Advanced SolidWorks Training in Coimbatore

Looking for SolidWorks training in Coimbatore?

Fortress Institute of Training Solutions provides practical CAD and engineering-design training for students, graduates, designers and working professionals.

The Advanced SolidWorks Course in Coimbatore is designed to take learners from fundamental sketching and 3D part modelling to advanced assemblies, engineering drawings, sheet metal, weldments, surface modelling, configurations, design tables, motion studies and industry-oriented product-development projects.

Located in Peelamedu near Hope College, Coimbatore, Fortress Institute provides technical training for learners who want to develop practical CAD skills.

Contact Fortress Institute: +91 93602 16123 Peelamedu, Hope College, Coimbatore

What Is SolidWorks?

SolidWorks is a 3D CAD software platform widely used for mechanical design, product development, assemblies, engineering drawings, sheet-metal design, weldments, simulation and related engineering workflows.

SolidWorks uses a feature-based parametric modelling approach. Designers create sketches and features that can be modified through dimensions, relationships and design history.

A professional SolidWorks course should cover much more than basic 3D modelling.

Students should learn how to:

Create fully defined sketches
Build parametric parts
Use feature-based modelling
Create complex mechanical components
Create assemblies
Apply assembly mates
Manage large assemblies
Create engineering drawings
Apply dimensions and tolerances
Understand GD&T
Create sheet-metal components
Create weldments
Develop structural members
Create complex surfaces
Use configurations
Create design tables
Automate design variations
Perform interference detection
Create exploded views
Generate BOMs
Create motion studies
Understand simulation fundamentals
Prepare professional design documentation

SolidWorks Course Curriculum

Module 1: SolidWorks Interface and Fundamentals

Topics

SolidWorks interface
CommandManager
FeatureManager Design Tree
PropertyManager
ConfigurationManager
Task Pane
Heads-Up View toolbar
View manipulation
Mouse gestures
File management
Part files
Assembly files
Drawing files
Units
Document properties
Templates

Learning Outcome

Students understand the SolidWorks environment and develop an organized modelling workflow.

Module 2: Sketching

Sketching is the foundation of parametric SolidWorks modelling.

Topics

Lines
Centerlines
Construction geometry
Circles
Arcs
Rectangles
Slots
Polygons
Splines
Ellipses
Sketch entities
Relations
Dimensions
Fully defined sketches
Under-defined sketches
Over-defined sketches
Sketch repair

Practical Exercise

Create a fully defined mechanical bracket sketch.

Module 3: Sketch Relations and Design Intent

Topics

Coincident
Horizontal
Vertical
Parallel
Perpendicular
Tangent
Concentric
Equal
Symmetric
Midpoint
Collinear
Pierce
Fix
Construction geometry
Fully defined sketches
Design intent

Module 4: Basic Part Modelling

Topics

Extruded Boss/Base
Extruded Cut
Revolved Boss/Base
Revolved Cut
Sweep
Loft
Hole Wizard
Fillet
Chamfer
Shell
Draft
Rib

Practical Project

Create a mechanical mounting bracket using multiple features.

Module 5: Advanced Part Modelling

Topics

Variable fillets
Multi-radius fillets
Advanced chamfers
Sweeps
Swept cuts
Boundary Boss/Base
Boundary Cut
Lofted features
Thin features
Dome
Wrap
Deform
Flex
Combine
Split
Move/Copy Bodies
Delete/Keep Body

Module 6: Reference Geometry

Topics

Reference planes
Reference axes
Coordinate systems
Points
Temporary axes
Reference geometry
Offset planes
Angled planes
Midplanes

Module 7: Patterns and Mirroring

Topics

Linear pattern
Circular pattern
Curve-driven pattern
Sketch-driven pattern
Table-driven pattern
Fill pattern
Variable pattern
Mirror
Geometry pattern
Feature pattern
Body pattern

Project

Create a flanged component with multiple patterned holes.

Module 8: Advanced Mechanical Features

Topics

Hole Wizard
Countersink
Counterbore
Tapped holes
Cosmetic threads
Rib
Draft
Shell
Fillet
Chamfer
Thread features
Library features

Module 9: Multi-Body Part Modelling

Topics

Multibody parts
Creating multiple bodies
Combining bodies
Subtracting bodies
Common bodies
Split
Save Bodies
Move/Copy Bodies
Body patterns

Practical Project

Create a multi-body machine component and separate the bodies into individual part files.

