Pressure vessel stress check
Model a pressure vessel, mesh it and find the peak stress and deformation under internal pressure.
Ansys Course Online from India
Learn to test parts on screen with Ansys – mesh a model, apply loads, run structural, thermal and CFD studies and read the results with confidence. Live trainer-led classes for learners worldwide, with hybrid and 100% offline options in India.
Live online3 levels40–80 hYour time zone
01About the course
What you will learn in Ansys
Ansys is engineering simulation software made by Ansys Inc. (now part of Synopsys). It lets an engineer test a design on the computer before any metal is cut. Ansys Workbench handles structural work – stress, deflection, vibration, buckling, heat and fatigue – using the finite element method (FEA). Ansys Fluent handles computational fluid dynamics (CFD), showing how air, water or gas flows through and around a product and how heat moves with it.
This page is for learners outside Vellore, Katpadi and Ranipet – NRIs, professionals in the Gulf and other countries, and students elsewhere in India who want Ansys taught live by a trainer.
Basic computer use and an engineering background are expected. Knowing strength of materials, heat transfer or fluid mechanics basics and one CAD tool will help you learn faster.
At a glance
- 3 programme levels: 40–80 h
- Live online, hybrid or offline in India
- Projects assessed before certification
- Certificate from the CADD Centre network
- Batches fixed around your time zone
02Outcomes
Skills you will be able to show
- Explain how FEA works – elements, nodes, stiffness matrix, boundary conditions and key assumptions
- Create or clean up geometry in DesignModeler and SpaceClaim for analysis
- Assign materials from Engineering Data and set up contacts in assemblies
- Generate global and local meshes and fix common meshing problems
- Run static structural, modal, buckling, thermal and fatigue analyses in Workbench
- Set up a Fluent CFD case with models, materials, cell zones and boundary conditions
03Syllabus
Ansys syllabus by level
Every module and topic taught in the classroom batch is covered online. Open a level to see its modules.
Foundation level
Essential in Ansys
Beginners who want a focused 40-hour start in Workbench covering FEA basics, meshing, static, fatigue and modal analysis.
40 hours9 modules · 46 topicsCertificate: CADD Centre network
01Introduction to CAE and FEA7 topics
Introduction to CAEGeneral procedure to conduct FEAFEA softwareKey assumptions in FEATypes of engineering analysisImportant terms and definitionsClassification of materials
02Workbench and DesignModeler5 topics
Introduction to ANSYS WorkbenchSketching and part modeling in DesignModelerIntroduction to modelingDesignModeler windowIllustration: I-section
03Solid Modeling Fundamentals3 topics
OverviewSketchingExtrusion
04Material Properties4 topics
Engineering Data workspaceCreating and adding materialsAssigning material to a beamAssigning material to an assembly
05Meshing5 topics
Introduction to meshingMeshing a plate with holesGenerating the mesh and optimising the modelLocal mesh generationAssembly meshing
06Static Structural Analysis9 topics
Pre-processingSolutionPost-processingCantilever beamPlate with a central circular holePlate with a square slotPressure vesselBracketClevis assembly
07Wizard, Tools and Fatigue3 topics
Static loading of ductile materialsStatic loading of brittle materialsFatigue loading of ductile material
08Surface and Line Models3 topics
Sheet with circular hole – plane stressBracketLine body model
09Natural Frequencies (Modal Analysis)7 topics
Performing a modal analysisSpecifying analysis settingsCantilever beamSimply supported beamChimeConnecting rodMotor cover assembly
Foundation level
Essential in Fluent
Mechanical, thermal and aeronautical learners who want 40 hours of CFD with Ansys Fluent – flow, heat transfer, turbulence and multiphase.
40 hours10 modules · 46 topicsCertificate: CADD Centre network
01Introduction to CFD3 topics
CFD theory fundamentals and applicationsAnsys Fluent applicationsFluent simulation process
02Fluent GUI and Software Preliminaries4 topics
Solver fundamentalsBoundary conditionsCFD solving workflowGeometry in DesignModeler
03Flow Mix and Heat Transfer (3D)5 topics
Meshing with the Ansys Meshing applicationSimulation set-up: models, regions, materials, cell zone conditionsExtracting preliminary resultsCoupled solverMesh adaption
04Transonic Flow – External Compressible3 topics
Models, regions and material definitionSolutionPost-processing
05Multi-Species Flow5 topics
Case studySimulation boundary conditionsSolution controlsCalculationResults
06Turbulence Modeling5 topics
Setting up the turbulence modelMaterials and operating conditionsSolution extractionConvergenceVerification and validation
07Periodic Heat Flow8 topics
Creating zonesModel set-upMaterial definitionCell zone definitionsPeriodicity definitionBoundary conditionsSolution extractionAdvanced post-processing
08Radiation and Convection5 topics
Model set-upThermal boundary conditionsSolution and post-processingComparing contour plotsS2S (surface-to-surface) radiation set-up and solving
09Turbulent Flow in a Heat Exchanger4 topics
Model set-upBoundary conditionsSolvingPost-processing
10Siphoning Using Multiphase4 topics
Model set-upProblem set-upInitialising the flow fieldGenerating an animation
Professional level
Proficient in Ansys
Learners aiming for CAE jobs who want an 80-hour, in-depth path through SpaceClaim, Mechanical, advanced meshing, all major analysis types and optimisation.
