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- Gain In-Demand Skills with Our Comprehensive Mechanical CAD Course, Designed to Meet Industry Standards
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- Whether you're a beginner looking to start your career in mechanical design or an experienced professional looking to improve your skills, this course will provide you with everything you need to succeed.
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Our Course Highlights
With our extensive course offerings, you can choose the software that best suits your needs and interests. Our courses are designed by experienced trainers with industry experience and utilize project-based learning to simulate real-world scenarios.
Contents designed in-line with industry requirements
1 to 1 mentoring and guidance
100% Placement Assistance
Zero Prerequisites to take up course
Industry Level Assignments & Assessments
Trainers with rich industry experience
Industry Visit
Training through online & offline
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Success Stories
5/5
REHAN SHAIKH
Placed @ SOLIZE India pvt ltd
I completed my CATIA V5 course from Cadmaxx. I learned different workbenches. They provide good support. It helped a lot for gaining knowledge in the field of design.
5/5
VARUNKUMAR P M
Placed @ Middleby india engineering Pvt Ltd
It is a good institute we can learn lot of things had excellent journey with CADMAXX.
5/5
BATTA KARTHEEK
Placed @ CADMAXX MFG Unit
Training was excellent. It was absolutely great to have been trained in cadmaxx.
CATIA V5 DESIGNER COURSE
Introduction
Course Details
Curriculum - Advanced
Curriculum - Premium
Introduction
CATIA is a multi-platform software suite for computer-aided design, computer-aided manufacturing, computer-aided engineering, PLM and 3D, developed by the French company Dassault Systems.
This course will teach you how to design parts and assemblies for product visualization. Creation of manufacturing drawing based on the concepts of technical drawing reading.
This course aims to bridge the gap between academia and the industry for the entry level opportunities in product design & development.
Objectives
- Read & understand engineering drawings
- Create 3D models from 2D sketch
- Design assemblies using different approaches
- Create manufacturing drawings of parts & assemblies
Course Details
Essentials
- Duration – 15 Days
- Duration – 60
- Material Provided – Yes
- Joining Kit – Yes
- Certification – Yes
Advanced
- Duration – 30 Days
- Duration – 120 Hrs.
- Material Provided – Yes
- Joining Kit – No
- Certification – Yes
Premium
- Duration – 45 Days
- Duration – 200 Hours
- Material Provided – Yes
- Joining Kit – Yes
- Certification – Yes
Curriculum - Advanced
Module 1: SKETCHER
- Introduction to CATIA & its interface. Customization of interface. Sketcher basics: constraints – geometric/dimensional.
- Sketch Tools-Grid, snap to grid, construction element, geometrical, dimensional constraint.
Profile toolbar-Profile, predefined profiles, circle, spline, conic, axis, line, point. - Constraint toolbar-constraints defined in a dialog box, constraint, contact constraint, fix together, auto constraint, animate constraint, edit multi constraint.
- Operations toolbar-Corner, chamfer, relimitations, transformations, 3D geometry
- Sketch analysis
- knowledge – formula
- Data management – open/save/save as/exit
- Examples on sketcher.
Module 2: PART DESIGN
- Introduction to part design & its interface.
- Parent child relationship between features
- Sketch based features – Pad, Pocket
- Measure tools
- Sketch based features – shaft, groove, hole,rib, slot.
- Sketch based features- Solid combine, stiffener, multi section solid, removed multi section solid.
- Reference elements – Points.
- Reference elements – Lines, planes.
- Dress up features: Fillets – Edge fillet.
- Dress up features – Fillets, chamfer, draft, shell.
- Concept of Neutral File Format, conversion to NFF (IGES, STEP etc.)
- Thickness, thread/tap, replace face, remove face.
- Tap thread analysis.
- Transformation features: Patterns – Rectangular, Circular, User
- Mirror
- Scale – scaling, affinity
- Multi body concepts – inserting bodies- Boolean operations.
- Transformation features -Use of transformations, axis system, 3D constraints, compass for moving bodies.
- Data management – open, save options.
- Exercises on part design
Module 3: ASSEMBLY DESIGN
- Introduction to assembly concepts (top down, bottom up) & CATIA assembly interface.
- Product structure tools – creation of sub-assemblies, component in assembly structure.
- Constraints – coincidence, surface contact, angle, offset, fix, fix together, quick constraint, Change constraint, Reuse pattern.
- Move – Manipulation, snap, smart move, stop manipulate on clash
- product structure tools-Existing component, EC with positioning, replace component, multi instantiation.
- Analyze: BOM, Generate Numbering, Dependencies, Mechanical structure
- compute clash
- Space Analysis – Clash sectioning, Distance & band Analysis.
- Annotations, Save Management, Link Management.
- Scenes – Exploded views, Configurations.
- Exercises on assembly design.
Module 4: DRAFTING
- Introduction to drafting (Interactive, Generative) & CATIA drafting interface.
- Sheet setup, sheet background -Frame & title block, revision block creation.
- Views: Projections – orthographic, isometric, sections, details, broken views, clipping, view creation wizard.
- Generative dimensioning.
- Dimensioning – Dimension, Dimension edition, Tolerancing, Dimension properties.
- Drawing – Sheets, new view.
- Interactive drafting: Graphic properties, Geometry creation toolbar, Geometry modification
- toolbar, Dress up.
- Annotations – text, symbols, tables.
- Detail sheet,2D component Instantiation.
