • Part Design Workbench
  • Introduction to Part design workbench & settings 
  • Industrial approaches to create a robust, parametric part model 
  • Creating Base features: Pad, Shaft
  •  Creating Material Removal features: Pocket, Groove, Hole
  •  Dress-up features: Fillet, Chamfer
  •  Creating Engineering features: Stiffener, Draft, Shell
  •  Advanced Base features: Solid Combine, Rib, Multi –section solid
  •  Use of Construction Geometry: Points, lines and Planes
  •  Create circular and Linear patterns
  •  Editing and Modifying models: Change sketch support, re-order, replace, Remove face,
    Replace face
  •  Measuring Items : Length, Angle, Diameter, Centre of Gravity
  •  Transformation features: Mirror, Translation, Symmetry, Scaling, Affinity
  •  Boolean Operations
  •  Power copy, User feature
  •  Applying Material
  •  Exporting files & its requirements
  •  Miscellaneous: Dynamic sectioning, Image/video recording
  •  
  • Generative Shape Design Workbench
  • Industrial approaches in creating an aesthetically elegant, engineered surface models.
  •  Importance of Geometrical Set & Ordered Geometrical Set
     
  • Wireframe Geometries: Point, Line, Circle, Spline, Helix, Spiral, Connect curve
  • Wireframe Operations: Projection, Intersection, Reflect Line, Parallel Curve, Combine
  • Surface Creation: Extrude, Revolve, Sphere, Sweep, Fill, Blend, Multi-section surface
  • Surface Operations: Split, Trim, Extract, Join, Heal, Curve smooth, Disassemble,
     Extrapolate
  • Curve & Surface Analysis: Porcupine Analysis, Curvature Analysis, Connection Checker
  • Assembly Modeling Workbench
  • Introduction to Assembly Design Workbench & settings
  •  Types of Assembly Design Approaches
  •  Placing components
  •  Moving & Rotating Individual components
  •  Assembly constraints & Degree of Freedom
  •  Adding library components
  •  Patterning parts in an assembly
  •  Creating a Bottom-up Assembly
  • Clearance & Interference checking
  •  Drafting Workbench 
  • Introduction to Drafting workbench & settings
  •  Industry standards to create Lucid-precise Manufacturing Drawings
  •  Drawing sheet & Formats
  •  Placing Base View, Projected & Auxiliary Views.
  •  Inserting Section/Detailed/Broken views
  •  Placing Dimensions & Annotations
  •  Inserting GD&T, surface finish, weld symbols, Datum target in a drawing
  •  Inserting Hole table, General table, Bend table, weld table
  •  Inserting centre-line, centre mark, Notes
  •  Inserting External Reference Drawing
  •  Assembly Drawings creation with an exploded view
  •  Ballooning & BOM generation for an assembly
  • Sheet metal Modeling Workbench
  •  Introduction to Sheetmetal Design workbench & settings
  •  Design for Manufacturing-Sheetmetal
  •  Base Operations: Planar, Boundary blend, revolve, Sweep, Swept blend, Blend,   rotational Blend
  •  Bend Operations: Flange, Flat wall, Miter Bend, Twist
  •  Corner Operations: Corner relief, Rip, Hole, Extrusion, Notch
  •  Editing Features: Offset, Extend, Split, pattern, Join, Merge, Mirror, Warp
  •  Punch & Form tools
  •  Converting solid part to sheet metal
  •  Developing sheet metal part from a flat sheet
  •  Bend, Unbend, Flat pattern, Bend Order
  •  Drafting of sheet metal component using flattened & formed component mode

1. Engineering Drawing Fundamentals
2. Sketcher
3. Part Design
4. Assembly
5. Surfacing
6. Sheetmetal
7. Drafting

Highlights of the course:     

  • Work on 15+ real-time Industrial Projects in the cours
  •  Course completion certificate
  •  Get access to tips, tricks, and best practices
  •  One to One live training every day (1.5-2 hrs.) and class recording
     provided
  •  Gain access to e-books, cheat sheets and charts
  •  Support in Resume/Cv Preparation and Feedback
  • Engineering Drawing Concepts AutoCAD software Mechanical couching
  • Manufacturing Drawing Concepts AutoCAD software Mechanical couching 
  • Casting Product Design Concepts AutoCAD software
  • Sheet Metal Manufacturing and Product design concepts
  • Tool Design Jigs & Fixtures Basics
  • Mechanical couching AutoCAD software
  • Geometric Dimensioning and Tolerances full-length concepts
  • Design for Manufacturing(DFM), Design for Assembly(DFA)
  • Design Failure Mode Analysis(DFMA) Mechanical couchingnical couching CAD center

