Move from drawing to proving
CAD shows what a part looks like; Ansys shows whether it will survive its loads. That skill sets you apart from a pure drafter.
CADD Centre · Mechanical CADD
Ansys (Structural & Fluent CFD) Course in Vellore, Katpadi & Ranipet
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.
3 levels40–80 h171 topics3 centresClassroom · Online · Hybrid
01What is Ansys (Structural & Fluent CFD)
What is Ansys (Structural & Fluent CFD)? In plain words.
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.
Automotive, aerospace, power, pumps and valves, heavy engineering and consumer products companies all use simulation to cut down on physical prototypes and late design changes. A CAE engineer who can build a clean mesh, set correct boundary conditions and explain a stress plot saves real time and money. That is why many mechanical job postings list Ansys, FEA or CFD next to a CAD tool such as SolidWorks, Creo or CATIA.
Ranipet's SIPCOT estate and BHEL unit, and the auto and component makers along the Chennai–Bengaluru corridor, all build parts that must be tested for strength and heat. Engineering students from colleges around Vellore and Katpadi can use Ansys for their projects and for CAE roles in Chennai, Sriperumbudur, Hosur and Bengaluru.
What you will be able to do
- 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
- Judge convergence and post-process contours, vectors and plots to report results
- Use topology and shape optimisation to suggest lighter, stronger designs
02Why learn it
Why learn Ansys (Structural & Fluent CFD) now?
Six reasons students and professionals in Vellore district pick this skill.
Structural and CFD on one page
Pick Workbench for stress, vibration and heat, Fluent for flow, or both to cover the two main branches of CAE.
Hands-on with real cases
You solve cantilever beams, pressure vessels, brackets, brake rotors, heat sinks and heat exchangers – the same kinds of problems used in industry.
Strong base for higher study
FEA and CFD skills help with final-year projects, M.E./M.Tech work and research papers in design and thermal engineering.
Asked for in CAE roles
Analysis teams at auto suppliers, engineering service firms and R&D centres regularly look for freshers who already know Workbench or Fluent.
Theory plus practice
Every theory session is followed by a practice session, so the FEA concepts are tied to clicks you can repeat on your own.
03Who can learn
Who can join this course?
BE/BTech Mechanical students
Ideal for pre-final and final-year students who want an analysis skill for projects and interviews.
Automobile and Aeronautical engineers
Stress, vibration and flow studies are core tasks in vehicle and aircraft design.
M.E./M.Tech design and thermal students
Useful for thesis work that needs FEA or CFD results.
Diploma holders in Mechanical
Suitable if you already know a CAD tool and want to step into simulation.
Working design engineers
Add validation to your CAD work instead of waiting for a separate analysis team.
Civil and production engineers
Helpful for structural checks, thermal stress and fatigue of fabricated parts.
Before you start: 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.
04Levels & syllabus
Every Ansys (Structural & Fluent CFD) level, topic by topic.
3 programmes on one page. Pick a level to see its modules and every topic covered.
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 topicsCode EBESM2204Certificate: CADD Centre network
9 modules · 46 topics
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 topicsCode EBCOSPM2211Certificate: CADD Centre network
10 modules · 46 topics
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 topicsCode EBPFM2204Certificate: CADD Centre network
12 modules · 79 topics
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
05Choose your level
Which level is right for me?
New to simulation? Start with Essential in Ansys for structural work or Essential in Fluent for flow and heat transfer. If you want a job-ready structural skill set, choose Proficient in Ansys, which adds SpaceClaim, geometry repair, advanced meshing, buckling, thermal and optimisation.
| Programme | Level | Hours | Best for |
|---|---|---|---|
| Essential in Ansys Code EBESM2204 | Foundation | 40 h | Beginners who want a focused 40-hour start in Workbench covering FEA basics, meshing, static, fatigue and modal analysis. |
| Essential in Fluent Code EBCOSPM2211 | Foundation | 40 h | Mechanical, thermal and aeronautical learners who want 40 hours of CFD with Ansys Fluent – flow, heat transfer, turbulence and multiphase. |
| Proficient in Ansys Code EBPFM2204 | Professional | 80 h | Learners aiming for CAE jobs who want an 80-hour, in-depth path through SpaceClaim, Mechanical, advanced meshing, all major analysis types and optimisation. |
Foundation
Course on · Essential · Certificate · SKEP · Executive DiplomaStart here. Core tools, workflow and a practice project.