- Assembly Documentation – BOM, Exploded view, Balloon Generation.
- Link Management
- Data Management – Save Management/Print.
Module 5: GENERATIVE SHAPE DESIGN
- Introduction to surface design & CATIA Shape Design interface.
- Introduction to different types of continuity.
- Tree Structure – Geometrical Set, Ordered Geometrical Set, hybrid design.
- Wireframe- Point, Points & Plane repetition, Extremum, Extremum polar.
- Line, Axis, Polyline.
- Plane, Planes between.
- Projection, combine, Reflect line
- Intersection
- Parallel curve, 3D curve offset.
- Circle, corner, and connect curve, conic, spline helix, spiral, Isoperimetric curve.
- Surfaces – Extrude, Revolve, Cylinder, Sphere.
- Offset.
- Fill, Multi section surface, Blend.
- Join/Healing: Join, healing, curve smooth, untrimmed, and disassemble.
- Operations: Trim, Split, Extracts, fillet, transformation, extrapolate.
- Sweep -explicit, line, circle, conic.
- Concepts of spine.
- Adaptive sweep
- Examples
- Part design: Surface based features-Split, thickness, close surface, sew surface.
- Exercises on surface design
Module 6: GENERATIVE SHEETMETAL DESIGN
- Introduction to sheet metal, basic concepts of sheet metal .
- Introduction to sheet metal workbench interface .
- Walls toolbar – sheet metal parameters, Tab, edge flange, miter flange
- Bending: Sketch Bend ,Jog, hem
- Cutting/Forming- Hole , Exturdecut, Forming tool, corner, chamfer, User defined forming tool.
- Manufacturing preparation – check overlapping DXF creation
- Transformations
Value Addition
- Engg Drawing Reading
- GD&T
- Resume building
- Mock Interview – 1
- Project – 1
Curriculum - Premium
Module 1: SKETCHER
- Introduction to CATIA & its interface. Customization of interface. Sketcher basics: constraints – geometric/dimensional.
- Sketch Tools-Grid, snap to grid, construction element, geometrical, dimensional constraint.
Profile toolbar-Profile, predefined profiles, circle, spline, conic, axis, line, point. - Constraint toolbar-constraints defined in a dialog box, constraint, contact constraint, fix together, auto constraint, animate constraint, edit multi constraint.
- Operations toolbar-Corner, chamfer, relimitations, transformations, 3D geometry
- Sketch analysis
- knowledge – formula
- Data management – open/save/save as/exit
- Examples on sketcher.
Module 2: PART DESIGN
- Introduction to part design & its interface.
- Parent child relationship between features
- Sketch based features – Pad, Pocket
- Measure tools
- Sketch based features – shaft, groove, hole,rib, slot.
- Sketch based features- Solid combine, stiffener, multi section solid, removed multi section solid.
- Reference elements – Points.
- Reference elements – Lines, planes.
- Dress up features: Fillets – Edge fillet.
- Dress up features – Fillets, chamfer, draft, shell.
- Concept of Neutral File Format, conversion to NFF (IGES, STEP etc.)
- Thickness, thread/tap, replace face, remove face.
- Tap thread analysis.
- Transformation features: Patterns – Rectangular, Circular, User
- Mirror
- Scale – scaling, affinity
- Multi body concepts – inserting bodies- Boolean operations.
- Transformation features -Use of transformations, axis system, 3D constraints, compass for moving bodies.
- Geometry Duplication: Copy, paste of features & bodies within the part or between parts.
- Paste Special Options
- Annotations, scan or define in work object, delete useless geometries, parameterization analysis, apply material, screenshot capture.
- Advanced Modeling Tools – power copy creation & instantiation of features, Catalog creation
- Design table
- Data management – open, save options.
- Exercises on part design
Module 3: ASSEMBLY DESIGN
- Introduction to assembly concepts (top down, bottom up) & CATIA assembly interface.
- Product structure tools – creation of sub-assemblies, component in assembly structure.
- Constraints – coincidence, surface contact, angle, offset, fix, fix together, quick constraint, Change constraint, Reuse pattern.
- Move – Manipulation, snap, smart move, stop manipulate on clash
- product structure tools-Existing component, EC with positioning, replace component, multi instantiation.
- Product structure tools – Flexible Sub Assembly, Manage Representation
- Top down Design approach – Part in assembly, multi model link concepts.
- Large Assembly Management – Selective load, visualization mode.
- Analyze: BOM, Generate Numbering, Dependencies, Mechanical structure
- compute clash
- Space Analysis – Clash sectioning, Distance & band Analysis.
- Annotations, Save Management, Link Management.
- Scenes – Exploded views, Configurations.
- Exercises on assembly design.
Module 4: DRAFTING
- Introduction to drafting (Interactive, Generative) & CATIA drafting interface.
- Sheet setup, sheet background -Frame & title block, revision block creation.
- Views: Projections – orthographic, isometric, sections, details, broken views, clipping, view creation wizard.
- Generative dimensioning.
- Dimensioning – Dimension, Dimension edition, Tolerancing, Dimension properties.
- Drawing – Sheets, new view.
- Interactive drafting: Graphic properties, Geometry creation toolbar, Geometry modification
- toolbar, Dress up.
- Annotations – text, symbols, tables.
- Detail sheet,2D component Instantiation.
- Assembly Documentation – BOM, Exploded view, Balloon Generation.
- Link Management
- Data Management – Save Management/Print.