Module 10: Assembly Modelling

Topics

Creating assemblies
Inserting components
Standard mates
Advanced mates
Mechanical mates
Coincident
Concentric
Parallel
Perpendicular
Distance
Angle
Width
Symmetric
Gear mate
Rack and pinion concepts

Module 11: Advanced Assemblies

Topics

Subassemblies
Flexible subassemblies
Assembly configurations
Component patterns
Assembly features
Large assembly management
Lightweight components
SpeedPak concepts
Display states
Component suppression
Assembly references

Module 12: Exploded Views

Topics

Exploded views
Exploded steps
Exploded lines
Exploded animations
Assembly presentation
Drawing exploded views

Module 13: Bill of Materials

Topics

BOM creation
Part numbers
Item numbers
Quantities
Custom properties
BOM templates
Indented BOM
Parts-only BOM
Top-level BOM
Ballooning

Module 14: Engineering Drawings

Topics

Drawing templates
Sheet formats
Standard views
Projected views
Section views
Detail views
Auxiliary views
Broken views
Crop views
Alternate position views
Model views

Module 15: Dimensioning and Annotations

Topics

Smart Dimension
Baseline dimensions
Chain dimensions
Ordinate dimensions
Hole callouts
Center marks
Centerlines
Notes
Balloons
Surface finish
Weld symbols
Revision symbols

Module 16: GD&T

Topics

Datum references
Feature control frames
Position
Flatness
Straightness
Circularity
Cylindricity
Parallelism
Perpendicularity
Angularity
Profile
Runout
MMC
LMC
Tolerance interpretation

Module 17: Sheet Metal

Topics

Base flange
Edge flange
Miter flange
Hem
Jog
Sketched bend
Closed corner
Corner trim
Unfold
Fold
Flatten
Sheet-metal gauge tables
Bend allowance
K-factor
Flat patterns

Project

Create a complete sheet-metal electrical enclosure.

Module 18: Weldments

Topics

Weldment profiles
Structural members
Groups
Trim/Extend
Gussets
End caps
Weld beads
Cut lists
Weldment drawings
Custom profiles

Project

Create a structural machine frame.

Module 19: Surface Modelling

Topics

Extruded surfaces
Revolved surfaces
Swept surfaces
Boundary surfaces
Lofted surfaces
Planar surfaces
Filled surfaces
Offset surfaces
Trim surface
Knit surface
Extend surface
Replace face
Delete face
Thicken

Module 20: Advanced Surface Design

Topics

Tangency
Curvature continuity
Surface transitions
Complex blends
Product housings
Consumer-product design
Automotive-style surfaces
Surface repair
Surface evaluation

Module 21: Configurations

Topics

Configurations
Configuration-specific dimensions
Configuration-specific features
Suppression states
Design variants
Configuration properties
Assembly configurations
Drawing configurations

Module 22: Design Tables

Topics

Excel-based design tables
Dimension control
Feature suppression
Configuration creation
Part variations
Assembly variations
Automated design families

Project

Create a family of bolts with different diameters and lengths.

Module 23: Custom Properties

Topics

Custom properties
Part numbers
Material
Description
Manufacturer
Revision
Weight
Drawing information
BOM integration

Module 24: Motion Study

Topics

Motion studies
Animation
Basic motion
Motor
Gravity
Contact
Collision
Mates
Motion analysis concepts
Motion results

Project

Create a mechanical linkage and demonstrate its movement.

Module 25: Simulation Fundamentals

Topics

Simulation concepts
Materials
Fixtures
Loads
Mesh concepts
Static studies
Stress
Displacement
Factor of safety
Result interpretation

Simulation setup and available functionality depend on the SolidWorks product/license configuration.

Module 26: Manufacturing-Oriented Design

Topics

Design for manufacturing
Machining considerations
Sheet-metal manufacturing
Weldment design
Material selection
Tolerances
Hole standards
Fillets
Draft
Wall thickness
Manufacturing documentation

Module 27: Final Industry Project

Students complete an end-to-end design project:

Concept → Sketch → Part → Assembly → Drawing → BOM → GD&T → Manufacturing Documentation

SolidWorks Projects

Project 1: Mechanical Bracket

Create:

Fully defined sketch
Extrusion
Cut
Hole Wizard
Fillets
Chamfers
Drawing

Project 2: Shaft Assembly

Create:

Shaft
Bearings
Housing
Fasteners
Mates
Exploded view
BOM

Project 3: Gearbox

Create:

Housing
Shafts
Gears
Bearings
Covers
Fasteners
Assembly
Exploded view
BOM

Project 4: Sheet-Metal Enclosure

Create:

Base flange
Side flanges
Bends
Reliefs
Mounting holes
Flat pattern
Drawing

Project 5: Welded Machine Frame

Create:

Structural members
Gussets
End caps
Weldments
Cut list
Assembly drawing

Project 6: Consumer Product

Create a product housing using:

Surface modelling
Shell
Draft
Fillets
Split line
Thicken
Assembly

200 SolidWorks Questions and Answers

SolidWorks Fundamentals — 1–25

1. What is SolidWorks?

SolidWorks is a 3D CAD software platform used for mechanical design, product development, assemblies and engineering documentation.

