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
What You Will Learn
Navigate the ANSYS Workbench interface, import CAD, prepare geometry, and define materials for seamless simulation workflows.
Generate high-quality meshes (tetrahedral, hexahedral), control mesh density and element quality, and apply refinement where it matters most.
Perform static structural, modal, and buckling analyses to evaluate stress, deformation, natural frequencies, and stability of components and assemblies.
Set up thermal and coupled thermal–structural simulations (conduction, convection, radiation) to study temperature effects and stress coupling.
Execute CFD using Workbench-linked solvers (or compatible fluid modules) and interpret results — velocity, pressure, turbulence fields, and performance metrics.
Develop design-optimisation workflows: parametric studies, design points, sensitivity analysis, and techniques to reduce weight/cost while improving performance.
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 |
Key Features
Live Interactive Sessions
Engage directly with expert instructors and peers in real-time classes.
Certificate of Excellence
Earn a trusted certification that highlights your technical expertise.
Live Q&A Sessions
Clarify your doubts instantly through interactive question-answer sessions.
30+ Hours of Class Duration
Comprehensive course structure with over 30 hours of live instruction.
Hands-on Learning
Practice real-world simulations with practical exercises and examples.
1-Year Content Access
Revisit all course recordings and resources anytime for one year.
Project Assignments
Work on real-time simulation projects to strengthen your technical skills.
Networking Opportunity
Connect with professionals, peers, and mentors in the simulation community.
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
2 Courses • 6 Students
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Mayank
9 Courses • 392 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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