Module 5: GENERATIVE SHAPE DESIGN
- Introduction to surface design & CATIA Shape Design interface.
- Introduction to different types of continuity.
- Tree Structure – Geometrical Set, Ordered Geometrical Set, hybrid design.
- Wireframe- Point, Points & Plane repetition, Extremum, Extremum polar.
- Line, Axis, Polyline.
- Plane, Planes between.
- Projection, combine, Reflect line
- Intersection
- Parallel curve, 3D curve offset.
- Circle, corner, and connect curve, conic, spline helix, spiral, Isoperimetric curve.
- Surfaces – Extrude, Revolve, Cylinder, Sphere.
- Offset.
- Fill, Multi section surface, Blend.
- Join/Healing: Join, healing, curve smooth, untrimmed, and disassemble.
- Operations: Trim, Split, Extracts, fillet, transformation, extrapolate.
- Sweep -explicit, line, circle, conic.
- Concepts of spine.
- Adaptive sweep
- Examples
- Part design: Surface based features-Split, thickness, close surface, sew surface.
- Exercises on surface design
Module 6: SHEETMETAL
- Introduction to sheet metal, basic concepts of sheet metal.
- Introduction to sheet metal workbench interface.
- Walls toolbar – sheet metal parameters, Tab, edge flange, miter flange
- Bending: Sketch Bend ,Jog, hem
- Cutting/Forming- Hole , Exturdecut, Forming tool, corner, chamfer, User defined forming tool.
- Manufacturing preparation – check overlapping DXF creation
- Transformations
Module 7: DMU KINEMATICS
- Introduction to DMU Kinematics
- DMU Kinematiocs:Kinematic joints-Revolute joint, prismatic,cylindrical,screw,spherical,planar,Rigid,Roll curve joint,Univerasl joint,
- Gear joint,Rack joint.
- DMU Generic Animation:Simulation ,compile Simulation,Replay
- DMU Analysis:clash,Distance and Band Analysis
- Kinematic update
Module 8: FTA (FUNCTIONAL TOLERANCING AND ANNOTATION)
- Introduction to FTA
- Views: View creation,Offset section view/ Sectioncut,Aligned Section view/section cut
- Annotation:Tolerancing Adwiser, Text with Leader,Flag Note with Leader,Datum Element,Datum Target,Gemetrical Tolerance,Roughness
- Frammed(Basic)Dimensions, Dimensions,Generative Dimension
- Gemetry for:Restricted Area,Construted Geometry Creation,Gepmetry Connection Management.
- Visualisation:3D- annotation- Query switch on /switch off, Clipping plane
Value Addition
- Engg Drawing Reading
- GD&T
- Resume building
- Career counselling
- Placement Assistance
- Mock interview every week
- Interview skills training
- Projects – 3
- Engg topics refresher
SIEMENS NX DESIGNER COURSE
Introduction
Course Details
Curriculum - Advanced
Curriculum - Premium
Introduction
NX, formerly known as “Unigraphics”, is an advanced high-end CAD/CAM/CAE, which has been owned since 2007 by Siemens PLM Software.
This course will teach you how to design simple & complex industry relevant parts and assemblies for product visualization. Creation of manufacturing drawing based on the concepts of technical drawing reading & GD&T. This course aims to bridge the gap between academia and the industry for the entry level opportunities in product design & development.
Objectives
- Read & understand engineering drawings
- Create parametric, feature based 3D models from 2D sketch
- Design & visualize assemblies using different approaches
- Create manufacturing drawings of parts & assemblies
Course Details
Essentials
- Duration – 15 Days
- Duration – 60
- Material Provided – Yes
- Joining Kit – No
- Certification – Yes
Advanced
- Duration – 30 Days
- Duration – 120 Hrs.
- Material Provided – Yes
- Joining Kit – No
- Certification – Yes
Premium
- Duration – 45 Days
- Duration – 200 Hours
- Material Provided – Yes
- Joining Kit – Yes
- Certification – Yes
Curriculum - Advanced
Module 1: SKETCH
- Introduction to NX & its interface.
- Navigation into applications (template selection) and display controls.
- CSYS and plane selection for sketch
- Access Sketch and sketch in task environment
- Sketch Curve: Profile, line, arc, circle, fillet, chamfer, rectangle, polygon, studio spline, ellipse, conic, and point.
- Curve edit: quick trim, quick extend, make corner.
- Sketch Constraints: geometric/dimensional, Display sketch constraints, auto constraint, auto dimension, show/remove constraints, animate dimension, convert to reference, alternate solution, inferred constraint & dimensions, create inferred constraints, continuous auto dimensioning.
- Reattach sketch
- Expressions and formulas in sketch
Module 2: PART DESIGN/SOLID MODELING
- Introduction to feature based solid modeling
- Interface customization and navigation.
- Parent child relationship between features (dependencies).
- Use of part navigator and model history
- Design features: Extrude, revolve, hole, rib, thread.
- Sweep: Sweep along guide, swept, tube
- Mesh surface: Ruled, through curves
- Combine: Unite, subtract , intersect, trim body
- Datum/Point: Datum plane, datum axis, datum CSYS, point
- Associative Copy: Pattern feature, pattern geometry, mirror feature, mirror geometry.
- Detail Features: Edge blend, face blend, chamfer, draft
- Offset/scale: Shell, thicken, scale body
- Feature creation order, reordering the tree structure, dynamic sectioning.
