Courses

SolidWorks Training Courses

SolidWorks Training course improves the way you develop and manufacture products. SolidWorks is a solid modeling computer-aided design (CAD) and computer-aided engineering (CAE) computer program that runs on Microsoft Windows. This software is used in various industries for designing their products and increasing the productivity. These courses are perfect match for Mechanical, Automobile, Electrical, Mold Designing industries. It helps you to conceptualize, create, validate, interact, manage, and transform your innovative ideas into great product designs.

CAD Professional

CAD Professional Course Covers

SOLIDWORKS Essentials

Introduction
Basic of Solidworks & User Interface
Introduction of Sketching
Basic Part of Modeling
Symmetry & Draft
Features of Revolved
Shelling & Ribs
Patterning
Editing: Repairs
Editing: Design Changes, Configurations

Assembly Modeling

Advanced Mate Techniques
Top-Down Assembly Modeling
Assembly Features
Smart Fasteners & Components
Assembly Editing
Configurations with Assemblies, Layout-based Assembly Design, Large Assemblies

SOLIDWORKS Drawing

Dimension
Annotations
Drawing Sheets & Views
Assembly Drawing Views
Sheet Formats & Templates
Bill of Materials & Tables
Drawing References & Comparison

CAD Expert

CAD Expert Course Covers

SOLIDWORKS Essentials

IntroductionBasic of Solidworks
User Interface
Introduction of Sketching
Basic Part of Modeling
Symmetry & Draft
Features of Revolved
Shelling & Ribs
Editing: Repairs
Editing: Design Changes, Configurations

Assembly Modeling

Advanced Mate Techniques
Top-Down Assembly Modeling
Assembly Features
Smart Fasteners & Components
Assembly Editing
Configurations with Assemblies, Layout-based Assembly Design, Large Assemblies

SOLIDWORKS Drawings

Dimension
Annotations
Drawing Sheets & Views
Assembly Drawing Views
Sheet Formats & Templates
Bill of Materials & Tables
Drawing References & Comparison

Advanced Part Modeling

Multi-body Design Techniques
Saving Solid Bodies
Sketching with Splines
Introduction to Sweeping
Working with Curves
Advanced Sweeping
Boundary Feature & Lofting

Surface Modeling

Understanding Surfaces
Introduction to Surfacing
Solid-Surface Hybrid Modeling
Repairing & Editing Imported Geometry
Advanced Surface Modeling
Blends & Patches

SOLIDWORKS Routing-Piping and Tubing

Introduction
Fundamentals of Routing
Piping Route
Piping Fittings
Tubing Routes
Piping & Tubing Changes
Creating Routing Components

Sheet Metal

Sheet Metal Flange Method
Sheet Metal Convert Method
Multi-body Sheet Metal Parts
Sheet Metal Forming Tools
Additional Sheet Metal Features & Techniques

Weldments

3D Sketch
Create Weldment Profile
Create Weldment Structure
Weld & Support.

CAE Professional

CAE Professional Course Covers

SOLIDWORKS Essentials

SOLIDWORKS Basics & User Interface
Introduction to Sketching
Basic Part Modeling
Symmetry & Draft
Patterning
Revolved Features
Shelling & Ribs
Editing: Repairs
Editing: Design Changes & Configurations

Assembly Modeling

Advanced Mate Techniques
Top-Down Assembly Modeling
Assembly Features
Smart Fasteners & Components
Assembly Editing Using Configurations with Assemblies
Layout-based Assembly Design

SOLIDWORKS Drawings

Drawing Sheets & Views
Dimension
Annotations
Assembly Drawing Views
Sheet Formats & Templates
Bill of Materials & Tables
Drawing References
Comparison

Advanced Part Modeling

Multi-body Design Techniques
Saving Solid Bodies
Sketching with Splines
Introduction to Sweeping
Working with Curves
Advanced Sweeping
Boundary Feature & Lofting

