Ansys Workbench Training in Vancouver

Ansys Workbench Training in Vancouver, Canada

Participants will learn to independently set up, run, validate, and interpret simulations for real-world engineering applications across mechanical, thermal, and vibration domains.

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Ansys Workbench Training is a professional training program delivered by ProgNXT in Vancouver, Canada. ProgNXT, a globally recognized corporate training provider in 55+ countries, offers this Ansys Workbench Training course with hands-on, instructor-led sessions. This ANSYS Workbench training introduces participants to the fundamentals of engineering simulation using FEA (Finite Element Analysis)....

Course Code: TNJ13
14 Hrs
Last Updated: April 2026

Course Rating5/5

This ANSYS Workbench training introduces participants to the fundamentals of engineering simulation using FEA (Finite Element Analysis). Learners will explore the Workbench environment, understand core simulation concepts, and perform hands-on exercises using ANSYS Student Edition or free alternatives like CalculiX/FreeCAD.

The course emphasizes practical skills, including geometry creation, meshing, applying loads, running simulations, and post-processing results. By the end of the program, participants will be able to confidently perform basic structural, thermal, and modal simulations and interpret the results for simple engineering problems.

Welcome to the official Ansys Workbench Training certification program in Vancouver, Canada. This comprehensive training is designed to elevate your professional skills and provide you with practical, industry-relevant knowledge locally. As a globally recognized corporate training provider operating in 55+ countries, ProgNXT ensures that our curriculum meets the highest standards of excellence.

Whether you are looking to upskill your team or advance your personal career, our expert-led sessions will guide you through the core concepts of this domain. Upon successful completion of the 14 Hrs program, participants will receive a globally accepted certification, demonstrating their proficiency and readiness to tackle complex challenges in the field.

Basic computer literacy (Windows or Mac)
Familiarity with engineering concepts such as forces, materials, and structures
No prior knowledge of ANSYS or FEA is required
Optional: basic understanding of CAD software

By the end of the course, learners will be able to:

Understand the purpose of FEA and its applications in engineering.
Navigate ANSYS Workbench confidently and use its core modules.
Build simple engineering models using CAD import or native tools.
Assign materials, meshing, and boundary conditions to models.
Run basic simulations and interpret results accurately.
Create simple workflows for structural, thermal, and modal studies.
Apply good practices to ensure accurate and reliable simulation results.
Prepare reports summarizing simulation findings for decision-making.

Participants will gain the ability to:

Navigate ANSYS Workbench interface and tools
Create or import simple 2D/3D geometries
Assign material properties to models
Generate high-quality meshes for simulations
Apply boundary conditions, loads, and constraints
Run static structural simulations and analyze results
Perform simple thermal and modal simulations (optional)
Interpret contour plots, deformation, and stress distributions
Export results and prepare basic reports
Apply beginner-level best practices for simulation workflows

Workbench interface & workflow
Geometry creation & cleanup
Mesh generation and quality checks
Static structural analysis steps
Modal analysis fundamentals
Thermal analysis setup & interpretation
Contact definitions and constraints
Optimization workflow
Post-processing and reporting techniques

Participants who attend all sessions and successfully complete the course assessments will receive a ProgNXT Certificate of Completion.

Introduction & Basics of Simulation

Module 1: Introduction to FEA & Simulation

What is Finite Element Analysis (FEA)?
Why simulation is important in engineering
Overview of engineering applications: structural, thermal, CFD
Types of problems solved using ANSYS Workbench

Module 2: Understanding ANSYS Workbench Interface

Overview of Workbench environment
Project schematic, toolbox, and component systems
Basic navigation: menus, toolbars, and workspaces
Introduction to modules: Static Structural, Thermal, Modal, and CFD

Module 3: Geometry Creation & Import

Creating simple geometries in DesignModeler / SpaceClaim
Importing CAD models (STEP, IGES)
Defining units and material orientation
Hands-on: Build or import a simple 2D/3D part

Module 4: Material Properties & Assignments

Understanding material properties: Young’s modulus, density, Poisson’s ratio
Assigning materials to geometry
Using predefined materials
Hands-on: Assign material to sample geometry

Module 5: Meshing Fundamentals

What is a mesh? Why is it important?
Element types (linear vs higher-order)
Mesh density & quality basics
Hands-on: Generate a mesh for sample geometry
Visualizing mesh and checking quality

Hands-On Exercise

Create a simple beam or bracket geometry
Assign material
Generate mesh
Visualize mesh quality

Setting up Simulations & Post-Processing

Module 6: Applying Loads & Boundary Conditions

What are loads, forces, pressures, displacements
Fixed supports, pins, rollers
Hands-on: Apply boundary conditions to beam/bracket

Module 7: Running a Simple Simulation

Understanding the solver
Setting up the analysis type: Static Structural
Running a simulation in ANSYS Student / Free tool
Viewing solver messages & convergence

Module 8: Post-Processing Results

Viewing results: deformation, stress, strain, factor of safety
Using contour plots, vector plots
Extracting numerical results
Hands-on: Interpret simulation results for sample geometry

Module 9: Basic Thermal & Modal Analysis (Optional)

Introduction to thermal simulation: heat transfer basics
Introduction to modal analysis: vibration frequency basics
Hands-on (guided): Run a simple thermal or modal study

Module 10: Practical Tips & Best Practices

Simplifying geometry for faster simulation
Choosing mesh density vs accuracy
Saving projects and exporting results
Introduction to ANSYS documentation and help resources

Hands-On

Participants complete a simple end-to-end project:

Geometry creation or import
Assign material
Apply loads & supports
Mesh
Run simulation
Post-process results
Prepare a short report with screenshots

Participants will receive course materials, slides, reference materials, exercises and access to resources for further learning.

Participants will be evaluated based on: Daily quizzes, mock questions and query resolution. Group Discussion and Case Study Discussion. Assessment will be through hands-on labs, quizzes, and a hands-on exercises. ProgNXT Certificate of Completion will be awarded to participants who complete the course and pass the evaluations.

Ansys Workbench Training Events in vancouver

Online Events

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More Upcoming Session Dates

October 2026

📍 Vancouver, Canada

22nd Oct 2026→23rd Oct 2026

🌐 Online Instructor-Led

23rd Oct 2026→24th Oct 2026

November 2026

🌐 Online Instructor-Led

6th Nov 2026→7th Nov 2026

📍 Vancouver, Canada

10th Nov 2026→11th Nov 2026

📍 Vancouver, Canada

23rd Nov 2026→24th Nov 2026

🌐 Online Instructor-Led

28th Nov 2026→29th Nov 2026

December 2026

🌐 Online Instructor-Led

3rd Dec 2026→4th Dec 2026

📍 Vancouver, Canada

7th Dec 2026→8th Dec 2026

🌐 Online Instructor-Led

18th Dec 2026→19th Dec 2026

📍 Vancouver, Canada

28th Dec 2026→29th Dec 2026

Events for other courses in Vancouver, Canada

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Ansys Workbench Training in Vancouver