- Concept of data migration, conversion to NFF (IGES, STEP etc.), import and export
- Layers: move, copy, settings, category, visibility control
- Feature editing
- apply material, screenshot capture.
- Expressions, formulas & attributes
- Automatic feature replay
- Utility tools: measure
- Analysis: draft analysis
Module 3: SURFACE DESIGN
- Introduction to surface design & NX modeling interface.
- Introduction to different types of continuity.
- Surface design workflow.
- Wireframe creation: 3D curve and derived curves
- Basic surface creation tools: Extrude, revolve, sweep, mesh surface
- Extract geometry, offset surface, fillets, flange surface
- Trim: trimmed sheet, trim & extend, un trim, delete edge
- Fill: through curve mesh, N sided surface, bounded plane
- Join: Sew, un sew
- Solid creation from surface: thicken & closed solid (sew)
Module 4: ASSEMBLY DESIGN
- Introduction to assembly concepts (top down, bottom up, product structure) & NX assembly interface.
- Components: add component, create new parent, replace component, make unique, pattern component, mirror assembly, suppress/ unsupress
- Component position: Move component, assly constraints, show/hide constraints, show degrees of freedom
- Validation: compute interference
- exploded views
- Documentation: BOM, balloons, Dependencies, Mechanical structure,
- Annotations, Save Management
- Top down design: create new component, create new parent, WAVE Geometry linker, Inter part link browser, promote bodies
Module 5: DRAFTING
- Introduction to drafting (Interactive, Generative) & NX drafting interface.
- Preference settings
- Sheet setup, sheet background -Frame & title block, revision block creation(template)
- Views: Projections – orthographic, isometric, sections, details, broken views, clipping, view creation wizard, view related modifications
- Dimensioning – Dimension, Dimension edition, tolerances and Dimension properties.
- Drawing – Add Sheets, new view, update.
- User defined symbols
- Annotations – GD&T, note, balloons, symbols, tables, welding & surface roughness symbols.
- Interactive drafting: Graphic properties, Geometry creation toolbar, Geometry modification
- Assembly Documentation – BOM, Exploded view, Balloon Generation.
- Link Management
- Data Management – Save Management/Print.
Module 6: SHEETMETAL DESIGN
- Introduction to sheet metal, basic concepts of sheet metal.
- Introduction to sheet metal workbench interface.
- Primary wall creation: Tab, Flange, contour flange, lofted flange, hem flange, bend, jog, SM from solid
- Corner: Closed corner, three bend corner, break corner, chamfer
- Punch: Dimple, louver, drawn cutout, bead, solid punch, gusset
- Cut: Extrude, normal cutout , bend taper
- Resize: Resize bend radius, bend angle, neutral factor
- Form: Unbend, rebend
- Design Feature: Hole, pattern, mirror, trim, unite
- Convert: Convert to sheetmetal, edge rip
- Flat pattern: Flat solid, flat pattern, export flat pattern
Value Addition
- Engg Drawing Reading
- GD&T
- Resume building
- Mock Interview – 1
- Project – 1
Curriculum - Premium
Module 1: SKETCH
- Introduction to NX & its interface.
- Navigation into applications (template selection) and display controls.
- CSYS and plane selection for sketch
- Access Sketch and sketch in task environment
- Sketch Curve: Profile, line, arc, circle, fillet, chamfer, rectangle, polygon, studio spline, ellipse, conic, and point.
- Curve edit: quick trim, quick extend, make corner.
- Sketch Constraints: geometric/dimensional, Display sketch constraints, auto constraint, auto dimension, show/remove constraints, animate dimension, convert to reference, alternate solution, inferred constraint & dimensions, create inferred constraints, continuous auto dimensioning.
- Reattach sketch
- Expressions and formulas in sketch
Module 2: PART DESIGN/SOLID MODELING
- Introduction to feature based solid modeling
- Interface customization and navigation.
- Parent child relationship between features (dependencies).
- Use of part navigator and model history
- Design features: Extrude, revolve, hole, rib, thread.
- Sweep: Sweep along guide, swept, tube
- Mesh surface: Ruled, through curves
- Combine: Unite, subtract , intersect, trim body
- Datum/Point: Datum plane, datum axis, datum CSYS, point
- Associative Copy: Pattern feature, pattern geometry, mirror feature, mirror geometry.
- Detail Features: Edge blend, face blend, chamfer, draft
- Offset/scale: Shell, thicken, scale body
- Feature creation order, reordering the tree structure, dynamic sectioning.
- Concept of data migration, conversion to NFF (IGES, STEP etc.), import and export
- Layers: move, copy, settings, category, visibility control
- Feature editing
- Geometry Duplication: Copy, paste of features & bodies within the part or between parts.
- WAVE link geometry for linked copies of models.
- apply material, screenshot capture.
- Expressions, formulas & attributes
- Part families
- Automatic feature replay
- Utility tools: measure
- Analysis: draft analysis
Module 3: SURFACE DESIGN
- Introduction to surface design & NX modeling interface.
- Introduction to different types of continuity.
- Surface design workflow.
- Wireframe creation: 3D curve and derived curves
- Basic surface creation tools: Extrude, revolve, sweep, mesh surface
- Extract geometry, offset surface, fillets, flange surface
- Trim: trimmed sheet, trim & extend, un trim, delete edge
- Fill: through curve mesh, N sided surface, bounded plane
- Join: Sew, un sew
- Solid creation from surface: thicken & closed solid (sew)
Module 4: ASSEMBLY DESIGN
- Introduction to assembly concepts (top down, bottom up, product structure) & NX assembly interface.
