Ansys Workbench Live Training
Master simulation-driven product design with PIGSO Learning ANSYS Workbench Course designed with parametric modelling, fine element analysis, CFD simulation and optimisation workflows in one intensive online programme.
199.00$
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Schedule of Classes
Start Date & End Date
Sep 05 2025 - Oct 19 2025
Ansys Workbench Course
This extensive online course gives hands-on training and experience on CAD import, Mesh generation, solver setup, post-processing and design optimisation, especially for engineers, simulation specialists and product designers.
Online Program
Branch: PIGSO LEARNING
Installment Payment
1 intallment plans available
Free Preview
Available
ANSYS Workbench Mechanical Modules You'll Master
ANSYS Workbench is the industry-leading simulation platform that connects geometry, meshing, and solver tools in a unified project-based workflow. This course covers the most critical modules used in structural, thermal, fatigue, and dynamic mechanical analysis across automotive, aerospace, and industrial engineering.
Geometry & SpaceClaim (DesignModeler)
Import or create 3D geometry using ANSYS SpaceClaim or DesignModeler, perform geometry cleanup, defeature small fillets, and prepare bodies for accurate downstream meshing and analysis.
Most UsedEngineering Data & Material Models
Define structural steel, aluminium, composites, and custom materials with linear elastic, bilinear isotropic hardening, hyperelastic, and fatigue S-N curve data using the Engineering Data workspace.
Material SetupMeshing
Generate automatic or manual finite element meshes using hex-dominant, tetrahedral, and sweep methods, apply sizing controls, inflation layers, and check mesh quality metrics before solving.
FEM CoreStatic Structural Analysis
Apply forces, pressures, moments, and fixed supports to evaluate von Mises stress, total deformation, safety factors, and reaction forces under steady mechanical loading conditions.
Core AnalysisModal & Harmonic Response Analysis
Extract natural frequencies and mode shapes using modal analysis, then perform harmonic response analysis to evaluate amplitude and phase of vibration under sinusoidal excitation over a frequency range.
Dynamic AnalysisThermal & Results Post-Processing
Conduct steady-state and transient thermal analysis, evaluate temperature distribution and heat flux, then post-process all results with contour plots, probes, charts, and automated reports inside Mechanical.
Post-ProcessingWhere ANSYS Workbench Mechanical Design Skills Are Used
ANSYS Workbench is the most widely used simulation platform for mechanical design validation — combining powerful FEA, intuitive workflows, and deep CAD integration. Here's where your skills will land you.
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⚙️ Mechanical & Industrial Equipment
ANSYS Workbench is used by design engineers at Bosch, Siemens, and Thermax to perform static structural, modal, and thermal analysis on industrial machinery, pumps, compressors, and mechanical assemblies — validating designs before production.
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🚗 Automotive Component Engineering
Tier-1 and Tier-2 suppliers at Tata Motors, Bajaj Auto, Mahindra, and Cummins rely on ANSYS Workbench for stress, fatigue, and NVH analysis of engine mounts, suspension components, and structural brackets — reducing costly physical test iterations.
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✈️ Aerospace & Defense Structures
Structural engineers at HAL, DRDO, and BEL use ANSYS Workbench for linear and nonlinear analysis of airframe components, defense equipment enclosures, and precision mechanisms where design margins and certification requirements are stringent.
Core Skills You'll Master
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✔Workbench Environment & Geometry SetupImport, prepare, and simplify CAD geometry for mechanical simulation.
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✔Material Definition & Engineering DataAssign mechanical material properties using the Engineering Data module.
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✔Meshing Strategies & ControlsApply mesh sizing, refinement, and element controls for accurate results.
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✔Static Structural & Fatigue AnalysisPerform stress, deformation, and fatigue life analysis on mechanical parts.
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✔Modal & Harmonic Response AnalysisExtract natural frequencies and evaluate vibration behavior under loading.
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✔Industry ProjectsApply ANSYS Workbench skills through real-world mechanical design case studies.
Learn by Doing in ANSYS Workbench
Your ANSYS Workbench Mechanical Design Learning Journey
Master ANSYS Workbench for mechanical design, from FEA fundamentals to advanced structural, thermal, and fatigue simulations for industry-ready projects.
Foundations
FEA fundamentals, ANSYS Workbench interface, geometry import and meshing basics.
Static Structural Analysis
Material assignment, loads, supports, stress and deformation result interpretation.
Connections & Assembly Analysis
Contacts, joints, bolted connections and multi-body mechanical assembly simulations.
Thermal, Modal & Fatigue
Steady-state thermal analysis, modal/harmonic response and fatigue life estimation.
Portfolio Project
Capstone mechanical design simulation, engineering report and final presentation.