SOLIDWORKS Simulation

Analysis Process
Mesh Controls
Assembly Analysis with Contacts
Stress Concentrations & Boundary Conditions
Symmetrical & Free Self- Equilibrated Assemblies
Assembly Analysis with Connectors & Mesh Refinement Compatible/incompatible Meshes
Analysis of Thin Components
Mixed Meshing Shells & Solids
Mixed Meshing Solids
Beams & Shells

SOLIDWORKS Simulation Professional

Frequency Analysis of Parts
Frequency Analysis of Assemblies
Buckling Analysis
Thermal Analysis
Thermal Analysis with Radiation
Fatigue Analysis
Drop Test Analysis

SOLIDWORKS Motion Course

Introduction to Motion Simulation & Forces
Building a motion model & post-processing
Introduction to contacts
springs & dampers
Advanced contact
Curve to curve contact
Motion optimization
Flexible Joints

CAE Expert

CAE Expert Course Covers

SOLIDWORKS Essentials

Introduction
SOLIDWORKS Basics & User Interface
Introduction to Sketching
Basic Part of Modeling Symmetry & Draft
Patterning
Revolved Features
Shelling & Ribs
Editing: Repairs
Editing: Design Changes, Configurations

Assembly Modeling

Advanced Mate Techniques
Top-Down Assembly Modeling
Assembly Features
Smart Fasteners & Components
Assembly Editing
Using Configurations with Assemblies
Layout-based Assembly Design
Large Assemblies

SOLIDWORKS Drawings

Drawing Sheets & Views
Dimension
Annotations
Assembly Drawing Views
Sheet Formats & Templates
Bill of Materials & Tables
Drawing References & Comparison

Advanced Part Modeling

Multi-body Design Techniques
Saving Solid Bodies
Sketching with Splines
Introduction to Sweeping
Working with Curves
Advanced Sweeping
Boundary Feature & Lofting

SOLIDWORKS Simulation

Analysis Process
Mesh Controls
Stress Concentrations & Boundary Conditions
Assembly Analysis with Contacts
Symmetrical & Free Self- Equilibrated Assemblies
Assembly Analysis with Connectors & Mesh Refinement
Compatible / Incompatible Meshes
Analysis of Thin Components
Mixed Meshing Shells & Solids
Mixed Meshing Solids
Beams & Shells

SOLIDWORKS Simulation Professional

Frequency Analysis of Parts
Frequency Analysis of Assemblies
Buckling Analysis
Thermal Analysis
Thermal Analysis with Radiation
Fatigue Analysis
Drop Test Analysis

SOLIDWORKS Motion Course

Introduction to Motion Simulation and Forces
Building a motion model and post-processing
Introduction to contacts
springs and dampers
Advanced contact
Curve to curve contact
Motion optimization
Flexible Joints

SolidWorks Simulation Premium : Nonlinear

Introduction to Nonlinear structural analysis
Geometric nonlinear analysis
Material models and constitutive relations
Numerical procedure for nonlinear FEA
Contact Analysis
Large Displacement Analysis
Nonlinear static buckling analysis
Plastic deformation
Hardening rules
Nonlinear contact analysis

SolidWorks Simulation Premium : Dynamic

Vibration of a Pipe
Transient shock analysis according to MILS-STD- 81OG
Harmonic Analysis of a Bracket
Response spectrum analysis
Nonlinear Dynamic Analysis of an Electronic Enclosure

CFD Professional

CFD Professional Course Covers

Solidworks Essentials

Introduction
SOLIDWORKS Basics and the User Interface
Introduction to Sketching
Basic Part Modeling
Symmetry and Draft
Patterning
Revolved Features
Shelling and Ribs
Editing: Repairs
Editing: Design Changes
Configurations

Assembly Modeling

Advanced Mate Techniques
Top-Down Assembly Modeling
Assembly Features
Smart Fasteners and Smart Components
Assembly Editing
Using Configurations with Assemblies
Layout-based Assembly Design
Large Assemblies