- Components: add component, create new parent, replace component, make unique, pattern component, mirror assembly, suppress/ unsupress
- Component position: Move component, assly constraints, show/hide constraints, show degrees of freedom
- Validation: compute interference
- exploded views
- Documentation: BOM, balloons, Dependencies, Mechanical structure,
- Annotations, Save Management
- Top down design: create new component, create new parent, WAVE Geometry linker, Inter part link browser, promote bodies
- Large assly mgmt.
Module 5: DRAFTING
- Introduction to drafting (Interactive, Generative) & NX drafting interface.
- Preference settings
- Sheet setup, sheet background -Frame & title block, revision block creation(template)
- Views: Projections – orthographic, isometric, sections, details, broken views, clipping, view creation wizard, view related modifications
- Dimensioning – Dimension, Dimension edition, tolerances and Dimension properties.
- Drawing – Add Sheets, new view, update.
- User defined symbols
- Annotations – GD&T, note, balloons, symbols, tables, welding & surface roughness symbols.
- Interactive drafting: Graphic properties, Geometry creation toolbar, Geometry modification
- Assembly Documentation – BOM, Exploded view, Balloon Generation.
- Link Management
- Data Management – Save Management/Print.
Module 6: SHEETMETAL DESIGN
- Introduction to sheet metal, basic concepts of sheet metal.
- Introduction to sheet metal workbench interface.
- Primary wall creation: Tab, Flange, contour flange, lofted flange, hem flange, bend, jog, SM from solid
- Corner: Closed corner, three bend corner, break corner, chamfer
- Punch: Dimple, louver, drawn cutout, bead, solid punch, gusset
- Cut: Extrude, normal cutout , bend taper
- Resize: Resize bend radius, bend angle, neutral factor
- Form: Unbend, rebend
- Design Feature: Hole, pattern, mirror, trim, unite
- Convert: Convert to sheetmetal, edge rip
- Flat pattern: Flat solid, flat pattern, export flat pattern
Module 7: PMI (PRODUCT AND MANUFACTURING INFORMATION)
- Introduction to PMI
- Dimension: Rapid, Liear, Radial,Angular,Chamfer, Hole and Thread callout, Ordinate,Thickness,Arc lenth.
- Annotation:Note, Feature control frame,Datum feature symbol,Surface finish,Datum target,Weld symbol,Ballon.
- Table:insert,Edit table, Edit cell
- Supplemental Geometry:Region,center mark, centerline,Bolt circle centerline
- Tools:Section view, compare
- Display:Resize,Position,Sppress PMI object,Edit settings.
Value Addition
- Engg Drawing Reading
- GD&T
- Resume building
- Career counselling
- Placement Assistance
- Mock interview every week
- Interview skills training
- Projects – 3
- Engg topics refresher
SOLIDWORKS DESIGNER COURSE
Introduction
Course Details
Curriculum - Advanced
Curriculum - Premium
Introduction
SolidWorks is a solid modelling computer-aided design (CAD) and computer-aided engineering (CAE) computer program published by Dassault Systèmes.
This course will teach you how to design parts and assemblies for product visualization. Creation of manufacturing drawing based on the concepts of technical drawing reading & GD&T. This course aims to bridge the gap between academia and the industry for the entry level opportunities in product design & development.
Objectives
- Read & understand engineering drawings
- Create 3D models from 2D sketch
- Design assemblies using different approaches
- Create manufacturing drawings of parts & assemblies
Course Details
Essentials
- Duration – 15 Days
- Duration – 60
- Material Provided – Yes
- Joining Kit – No
- Certification – Yes
Advanced
- Duration – 30 Days
- Duration – 120 Hrs.
- Material Provided – Yes
- Joining Kit – No
- Certification – Yes
Premium
- Duration – 45 Days
- Duration – 200 Hours
- Material Provided – Yes
- Joining Kit – Yes
- Certification – Yes
Curriculum - Advanced
Module 1: SKETCH
- Introduction to Solidworks & its interface.
- Navigation into applications (template selection) and display controls.
- Plane selection for sketch
- Sketch : Line,Rectangle,slot, , circle ,arc, polygon, polygon, spline, ellipse, conic, fillet, chamfer,text, point
- plane, trim entities, extend entities, convert entities and offset entities,mirror entities,
- Linear sketch pattern, circular sketch pattern,move entities.Sketch Constraints: geometric/dimensional, Display /delete relations
- Repair sketch, instant 2D, shaded sketch contours
- Edit sketch plane
- Exercises
Module 2: PART DESIGN/SOLID MODELING
- Introduction to feature based solid modeling
- Interface customization and navigation.
- Parent child relationship between features (dependencies).
- Use Feature Manager Design Tree
- Extruded Boss/Base & Extruded Cut
- Revolved Boss/Base & Revolved cut
- Hole Wizard & thread
- Swept Boss/Base & Swept cut
- Lofted Boss/Base & lofted cut
- Boundary Boss/Base & Boundary cut
- Rib
- Fillet/Chamfer/Draft/Shell/Wrap/intersect
- Feature creation order, reordering the tree structure.
- Mirror/Patterns
- Reference Geometry
- Evaluate: measure
- Exercises
Module 3: ASSEMBLY DESIGN
- Introduction to assembly concepts (top down, bottom up, ) & Solidworks assembly interface.