How Our ANSYS Workbench Training Compares
Master ANSYS Workbench for mechanical design through hands-on projects, expert mentoring, and industry-focused simulation workflows.
| Feature | Pigso Learning | Generic Online | University |
|---|---|---|---|
| Full ANSYS Workbench Hands-On Training | ✔ Full Workflow | ✖ Theory Only | ✖ Rarely Covered |
| Live Instructor Sessions | ✔ Weekly Q&A | ✖ Recorded Only | ✔ Sometimes |
| Real Industry Case Studies | ✔ Mechanical / Industrial Design | ✖ Generic | ✖ Academic Only |
| Capstone Project | ✔ Reviewed | ✖ Not Included | ✔ Sometimes |
| Mentor Support | ✔ 1-on-1 | ✖ Forums Only | ✖ Limited |
| Job Ready | ✔ 6–8 Weeks | ✖ No Structure | ✖ Years |
The Comparison Speaks for Itself
Full hands-on mechanical design simulation training, live mentorship, and a job-ready skillset — all in 6–8 weeks.
Everything You Need to Succeed
Interactive live classes with real-time Q&A.
Access all content anytime for 12 months.
Hands-on real-world engineering projects.
Get personalized expert support.
Practice with structured exercises.
Industry-recognized certification.
Learn from real project data.
Attend from anywhere with flexible timing.
Course Overview
PIGSO Learning ANSYS Workbench Online Course build your simulation toolkit from scratch. Starting with fundamentals of finite-element method (FEA) and multiphysics simulation, the course progresses through geometry modelling, meshing strategies, solver selection, and post-processing of results.
We bring real-world case studies such as structural brackets, pressure vessels or thermal systems to illustrate workflow from CAD import through to design optimisation. With live instructor sessions, downloadable study files and online support, this ANSYS Workbench training is ideal for engineers looking to upskill, transition into simulation roles, or apply ANSYS Workbench in industry-grade product development.
Duration: 1.5 months
Format: Live Online Sessions
Batch Timing:
| Days | Every Friday, Saturday, and Sunday |
| Time | 3:00 PM UTC | 8:30 PM IST |
| Class Duration | 1.5 Hours |
Course Curriculum
1 Subject
Ansys Workbench Training
5 Exercises • 14 Learning Materials
Preview Class - Ansys Workbench Training
Preview Class - Ansys Workbench Training
Intoduction to FEA (Finite Element Analysis)
1.1 - Introduction to FEA (Finite Element Analysis)
1.2 - Introduction to FEA (Finite Element Analysis)
Introduction to ANSYS Workbench
2.1 - Introduction to ANSYS Workbench
Modeling and Geometry (SPACE CLAIM)
3.1 - Modeling and Geometry (SPACE CLAIM)
3.2 - Modeling and Geometry (SPACE CLAIM)
Ansys Projects - 1. Model
Ansys Workbench Material Assigning & Meshing
4.1 - Ansys Workbench Material Assigning & Meshing
Transient and Rigid Body Analysis
6. 1 - Transient and Rigid Body Analysis
6.2 - Thermal and Heat Transfer Analysis
Ansys Projects - 2. Static Structural
Buckling Analysis
7. 1 - Buckling Analysis
Ansys Projects - 3. Buckling Analysis
Vibration Analysis
8.1 - Vibration Analysis
Ansys Projects - 4. Modal Analysis
Fatigue Analysis
9.1 - Fatigue Analysis
9.2 - Fatigue Analysis
Ansys Projects - 5. Fatigue Analysis
Ansys APDL - Static Analysis
10.1 - Ansys APDL - Static Analysis
Project Assignments
Course Instructor
Anand Badrish
4 Courses • 24 Students
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Mayank
5 Courses • 694 Students
Ratings & Reviews
4.7 /5
3 ratings
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3 reviews
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Contact us
Reach out to schedule a demo, discuss corporate bundles, or request a tailored Ansys Workbench training course. Contact us to book a one-to-one mentoring slot or a corporate training proposal.
Frequently Asked Questions
Do you have live classes?
Yes, we provide live classes for the ANSYS Workbench course to ensure interactive learning and real-time doubt resolution.
Do I need prior experience before joining this course?
Basic knowledge of engineering fundamentals and CAD design is helpful, but the ANSYS Workbench online course starts from beginner-friendly concepts and gradually moves to complex simulations.
What software version will be used in this training?
The course uses the latest version of ANSYS Workbench so learners can practice on updated tools and workflows aligned with current industry standards.
Will I get a certificate after completing the course?
Yes, upon successful completion, participants receive a PIGSO Learning Certificate of Completion recognized across industries and engineering institutions.
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