Professional
Proficient · ProfessionalIndustry-style exercises, advanced features and a portfolio project.
Master
Advanced · Expert · MastersComplete programmes that combine several tools and a capstone project.
06Hands-on
Projects you will build
You learn by making real deliverables – reviewed by your trainer before certification.
Pressure vessel stress check
Model a pressure vessel, mesh it and find the peak stress and deformation under internal pressure.
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.
Heat exchanger CFD
Set up turbulent flow in a heat exchanger in Fluent, reach convergence and present velocity and temperature contours.
Bracket optimisation
Use topology optimisation to remove material from a bracket and validate the lighter design.
Tools & features covered
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
Talk to a counsellor about Ansys (Structural & Fluent CFD)
Get the full syllabus PDF, current fee, offers and the next batch date on WhatsApp – usually within minutes during centre hours.
07Careers
Jobs you can apply for after Ansys (Structural & Fluent CFD)
Roles that list this skill in Indian job postings.
CAE / FEA Engineer
Builds meshes, applies loads and reports stress, deflection and life results for components.
CFD Engineer
Simulates fluid flow and heat transfer in pumps, ducts, heat exchangers and vehicle bodies.
Design and Analysis Engineer
Designs parts in CAD and checks them in Ansys before release.
Thermal Analysis Engineer
Studies temperature and thermal stress in electronics, engines and power equipment.
Durability / Fatigue Engineer
Predicts how long parts last under repeated loads.
Simulation Support Engineer
Helps customers set up and troubleshoot simulations at software resellers and service firms.
R&D / Graduate Research Engineer
Uses FEA and CFD in product development labs or academic research.
Salary you can expect
Fresher0–2 years₹2.5–4.5 LPA
Experienced3–5 years₹5–9 LPA
Senior6+ years₹10–18 LPA
Indicative ranges for India; pay varies by company, city, skills and experience. Figures in lakh per annum (LPA).
Industries that use it
Automotive and auto componentsAerospace and defencePower and energy equipmentPumps, valves and compressorsHeavy engineering and fabricationHVAC and thermal systemsConsumer products and appliancesEngineering services and outsourcing
Companies that use these skills
Tata MotorsMahindra & MahindraAshok LeylandTVS Motor CompanyBosch IndiaBHELL&THALTata Consultancy Services (engineering services)L&T Technology ServicesTata ElxsiCyientQuest GlobalCaterpillar IndiaKirloskar BrothersHyundai Motor India
Examples of well-known companies and sectors in India that use these skills. They are not CareerKraft partners or recruiters.
Your career path
1
Trainee CAE Engineer
Prepares geometry, meshes models and runs set cases under guidance.
2
CAE / CFD Engineer
Owns analysis of components and writes result reports for design teams.
3
Senior Analysis Engineer
Handles nonlinear, fatigue or complex CFD work and reviews juniors' models.
4
CAE Lead / Technical Specialist
Sets simulation methods, correlates results with tests and guides design decisions.
Placements
Students placed from our centres
Naresh N
Knitwear Designer & Quality Checker
SGS India Pvt. Ltd, Bengaluru
Surendar S
Design Engineer, Assistant Engineer - Design
Hirise Drafting and Consulting Pvt. Ltd, Eversendai Construction Pvt. Ltd (ECPL), Chennai
Suresh K
CNC Lathe Programmer
Propel Valve Pvt. Ltd
Anish R
Design Engineer
New Auto Tech Pvt. Ltd
Internship available: Ansys internship (20–104 hours) – a short project-based track for college students.
08How you learn
Classroom, online or both.
Same syllabus and certificate in every mode. Your counsellor confirms the mode based on trainer availability for your batch.