Industrial Mechanical CAD – IMC001 - 4 Months

  • AutoCAD Interface
  • Components of a computing cloud
  • Basic Drawing Commands(line, construction line, ray, smooth polyline, circle, rectangle, arc, ellipse, revision cloud, polygon, doughnut, point)
  • Drafting Setting
  • Editing Commands (erase,move,copy,trim,extend,mirror,offset,rotate,fillet,chamfer,scaler,stretch,break,join array)
  • Inquiry Tools(layer, distance, ID, area)
  • Layer and Object Properties
  • Create and Editing Text(single-line text, multiline text)
  • Working With Dimensions
  • Hatching(associative hatching, non-associative hatching)
  • Working With Blocks(make a block, write block)
  • Plot a Drawing
  • Dimensioning Concept
  • Polyline edit
  • Revision Cloud
  •  
  • Creating and editing a user interface
  • Creating sketch-based features, transformation features, and advanced replication tools
  • Editing parts in the assembly
  • Drawing metal view
  • Finalizing drawing and printing
  •  
  • Introduction to the Pro/ENGINEER Wildfire Modeling Process
  • Understanding Pro/ENGINEER Concepts
  • Using the Pro/ENGINEER Interface
  •  
  • Creating Sketcher Geometry
  •  Using Sketcher Tools
  •  Creating Sketches for Features
  • Creating Datum Features: Planes and Axes
  • Creating Extrudes, Cuts, Revolves, and Ribs
  • Utilizing Internal Sketches and Embedded Datum’s
  • Creating Sweeps and Blends, Holes, Shells, and Draft
  • Rounds and Chamfers
  • Variable section sweepAdvanced  Part Modeling
  • Advanced  Part Modeling
  • Group, Copy, and Mirror Tools
  • Creating Patterns
  • Family Tables
  • Understanding Parent/Child Relationships
  •  
  • Measuring and Inspecting Models
  • Assembling with Constraints
  • Understanding Parent/Child Relationships
  • Assembling with Connections
  • Exploding Assemblies
  •  
  • Creating and Using Component Interfaces, Using Flexible Components
  • Restructuring and Mirroring Assemblies
  • Using Assembly Features and Shrink-wrap
  • Replacing Components in an Assembly
  • Understanding the Basics of Simplified Reps
  • Creating Cross-Sections, Display Styles, Layer States, and Combined Views
  • Substituting Components using User Defined, Envelopes, and Simplified Reps
  • Understanding Advanced Simplified Rep Functionality
  • Creating and Using Assembly Structure and Skeletons
  •  
  • Introduction to Drawings
  • Creating New Drawings
  • Creating Drawing Views
  • Adding Model Details to Drawings, Notes to Drawings
  • Adding Tolerance Information, Draft Geometry, and Symbols
  • Using Layers in Drawings
  • Creating and Using Tables in Drawings
  • Using Report Information in Drawings
  • Creating Drawing Formats
  • Configuring the Drawing Environment
  • Managing Large Drawings
  • Investigating Parent/Child Relationships
  • Capturing and Managing Design Intent
  • Resolving Failures and Seeking Help
  • Sheet metal Model Creation, Conversion, and Display
  • Methods of Developed Length Calculation
  • Primary Wall Features
  • Secondary Wall Features
  • Partial Walls, Bend Relief
  • Extruded Sheet metal Wall Features
  • Revolved Sheet metal Wall Features
  • Sheet metal Wall Sketching Tools
  • Using Flange Walls
  • Unbend and Bend Back Features
  • Sheet metal Bend Features
  • Flat Patterns
  • Sheet metal Cuts, Forms
  • Notch and Punch Features
  • Sheet metal Environment Setup, metal Design Information Tools
  • Sheet metal Design Rules
  • Detailing Sheet metal Designs
  •  
  • Drafting & Modeling Radial Engine, Shock Absorber
  • Drafting & ModelingPulley Supported, Double Bearing, Quick Acting Hold Down, Tool Head
  • Plummer Block
  • Pipe Bench Vice
  • Cross Head
  • Bench Vice
  • Press Tool
  • Fixture Assembly
  • Knuckle Joint
  • Cotter Joint
  • Universal Joint
  • Oldham’s Coupling
  • Centrifugal Clutch
  • Spring Damper