2. What type of software is SolidWorks?

It is primarily a parametric, feature-based 3D CAD system.

3. What are the main SolidWorks document types?

Part, Assembly and Drawing are the primary document types.

4. What is a part?

A part represents an individual component.

5. What is an assembly?

An assembly combines multiple components into a product structure.

6. What is a drawing?

A drawing communicates technical information about a part or assembly.

7. What is the FeatureManager Design Tree?

It displays the modelling features and structure of the active document.

8. What is the PropertyManager?

It provides options and settings for selected commands and features.

9. What is the CommandManager?

It organizes SolidWorks commands into tabs.

10. What is the ConfigurationManager?

It manages configurations and related design variations.

11. What is parametric modelling?

It uses dimensions, relationships and features to define geometry.

12. What is feature-based modelling?

Creating a model through a sequence of individual modelling features.

13. What is design intent?

The intended behaviour of a model when its dimensions or requirements change.

14. What is regeneration?

Rebuilding the model based on its current feature definitions.

15. What is a rebuild?

A process that recalculates the model after changes.

16. What is a template?

A predefined document containing standard settings.

17. What is a part template?

A template used when creating new part documents.

18. What is an assembly template?

A template used when creating new assemblies.

19. What is a drawing template?

A template containing standard drawing settings.

20. What are document units?

They determine how measurements are represented.

21. What is the origin?

The fixed reference point of the default coordinate system.

22. What are the default planes?

Front, Top and Right planes.

23. Why are reference planes important?

They provide stable references for sketches and features.

24. What is a coordinate system?

A reference system defining X, Y and Z directions.

25. Why should models be structured properly?

A logical model is easier to modify, understand and maintain.

Sketching — 26–50

26. What is a sketch?

A 2D geometric profile used to create or control features.

27. Why is sketching important?

Many SolidWorks features are based on sketches.

28. What is a fully defined sketch?

A sketch where required degrees of freedom are controlled.

29. What is an under-defined sketch?

A sketch with remaining uncontrolled degrees of freedom.

30. What is an over-defined sketch?

A sketch containing conflicting or redundant relationships.

31. What is a sketch relation?

A geometric relationship between sketch entities.

32. What is coincident?

It makes two points occupy the same location.

33. What is horizontal?

It keeps selected geometry horizontal.

34. What is vertical?

It keeps selected geometry vertical.

35. What is tangent?

It establishes tangency between suitable entities.

36. What is concentric?

It makes circular entities share a centre.

37. What is equal?

It makes suitable entities equal in size.

38. What is symmetric?

It maintains symmetry around a reference.

39. What is perpendicular?

It maintains a 90-degree relationship.

40. What is parallel?

It maintains parallel geometry.

41. What is construction geometry?

Reference geometry used to help construct a sketch.

42. Why use construction geometry?

It helps establish relationships without becoming part of the primary profile.

43. What is a spline?

A smooth curve controlled by points or handles.

44. What is a slot?

A rounded elongated sketch shape.

45. What is a sketch dimension?

A numerical value controlling sketch geometry.

46. Why fully define sketches?

It makes design intent clearer and reduces unintended changes.

47. What is sketch repair?

The process of resolving sketch errors or problematic relationships.

48. What is a driven dimension?

A dimension that reports geometry rather than controlling it.

49. What is a driving dimension?

A dimension that controls geometry.

50. Why should sketches be simple where possible?

Simple sketches are generally easier to maintain and modify.

Part Modelling — 51–80

51. What is Extruded Boss/Base?

It creates solid geometry by extending a sketch profile.

52. What is Extruded Cut?

It removes material using an extruded sketch profile.

53. What is Revolved Boss/Base?

It creates solid geometry by revolving a profile.

54. What is Revolved Cut?

It removes material by revolving a profile.

55. What is Sweep?

It creates geometry by moving a profile along a path.

56. What is Loft?

It creates geometry between multiple profiles.

57. What is Boundary Boss/Base?

It creates geometry using directional boundary controls.

58. What is Hole Wizard?

A tool for creating standardized hole types and configurations.

59. What is Fillet?

It rounds selected edges.

60. What is Chamfer?

It creates a beveled edge.

61. What is Shell?

It hollows a solid while maintaining selected wall thickness.

62. What is Draft?

It applies taper to selected faces.