80 hours12 modules · 79 topicsCertificate: CADD Centre network
01Introduction to Finite Element Analysis9 topics
CAE and CAE toolsCAE in automotive, aerospace & defence and constructionCFD, multibody dynamics, durability and optimisation overviewElements and element shapesGeneral procedure and effective use of FEAAdvantages and limitations of FEAKey assumptions in FEAStiffness matrix and boundary conditionsTypes of engineering analysis and classification of materials
02ANSYS Workbench Environment8 topics
System requirements and starting WorkbenchWorkbench GUI, Project tab and ToolboxAnalysis, component, custom, design exploration and external connection systemsProject Schematic and adding systemsEngineering Data, Geometry, Model, Setup, Solution and Results cellsNaming, moving, deleting, replacing and duplicating systemsSchematic links and cell statesUnits and working with files and projects
03Creating Models with SpaceClaim (SCDM)9 topics
SpaceClaim GUI: structure tree, selection panel, views, options panel, radial menuFile operations: new, open, save, archiveImporting and exporting, locking and unlocking objectsSketching: rectangle, circle, polygon, tangent arc, 3-point arc, pointsSketch editing: rounded corners, trim away, offset curve, dimensions3D tools: Pull, Sweep, draft faces, Move, Combine, Split, ProjectDatum planes, axes, points, patterns and shellAssembly tools: tangent, align and orient constraintsDetaching and checking geometry
04Model Preparation in SpaceClaim5 topics
Repair: missing faces, stitch, gaps, split edges, extra edges, duplicate facesMerging faces, small faces, simplify, inexact edges, straightening faces, tangencyPrepare: rounds, bad faces, extract volume, split by plane, enclosuresMid-surface, spot welds, welds and interference toolBeams: create, edit, orient, connect, split and move beams
05ANSYS Mechanical Application6 topics
Mechanical GUI: menus, toolbars, tree outline, details viewStatus symbols and exposing fields as parametersSelecting geometry, nodes, elements and element facesPan, rotate and zoom, viewports and section planesWizards and coordinate systemsConnections, boundary conditions, solver and results
06Meshing7 topics
Meshing overview and process in WorkbenchPart/body level and assembly level meshingMeshing by algorithm and by element shapePatch conforming and patch independent methodsTet, hex, hex/prism/tet hybrid, quad and triangle meshingGlobal and local mesh controlsMesh troubleshooting
07Static Structural Analysis7 topics
Analytical, numerical and experimental methodsWhy we mesh and what FEM isAccuracy versus number of nodes and elementsOverview of linear, nonlinear, dynamic, buckling, thermal, fatigue, CFD, crash and NVH analysisFailure theories: maximum shear stress, maximum normal stress, distortion energyAssembly analysis procedureContact types: bonded, no separation, frictionless, rough, frictional
08Modal Analysis6 topics
Introduction to modal analysisFree and forced vibrationWhy dynamic analysisNatural frequency analysisMethods to solve free vibration and avoiding resonanceAnalysis settings
09Buckling Analysis4 topics
Introduction to bucklingEigenvalue buckling analysisNonlinear buckling analysisPoints to remember
10Fatigue Analysis6 topics
Introduction to fatigueS-N curveLow-cycle and high-cycle fatigueCommon decisions in fatigue analysisStatic, dynamic and fatigue analysis comparedFatigue life, damage and safety factor results
11Thermal Analysis6 topics
Conduction, convection and radiationSteady-state thermal analysisTransient thermal analysisThermal stress analysisThermal gradient, flux, bulk temperature and film coefficientEmissivity, Stefan–Boltzmann constant, conductivity and specific heat
12Design Optimisation and Evaluation6 topics
Topology optimisation in WorkbenchGeometrical parametersShape optimisationPrerequisites and requirementsDesign validationAssignment for evaluation
04Tools covered
Software and tools you will use
Ansys Workbench project schematicDesignModelerSpaceClaim (SCDM)Engineering DataAnsys MeshingAnsys MechanicalStatic Structural, Modal and Eigenvalue Buckling systemsSteady-State and Transient ThermalFatigue Tool (S-N based)Topology OptimisationAnsys FluentFluent turbulence, species, radiation and multiphase models
We provide training and instruction only. Software and licences are not included; use your own licence, or an educational or trial licence where the software maker offers one. See our Software & Licensing Policy. Certificates are skill-training certificates, not degrees or professional licences.