SOLIDWORKS Drawings

Drawing Sheets and Views
Dimension
Annotations Assembly Drawing Views
Sheet Formats and Templates
Bill of Materials and Tables
Drawing References and Comparison

Advanced Part Modeling

Multi-body Design Techniques
Saving Solid Bodies
Sketching with Splines
Introduction to Sweeping
Working with Curves
Advanced Sweeping
Boundary Feature and Lofting

SOLIDWORKS Flow Simulation Course

Creating a SOLIDWORKS Flow
Simulation Project Meshing
Thermal Analysis
Conjugate heat transfer
Porous media
Rotating Reference frames
Parametric study
Particle Trajectory

CFD Expert

CFD Expert Course Covers

Solidworks Essentials

Introduction
SOLIDWORKS Basics and the User Interface
Introduction to Sketching
Basic Part Modeling
Symmetry and Draft
Patterning
Revolved Features
Shelling and Ribs
Editing: Repairs
Editing: Design Changes
Configurations

Assembly Modeling

Advanced Mate Techniques
Top-Down Assembly Modeling
Assembly Features
Smart Fasteners and Smart Components
Assembly Editing
Using Configurations with Assemblies
Layout-based Assembly Design
Large Assemblies

SOLIDWORKS Drawings

Drawing Sheets and Views
Dimension
Annotations Assembly Drawing Views
Sheet Formats and Templates
Bill of Materials and Tables
Drawing References and Comparison

Advanced Part Modeling

Multi-body Design Techniques
Saving Solid Bodies
Sketching with Splines
Introduction to Sweeping
Working with Curves
Advanced Sweeping
Boundary Feature and Lofting

SOLIDWORKS Flow Simulation Course

Creating a SOLIDWORKS Flow
Simulation Project Meshing
Thermal Analysis
Conjugate heat transfer
Porous media
Rotating Reference frames
Parametric study
Particle Trajectory

SOLIDWORKS Flow Simulation: HVAC

Air flow optimization
Product thermal Design
Human Comfort Factors
Advanced Radiation Modeling
Engineering Database
Comfort Parameters

SOLIDWORKS Flow Simulation: ECS

Engineering Challenges
Airflow Optimization
Product thermal Design
Heatsink Selection/Design
PCB thermal Simulation
Fan selection
Industry Specific Tools
Joule Heating
Two Resistor Components
Heat Pipes
PCB Generators

Diploma

Diploma Course Covers

SOLIDWORKS Essentials

Introduction
SOLIDWORKS Basics & User Interface
Introduction to Sketching
Basic Part of Modeling Symmetry & Draft
Patterning
Revolved Features
Shelling & Ribs
Editing: Repairs
Editing: Design Changes, Configurations

Assembly Modeling

Advanced Mate Techniques
Top-Down Assembly Modeling
Assembly Features
Smart Fasteners & Components
Assembly Editing
Using Configurations with Assemblies
Layout-based Assembly Design
Large Assemblies

SOLIDWORKS Drawings

Drawing Sheets & Views
Dimension
Annotations
Assembly Drawing Views
Sheet Formats & Templates
Bill of Materials & Tables
Drawing References & Comparison

Advanced Part Modeling

Multi-body Design Techniques
Saving Solid Bodies
Sketching with Splines
Introduction to Sweeping
Working with Curves
Advanced Sweeping
Boundary Feature & Lofting

Surface Modeling

Understanding Surfaces
Introduction to Surfacing
Solid-Surface Hybrid Modeling
Repairing & Editing Imported Geometry
Advanced Surface Modeling
Blends & Patches

SOLIDWORKS Routing-Piping and Tubing

Introduction
Fundamentals of Routing
Piping Route
Piping Fittings
Tubing Routes
Piping & Tubing Changes
Creating Routing Components

Sheet Metal

Sheet Metal Flange Method
Sheet Metal Convert Method
Multi-body Sheet Metal Parts
Sheet Metal Forming Tools
Additional Sheet Metal Features & Techniques