- Insert component, Standard mates
- Pattern component, mirror component, copy with mates, suppress/ unsupress
- Move component/rotate component , show hidden components
- Exercises
Module 4: DRAFTING
- Introduction to drafting (Interactive, Generative) & Solidworks drafting interface.
- Sheet format /Size
- Sheet setup, sheet background Frame & title block, (template)
- View Layout: Projections orthographic, isometric, sections, details, broken-out section,Break view,Crop view,view related modifications
- Annotation – Smart Dimension, Dimension edition, tolerances and Dimension properties,format painter, Note, cirular pattern,Ballon, Auto Ballon,magnetic line, surfcae finish, weld symbol,Gemetrical Tolerance, Datum Feature,Datum Target,Blocks, Center Mark Area Hatch/Fill, Rivision Cloud, Tables-General table , Hole Table, Bill of Material.
- Drawing – Add Sheets, Rebuild
- Exercises
Value Addition
- Engg Drawing Reading
Curriculum - Premium
Module 1: SKETCH
- Introduction to Solidworks & its interface.
- Navigation into applications (template selection) and display controls.
- Plane selection for sketch
- Sketch : Line,Rectangle,slot, , circle ,arc, polygon, polygon, spline, ellipse, conic, fillet, chamfer,text, point
- plane, trim entities, extend entities, convert entities and offset entities,mirror entities,
- Linear sketch pattern, circular sketch pattern,move entities.Sketch Constraints: geometric/dimensional, Display /delete relations
- Repair sketch, instant 2D, shaded sketch contours
- Edit sketch plane
- Exercises
Module 2: PART DESIGN/SOLID MODELING
- Introduction to feature based solid modeling
- Interface customization and navigation.
- Parent child relationship between features (dependencies).
- Use Feature Manager Design Tree
- Extruded Boss/Base & Extruded Cut
- Revolved Boss/Base & Revolved cut
- Hole Wizard & thread
- Swept Boss/Base & Swept cut
- Lofted Boss/Base & lofted cut
- Boundary Boss/Base & Boundary cut
- Fillet/Chamfer/Rib/Draft/Shell/Wrap/intersect/Flex
- Combine:Add, Subtrct,Common
- Feature creation order, reordering the tree structure.
- Mirror/Patterns
- Concept of data migration, conversion to NFF (IGES, STEP etc.), import and exporty
- Apply material
- Equation & Configuration
- Evaluate: measure
- Exercises
Module 3: ASSEMBLY DESIGN
- Introduction to assembly concepts (top down, bottom up, ) & Solidworks assembly interface.
- Insert component, Mate-Standard mate
- pattern component, mirror component, copy with mates, suppress/ unsupress
- Move component/rotate component , show hidden components
- Assembly features,New Motion Study,Bill of material,Exploded View
- Validation: interference detection, clearance verification
- Top down design: New part, New assembly
- Exercises
Module 4: DRAFTING
- Introduction to drafting (Interactive, Generative) & Solidworks drafting interface.
- Sheet format /Size
- Sheet setup, sheet background Frame & title block, (template)
- View Layout: Projections orthographic, isometric, sections, details, broken-out section,Break view,Crop view,view related modifications
- Annotation – Smart Dimension, Dimension edition, tolerances and Dimension properties,format painter, Note, cirular pattern,Ballon, Auto Ballon,magnetic line, surfcae finish, weld symbol,Gemetrical Tolerance, Datum Feature,Datum Target,Blocks, Center Mark Area Hatch/Fill, Rivision Cloud, Tables-General table , Hole Table, Bill of Material.
- Drawing – Add Sheets, Rebuild
- Data Management Save Management/Print.
- Assembly Documentation BOM, Exploded view, Balloon Generation.
- Exercises
Module 5: SURFACE
- Introduction to different types of continuity.
- Defining planes for surface creation
- Curves
- Extrude, revolve, sweep, lofted surface Boundary surface
- Extract geometry, offset surface, fillets
- Extend surface ,Trim surface and Untrim surface
- Rruled surface, planer surface, fill surface
- Knit Surface, Delete face, Replace Face
- Solid creation from surface: thicken, thicken cut and cut with surface
- Exercises
Module 6: SURFACE
- Introduction to sheet metal, basic concepts of sheet metal.
- Introduction to sheet metal workbench interface.
- Base flange/Tab, Edge flange, miter flange
- Bending: Sketch Bend ,Jog, hem, Cross Break
- Corners,Forming tool, User defined forming tool.
- Sheet Metal Gusset, Extuded cut, Simple Hole, Vent, Unfold, Fold, Flatten, No bend, rip Insert Bends, Coverted to Sheet Metal, Lofted Bend
- Exercises
Module 7: WELDMENTS
- Introduction to Weldments
- Introduction to Weldments workbench interface
- 3D sketch,Weldment, Structural Member, Trim/Extend Extruded Boss/Base,
- End Cap, Gusset, Weld Bead, Extruded Cut, Hole Wizard, Chamfer
- Reference Geometry
- Exercises
Module 8: SOLIDWORKS MBD
- Introduction to Solidworks MBD
- Introduction to Solidworks MBD workbench interface
- Auto dimension Scheme,Location dimension, Size Dimension,Basic Location Dimension,Datum,Geometrical Tolerance
- Pattern Feature,Show tolerance Status, Datum Target, Surface Finish, Weld Symbol, Note, Smart Dimension
- Table, capture 3D view Section view, Model Break View.