05Projects
Practice projects
Connecting rod modal study
Find the natural frequencies and mode shapes of a connecting rod and discuss how to avoid resonance.
Disc brake rotor thermal study
Run a steady-state thermal analysis on a car brake rotor and read the temperature distribution.
Column buckling
Compare buckling loads for fixed–free and pinned–pinned columns against hand calculations.
06How online works
How the Ansys course runs online
Pick the mode that matches where you are and what you can travel for.
Live online
Trainer-led sessions on your own computer. Same syllabus, project and certificate as classroom batches. Evening, early-morning or weekend slots in your time zone.
Hybrid
Part online, part in the lab. Take lab sessions at Vellore, Katpadi or Ranipet when you visit India, and the rest online. Depends on trainer and lab availability.
100% offline in India
Learn at our centres on any date that suits you and the trainer. Fast-track schedules possible. Partner-centre options in other cities are explored case by case.
07Class timings
Find your class time
Example slots for popular regions. Your exact timing is fixed with the trainer on WhatsApp.
| City | Slot | Your local time | India time (IST) |
|---|---|---|---|
| Dubai · Abu Dhabi | Weekday evening | 7:00 PM–9:00 PM | 8:30 PM–10:30 PM |
| Dubai · Abu Dhabi | Weekday early morning | 6:00 AM–8:00 AM | 7:30 AM–9:30 AM |
| Dubai · Abu Dhabi | Weekend morning | 9:00 AM–11:00 AM | 10:30 AM–12:30 PM |
Slots marked “late night in India” need the trainer’s confirmation. Final timings are fixed on WhatsApp based on trainer and student availability; any date and time can be arranged where a trainer is available.
| City | Slot | Your local time | India time (IST) |
|---|---|---|---|
| London · Manchester · Birmingham | Weekday evening | 7:00 PM–9:00 PM | 12:30 AM–2:30 AM (next day) late night in Indiawinter · summer: 11:30 PM–1:30 AM late night in India |
| London · Manchester · Birmingham | Weekday early morning | 6:00 AM–8:00 AM | 11:30 AM–1:30 PMwinter · summer: 10:30 AM–12:30 PM |
| London · Manchester · Birmingham | Weekend morning | 9:00 AM–11:00 AM | 2:30 PM–4:30 PMwinter · summer: 1:30 PM–3:30 PM |
Slots marked “late night in India” need the trainer’s confirmation. Final timings are fixed on WhatsApp based on trainer and student availability; any date and time can be arranged where a trainer is available.
| City | Slot | Your local time | India time (IST) |
|---|---|---|---|
| Singapore | Weekday evening | 7:00 PM–9:00 PM | 4:30 PM–6:30 PM |
| Singapore | Weekday early morning | 6:00 AM–8:00 AM | 3:30 AM–5:30 AM late night in India |
| Singapore | Weekend morning | 9:00 AM–11:00 AM | 6:30 AM–8:30 AM |
Slots marked “late night in India” need the trainer’s confirmation. Final timings are fixed on WhatsApp based on trainer and student availability; any date and time can be arranged where a trainer is available.
08By country
Ansys for learners in your country
09Pair it with
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Online details 10FAQ
Ansys online – FAQ
Still have a question? Message us on WhatsApp.
Ask on WhatsAppCan I learn Ansys online from outside India?
Yes. Ansys is taught live online by a trainer, with the same syllabus, hours and project as the classroom batch. Batches are planned around your time zone, subject to trainer availability.
How many hours is the Ansys course?
Ansys is offered at 3 levels (40–80 h): Essential in Ansys – 40 hours; Essential in Fluent – 40 hours; Proficient in Ansys – 80 hours.
Do I need to buy the software?
We teach; we do not supply software. Use your own licence or an educational or trial licence where the maker offers one. Our Software & Licensing Policy explains the rules.
Can I attend some classes in person in India?
Yes. Hybrid and fully offline options are available at our Vellore, Katpadi and Ranipet centres on dates agreed in advance, depending on trainer and lab availability.
What does it cost?
Fees depend on the level and mode. Message +91 8111 029 125 on WhatsApp for the current fee and payment options for your country.
Will I get a certificate?
On completing the course and its project you receive the CADD Centre network certificate. It is a skill-training certificate, not a degree or a professional licence.
Start from anywhere
Get the Ansys syllabus, fee and next batch
Tell us your country and preferred time. We reply on WhatsApp with the syllabus, fee and the next available batch.
- Live online, hybrid or 100% offline in India
- Batches in your time zone, based on trainer availability
- Free counselling and a syllabus on WhatsApp
- One number for everything: +91 8111 029 125