63. What is Rib?

It creates thin structural material based on a sketch.

64. What is a pattern?

A pattern creates repeated geometry according to specified rules.

65. What is a linear pattern?

It repeats geometry along a linear direction.

66. What is a circular pattern?

It repeats geometry around an axis.

67. What is a mirror feature?

It creates symmetrical geometry using a reference.

68. What is a reference plane?

A plane used as a modelling reference.

69. What is a reference axis?

An axis used as a modelling reference.

70. What is a coordinate system used for?

It provides a reference for orientation and other design operations.

71. What is a multi-body part?

A part file containing multiple solid bodies.

72. Why use multi-body modelling?

It can help develop related bodies within a single part environment.

73. What is Combine?

A tool used to add, subtract or find common geometry between suitable bodies.

74. What is Split?

A tool that divides bodies or geometry.

75. What is Move/Copy Body?

It moves or duplicates solid bodies.

76. What is Delete/Keep Body?

It controls which bodies remain in a multi-body part.

77. What is a library feature?

A reusable feature stored for repeated use.

78. What is a cosmetic thread?

A lightweight representation of threading rather than a fully modelled thread.

79. What is a design table?

A table used to control configurations and design variations.

80. Why use feature-based modelling?

It creates an organized and editable design history.

Assemblies — 81–110

81. What is an assembly mate?

A relationship controlling component position.

82. What is a coincident mate?

It aligns selected geometry.

83. What is a concentric mate?

It aligns cylindrical or circular references around a common axis.

84. What is a parallel mate?

It keeps selected references parallel.

85. What is a perpendicular mate?

It maintains a 90-degree relationship.

86. What is a distance mate?

It maintains a specified distance.

87. What is an angle mate?

It maintains a specified angular relationship.

88. What is a width mate?

It positions a component relative to two selected faces or references.

89. What is a symmetric mate?

It positions geometry symmetrically.

90. What is a gear mate?

It relates rotational motion between suitable components.

91. What is a subassembly?

An assembly used as a component within another assembly.

92. Why use subassemblies?

They organize complex product structures.

93. What is a flexible subassembly?

A subassembly whose internal movement can be solved in the parent assembly under supported conditions.

94. What is an exploded view?

A separated representation of assembly components.

95. What is an exploded line?

A graphical line representing an exploded component path.

96. What is a BOM?

Bill of Materials.

97. What information can a BOM contain?

Part numbers, descriptions, quantities and other component information.

98. What is an assembly configuration?

A defined variation of an assembly.

Frequently Asked Questions

What is the best SolidWorks training institute in Coimbatore?

Fortress Institute in Peelamedu (near Hope College, Avinashi Road) is a Govt.-registered, ISO 9001:2015 centre offering 100% practical, project-based SolidWorks training with live projects, trainer mentorship and placement assistance.

What does the Advanced SolidWorks course in Coimbatore cover?

It covers sketching and relations, part and multi-body modelling, assemblies and mates, exploded views and BOMs, engineering drawings, GD&T, sheet metal, weldments, surface modelling, configurations and design tables, motion study and simulation fundamentals, plus industry projects.

How long is the SolidWorks training and what are the batch timings?

Weekday batches typically finish in about 6-8 weeks and weekend batches in 10-12 weeks. Morning, evening and weekend timings are available, plus online and hybrid modes. Confirm current batch dates with the institute.

Is this SolidWorks course good for beginners and freshers?

Yes. Training starts from sketching fundamentals and builds to advanced assemblies, drawings, GD&T and projects, with portfolio work and interview preparation. No prior CAD experience is required.

Do I get a certificate and placement support after the course?

Yes. You receive a Fortress Institute certificate on completion plus placement assistance. Students should confirm the current certificate type and placement terms directly with the institute.

What is the salary after SolidWorks training in India?

Freshers typically earn ₹2.5-4.5 LPA, mid-level professionals ₹4.5-8 LPA and experienced design engineers ₹8-12+ LPA, depending on skill, portfolio, city and employer.

Should I learn SolidWorks, AutoCAD or Creo?

AutoCAD is strongest for 2D drafting, while SolidWorks and Creo are used for parametric 3D mechanical design. SolidWorks is widely used for product design, assemblies and manufacturing drawings; choose based on your target industry. Many learners pair AutoCAD with SolidWorks.

Is online SolidWorks training available?

Yes. Fortress Institute offers classroom training at Peelamedu, online instructor-led sessions and a hybrid mode, with a free demo class available before enrolment.

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Advanced SolidWorks Training in Coimbatore: Complete Curriculum, Projects & 200 Questions and Answers

What Is SolidWorks?