SOLIDWORKS Simulation

Analysis Process
Mesh Controls
Stress Concentrations & Boundary Conditions
Assembly Analysis with Contacts
Symmetrical & Free Self- Equilibrated Assemblies
Assembly Analysis with Connectors & Mesh Refinement
Compatible / Incompatible Meshes
Analysis of Thin Components
Mixed Meshing Shells & Solids
Mixed Meshing Solids
Beams & Shells

SOLIDWORKS Simulation Professional

Frequency Analysis of Parts
Frequency Analysis of Assemblies
Buckling Analysis
Thermal Analysis
Thermal Analysis with Radiation
Fatigue Analysis
Drop Test Analysis

SOLIDWORKS Motion Course

Introduction to Motion Simulation and Forces
Building a motion model and post-processing
Introduction to contacts
springs and dampers
Advanced contact
Curve to curve contact
Motion optimization
Flexible Joints

Solidworks Simulation Premium : Nonlinear

Introduction to Nonlinear structural analysis
Geometric nonlinear analysis
Material Models and constitutive relations
Numerical procedure for nonlinear FEA
Contact Analysis
Large Displacement Analysis
Nonlinear static buckling analysis
Plastic deformation
Hardening rules
Nonlinear contact analysis

Solidworks Simulation Premium : Dynamic

Vibration of a Pipe
Transient shock analysis according to MILS-STD- 81OG
Harmonic Analysis of a Bracket
Response spectrum analysis
Nonlinear Dynamic Analysis of an Electronic Enclosure

SOLIDWORKS Flow Simulation Course

Creating a SOLIDWORKS Flow
Simulation Project Meshing
Thermal Analysis
Conjugate heat transfer
Porous media
Rotating Reference frames
Parametric study
Particle Trajectory

SOLIDWORKS Flow Simulation: HVAC

Air flow optimization
Product thermal Design
Human Comfort Factors
Advanced Radiation Modeling
Engineering Database
Comfort Parameters

SOLIDWORKS Flow Simulation: ECS

Engineering Challenges
Airflow Optimization
Product thermal Design
Heatsink Selection/Design
PCB thermal Simulation
Fan selection
Industry Specific Tools
Joule Heating
Two Resistor Components
Heat Pipes
PCB Generators

Mold Design

Mold Design Course Covers

SOLIDWORKS Essentials

Basics & User Interface
Introduction to Sketching
Basic Part Modeling
Symmetry & Draft
Patterning
Revolved Features
Shelling & Ribs
Editing: Repairs
Editing: Design Changes & Configurations

Assembly Modeling

Advanced Mate Techniques
Top-Down Assembly Modeling
Assembly Features
Smart Fasteners & Components
Assembly Editing Using Configurations with Assemblies
Layout-based Assembly Design

SOLIDWORKS Drawings

Drawing Sheets & Views
Dimension
Annotations
Assembly Drawing Views
Sheet Formats & Templates
Bill of Materials & Tables
Drawing References
Comparison

Mold Desgin Using SOLIDWORKS

Surface Concepts & Imported Geometry
Core & Cavity
Side Cores & EDM Design
Advanced Parting Lines
Shut-Off Surfaces & Cores
Using Surfaces for Model Prep & Interlocks
Using Surfaces for Mold Design Features
Completing the Mold Base

SOLIDWORKS Plastics

Basic Flow Analysis
Detecting Air Traps
Detecting Short Shots
Model Manager
Injection Locations & Sink Marks
Multiple Cavity Molds
Runner-Balancing
Gate Freeze
Optimizing Cooling

Solidworks CAM

Solidwork CAM Course Covers

Solidworks CAM

Basic and User Interface
Automatic/Interactive Feature Recognition and Operation Modification
Interactive , Advanced Features & Operations
Pattern Features
Customizing the Technology Database.

3D Printer

3D Printer Course Covers

3D Printer

Cad Modeling
Additive Manufacturing
Pre Processing
Live 3D Printing
Post Processing
Industry visit