- Exercises
Value Addition
- Engg Drawing Reading
- GD&T
- Resume building
- Career counselling
- Placement Assistance
- Mock interview every week
- Interview skills training
- Projects – 3
- Engg topics refresher
AUTOCAD DESIGNER COURSE
Introduction
Course Details
Course Modules
Introduction
AutoCAD is a commercial computer-aided design (CAD) and drafting software application. Developed and marketed by Autodesk.
This course will teach you how to create manufacturing drawing based on the concepts of technical drawing reading & GD&T using AutoCAD. This course aims to bridge the gap between academia and the industry for the entry level opportunities in product design & development.
Objectives
- Read & understand engineering drawings
- Create 2D drawings using AutoCAD
- Annotate and define manufacturing details
- Manage visualization using layers
- Print/publish drawings for manufacturing
Course Details
- Duration – 15 Days
- Duration – 60
- Value Addition – Engg. Drawing Reading
- Material Provided – Yes
- Joining Kit – No
- Certification – Yes
Course Modules
Module 1 : Getting Started with AutoCAD
- Opening and Creating Drawings
- Exploring the AutoCAD interface
- Zooming and Panning
Module 2 : Basic Drawing & Editing Commands
- Using the Mouse, Keyboard, and Enter Key to work quickly and efficiently in AutoCAD
- Lines
- Circles
- Rectangles
Module 3 : Projects – Creating a Simple Drawing
- Creating Simple Drawings
- Using Object Snap Tracking to extrapolate a projected top view
- Using Modify tools to arrange an office layout
Module 4 : Drawing Precision in AutoCAD
- Polar and Ortho Tracking
- Entering Coordinates and Angles
- Object Snaps and Tracking
Module 5 : Making Changes in Your Drawing
- Move
- Copy
- Rotate
- Mirror
- Scale
- Using the reference option with the Scale Tool
Module 6 : Drawing Templates
- Using Template Files (.dwt) to Make New Drawing
- Exploring what Settings and Elements are saved with Templates
Module 7 : Organizing Your Drawing with Layers
- Layer States
- Properties by Layer
- Layer Tools
Module 8 : Advanced Object Types
- Polylines
- Arcs
- Polygons
- Ellipses
Module 9 : Analyzing Model and Object Properties
- The Properties Palette
- Quick Select
- Select Similar
- Measure Geometry Tools
Module 10 : Advanced Editing Commands
- Trim and Extend
- Fillet and Chamfer
- Polyline Edit and Spline
- Offset and Explode
- Join
Module 11 : Inserting Blocks
- The Insert Block Command
- Inserting Blocks with Tool Palettes
- Dynamic Blocs
- Migrating Blocks and other Elements between Drawings with Design Center
Module 12 : Text
- The Multiline Text Tool
- The Single Line Text Tool
- Editing Text
- Text in Model Space vs. Paper Space
- The Multileader Tool
Module 13 : Hatching
- The Hatch Command
- The Hatch Editor Ribbon Tab
- Saving and Applying Hatches with Tool Palettes
Module 14 : Adding Dimensions
- Using Dimensioning Tools
- Dimensioning in a Layout Tab vs. the Model Tab
- Using Dimension Styles
- Editing Dimensions
Module 15 : Projects – Annotating Your Drawing
- Dimensioning a Mechanical Drawing
Module 16 : Setting Up a Layout
- Using Layouts and Viewports
- Scaling Viewports
- Model Space vs. Paper Space in Layouts
Module 17 : Printing Your Drawing
- Printing from Layout Tabs
- Printing from the Model Tab
Why Cadmaxx Edtech?
As a leading Edtech company with 18+ years of experience in job-oriented, industry-specific training programs, Cadmaxx is committed to providing the highest quality education to our students. With a proven track record of success, we have trained over 20,000 students and established partnerships with 200+ clients.
We are proud to be an authorized training partner of industry leaders such as Dassault Systemes, Siemens and ALTAIR and maintain a state-of-the-art infrastructure equipped with the latest technologies. Our dedicated team of trainers, with extensive experience in the industry, provides personalized support and guidance to each of our students.
In addition to providing a comprehensive education, we also offer placement assistance to help our graduates find job opportunities in their chosen field. Our commitment to student success has made us a trusted and respected provider of job-oriented, industry-specific training programs.
Join the Cadmaxx community and take your career to the next level with our innovative and effective training programs.
We are proud to be an authorized training partner of industry leaders such as Dassault Systemes, Siemens and ALTAIR and maintain a state-of-the-art infrastructure equipped with the latest technologies. Our dedicated team of trainers, with extensive experience in the industry, provides personalized support and guidance to each of our students.
In addition to providing a comprehensive education, we also offer placement assistance to help our graduates find job opportunities in their chosen field. Our commitment to student success has made us a trusted and respected provider of job-oriented, industry-specific training programs.
Join the Cadmaxx community and take your career to the next level with our innovative and effective training programs.
Our Recruitment Partners
Success Stories
4/5
JINNU GOWDA
Placed @ Expleo Technologies India Pvt Ltd
Cadmaxx is platform to achieve a goal in the field of design and engineering.The instructors provide us with various knowledge about design and Engineering fundamentals. They help us in clearing our doubts. Teaching is fantastic. I am really thankful to cadmaxx to give an opportunity to place expleo Technologys India Pvt. Ltd.