Students who are undergoing or have completed Mechanical Engineering

 

Course Duration
160– 180 Hours

CAD – IMC002 - 2 Months

  • • Creating and editing a user interface
    • sketch-based features
    • transformation features
    • advanced replication tools
    • Editing parts in an assembly
    • Drawing metal view
    • Finalizing drawing and printing
  • • Drafting & Modeling Radial Engine
    • Shock Absorber
    • Pulley Supported
    • Double Bearing
    • Quick Acting Hold Down
    • Shaper Tool Head
    • Plummer Block
    • Pipe Bench Vice
    • Cross Head
    • Bench Vice
    • Press Tool
    • Fixture Assembly
    • Knuckle Joint
    • Cotter Joint
    • Universal Joint
    • Oldham’s Coupling
    • Centrifugal Clutch
    • Spring Damper
  • Students who are undergoing or have completed Mechanical Engineering

    Course Duration
    80 – 90 Hours

CAD – IMC003 - 2 Months

  • Introduction to the Pro/ENGINEER Wildfire Modeling Process
  • Understanding Pro/ENGINEER Concepts
  • Using the Pro/ENGINEER Interface
  •  
  •  Creating Sketcher Geometry
  •  Using Sketcher Tools
  •  Creating Sketches for Features
  •  
    • Creating Datum Features: Planes and Axes
    • Extrudes, Cuts, Revolves, and Ribs
    • Utilizing Internal Sketches and Embedded Datum’s
    • Sweeps and Blends
    • Holes, Shells, and Draft
    • Rounds and Chamfers
    • Variable section sweepAdvanced  Part Modeling
    • Advanced  Part Modeling
    • Group, Copy, and Mirror Tools
    • Patterns
    • Family Tables
    • Understanding Parent/Child Relationships
  • Measuring and Inspecting Models
  • Assembling with Constraints
  • Understanding Parent/Child Relationships
  • Assembling with Connections
  • Exploding Assemblies

Advanced Assembly

  • Creating and Using Component Interfaces
  • Using Flexible Components
  • Restructuring and Mirroring Assemblies
  • Using Assembly Features and Shrink-wrap
  • Replacing Components in an Assembly
  • Understanding the Basics of Simplified Reps
  • Cross-Sections, Display Styles, Layer States, and Combined Views
  • Substituting Components using User Defined, Envelopes, and Simplified Reps
  • Understanding Advanced Simplified Rep Functionality
  • Assembly Structure and Skeletons
  • Introduction to Drawings
  • New Drawings
  • Drawing Views
  • Adding Model Details to Drawings
  • Adding Notes to Drawings
  • Tolerance Information
  • Draft Geometry and Symbols
  • Using Layers in Drawings
  • Creating and Using Tables in Drawings
  • Using Report Information in Drawings
  • Drawing Formats
  • Configuring the Drawing Environment
  • Managing Large Drawings
  • Investigating Parent/Child Relationships
  • Capturing and Managing Design Intent
  • Resolving Failures and Seeking Help
  • Sheet metal Model Creation, Conversion, and Display
  • Methods of Developed Length Calculation
  • Primary Wall Features
  • Secondary Wall Features
  • Partial Walls, Bend Relief
  • Extruded Sheet metal Wall Features
  • Revolved Sheet metal Wall Features
  • Sheet metal Wall Sketching Tools
  • Using Flange Walls
  • Unbend and Bend Back Features
  • Sheet metal Bend Features
  • Flat Patterns
  • Sheet metal Cuts, Forms
  • Notch and Punch Features
  • Sheet metal Environment Setup
  • Sheet metal Design Information Tools
  • metal Design Rules
  • Detailing Sheet metal Designs
  • Drafting & Modeling Radial Engine
  • Shock Absorber
  • Pulley Supported
  • Double Bearing
  • Quick Acting Hold Down
  • Shaper Tool Head
  • Plummer Block
  • Pipe Bench Vice
  • Cross Head
  • Bench Vice
  • Press Tool
  • Fixture Assembly
  • Knuckle Joint
  • Cotter Joint
  • Universal Joint
  • Oldham’s Coupling
  • Centrifugal Clutch
  • Spring Damper

Students who are undergoing or have completed Mechanical Engineering

Course Duration
90 – 100 Hours

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