Thank you.
4/5
THULASI A
Placed @ Safran Aerospace Engineering
I would like to thank Cadmaxx for providing the great opportunity. I learnt Catia V5 software in Cadmaxx. Being a fresher it’s really hard to enter into the aerospace industry without knowing the industrial standards. But Cadmaxx helped me getting placed at Safran aerospace. I gained more knowledge of the design software here. The way of teaching is very good.
5/5
SUSHMA C R
Placed @ Molex India Pvt. Ltd.
The software which i learnt in CADMAXX is CATIA V5 it’s a 3 months training. The training in cadmaxx helped me to enhance my skills and also helped me to enhance engineering fundamentals. The projects and Design provided by them was very useful and it helped me to understand the software even more better. I would like to thanks Pavan sir who trained us and helped us to understand concepts better.
5/5
TUKARAM
Placed @ 3D CAD INDIA LTD
I spent a good amount of time in Cadmax Solutions. The staff as well as the non teaching staff were friendly. I never dream about success, I always work hard for it. I believed in myself so that my hard work pays off to me someday.
5/5
RONITH B
Placed @ Expleo
I was searching for a good CAD training institute and came across CADMAXX. I enrolled for CATIA V5. I’m glad that i enrolled the course at CADMAXX, the course is well structured to take you from a rookie to advanced. The trainers, lab facilities, placement assistance, etc., are very good to advance your career. Thank you CADMAXX for your support.
I definitely recommend CADMAXX for CAD training.
5/5
SHWETA CHANDRASHEKHAR PATIL
Placed @ Allygrow Technologies
I got an opportunity to learn so many things practically and industry vision wise. trainers in Cadmaxx and it is the place where I got wide range of knowledge. I would suggest to go for training at cadmaxx if somebody wants to train themselves and be Job ready, its worth the time.
Who is this Course For?
- Freshers
If you’re looking for the next big thing in world’s leading solutions for product design and experience in multiple industries to develop the products we see and use in our everyday lives and trying to bridge the gap between your existing skill sets and industry expectations, then this course is for you.
- Final Year Engineering graduates
This course would be a game-changer for anyone studying for a degree in Mechanical stream who wants to learn about the most cutting-edge technology available today. Work on cutting-edge projects to distinguish yourself from your friends/seniors and become the top pick for future recruiters.
- Working professionals who wants to upskill and shift to new role
If you’re a working professional looking to advance your career or switch industries, this course is for you. Our CATIA V5 design course can help you land the career you’ve always wanted and the hiking trip you’ve always wanted.
Mechaical CAD / CAE Course Details
Mechanical CAD (MCAD), also referred to as mechanical design automation (MDA), software enables mechanical engineers to create product designs with accurate and detailed technical drawings (2D or 3D models), and specifications for engineering
and manufacturing.
CAE tools are used, to analyse the robustness and performance of components and
assemblies. CAE tools encompass simulation, validation, and optimization ofproducts and manufacturing tools
CAD & CAE courses:
- CATIA V5
- NX CAD
- SOLID WORKS
- SOLID EDGE
- AUTO CAD 2D
- HYPERMESH
DOMAIN courses:
- Automotive BIW
- Fixture Design
- Automotive Seating
- Design
- Electrical Wire
- Harness Design
- Automotive Plastic
- Product Design
- Automotive
- Sheetmetal Design
- Aircraft Structure
- Design
- Remastering
- GD&T & more …
Advanced level: 1 month
Premium level: 2 months (with MFG industry training)
Diploma, BE/BTech and ME/MTech with streams of Mechanical/Auto/Aero/IP who is willing to start career as Design Engineers can join this course.
Freshers/Job seekers who wish to upskill themselves in design career/working professionals in the field of quality/production/manufacturing sector.
Yes.
We offer ONLINE classes as well and course fees is same for OFFLINE and ONLINE.
Course fee various from course to course as we offer different course types and we also provide seasonal offers and limited course fee offers.
To know more about course fees kindly do register/enquire at our desk. (More @
9739866621)
Yes, 5 days of free demo Class.
Yes, Internship Program on various CAD tools CATIA V5, NX CAD, SOLID WORKS, SOLID EDGE.
Yes, we do provide industry training for max 10days for the premium level courses.
Yes, we provide industry projects (Min 5)
Yes, we do have Weekend batches
You can request for recorded session of the class you missed.
Resume Building, Mock Interviews, Manufacturing Industry training, Industry talks/webinars.
At CADMAXX Edtech there is a dedicated placement team which ensures you get placement opportunities until you get placed (we have 70-80% placed candidates records)
We have 100+ hiring clients from OEM’s and Engineering services, naming few
here :
- OTIS
- Autoliv
- Capgemini
- HCL
- Expleo technologies India Pvt ltd
- Molex India Pvt ltd
- Safran Engineering services (INDIA) Pvt ltd
- Methode Electronics
- Kennametal
- Tech Mahindra Ltd
- Middleby India Engineering Pvt ltd
- Actalent services
- NASH Industries
- CIE Golde groups & many more…….
Step Ahead in the Mechanical Design Industry with Our Expert Training in the Latest CAD Software: Catia V5, Solid Works, NX CAD, and AutoCAD 2D
At Cadmaxx Edtech, we are committed to providing personalized support and guidance to each and every one of our students. Whether you are just starting out or looking to enhance your existing skills, our courses will help you reach your goals and become industry-ready.
Authorised Partner of