Classroom
Learn in our labs at Katpadi, Vellore or Ranipet with your trainer beside you and classmates to build with.
Online
Live sessions from home with the same syllabus, projects and certificate. Good if you cannot travel every day.
Hybrid
Lab days plus online sessions around college or work. The mode depends on trainer availability for your batch.
Certificate
On completing a level and its project assessment, you receive the course certificate of the CADD Centre network, issued through CareerKraft as the authorised training partner.
Batches & timings
Weekday, weekend and fast-track batches within centre hours (Mon–Sat 9:30 AM – 6:30 PM · Sun 9:00 AM – 2:00 PM). Ask for the next start date at your centre.
Fees & EMI
The fee depends on the level and mode. Your counsellor shares the current fee, offers and EMI options on WhatsApp.
Why learn at CareerKraft
Authorised partner training
Structured syllabi and certificates from the CADD Centre, Livewire and SynergySBS networks.
Learn by doing
Hands-on lab work and a project assessed before you are certified.
Personal attention
Industry-experienced trainers and batches small enough to ask questions.
Placement support
Resume help, mock interviews and job leads when you are ready – no false promises.
Career guides that include this course
11Where to learn
Learn Ansys (Structural & Fluent CFD) at any of 3 centres
Same syllabus, trainer standard and certificate at every centre. Tap the centre you want.
Ansys (Structural & Fluent CFD) in Katpadi
Near Aascars Cinemas, Katpadi
CADD Centre Katpadi
CADD Centre KatpadiAnsys (Structural & Fluent CFD) in Katpadi
Ansys (Structural & Fluent CFD) in Vellore
Near Raja Theatre, Vellore
CADD Centre Vellore
CADD Centre VelloreAnsys (Structural & Fluent CFD) in Vellore
Ansys (Structural & Fluent CFD) in Ranipet
Near SBI, Muthukadai, Ranipet
CADD Centre Ranipet
CADD Centre RanipetAnsys (Structural & Fluent CFD) in Ranipet
09FAQ
Ansys (Structural & Fluent CFD) course – your questions answered
12 answers about levels, duration, eligibility, certificate, placement support and fees.
Still have a question? The counsellor at the centre you prefer replies on WhatsApp.
Ask on WhatsAppWhat is Ansys used for?
Ansys is simulation software used to check designs on the computer. Workbench is used for stress, vibration, buckling, heat and fatigue studies, and Fluent is used for fluid flow and heat transfer (CFD). Engineers use it to find problems before a prototype is made.
Who can join the Ansys course?
It suits BE/BTech and diploma students in Mechanical, Automobile, Aeronautical and related branches, M.E./M.Tech students and working engineers. You need basic computer skills and some engineering background. Knowing a CAD tool helps but is not compulsory for the Essential levels.
How long is each level?
Essential in Ansys and Essential in Fluent are 40 hours each. Proficient in Ansys is 80 hours. The counsellor can share batch schedules that fit your college or work timings.
Which level should I choose?
Choose Essential in Ansys for a first step in structural FEA, or Essential in Fluent if you are more interested in flow and heat transfer. For a deeper, job-focused structural course, choose the 80-hour Proficient in Ansys. You can take Fluent later to add CFD.
Is Ansys training available online or hybrid?
Yes. Classes can run in the classroom, online or in hybrid mode, depending on trainer availability for your batch. Ask the centre which mode is running when you plan to join.
Can I attend a free demo class?
Contact your chosen centre on WhatsApp or phone to ask about a demo or counselling session. The team can show you the software and explain the syllabus before you enrol.
Will I get a certificate?
Yes. On completing the course and its assessment, you receive a course certificate from the training partner, CADD Centre. It lists the programme you completed.
Do you provide placement support?
We offer placement support such as resume help, mock interviews and sharing job leads. We do not guarantee a job; your skills, portfolio of analysis projects and interview performance matter most.
What is the fee for the Ansys course?
Fees vary by level and current offers. The counsellor at your chosen centre will share the current fee, any offers and EMI options on WhatsApp.
Do I need my own laptop?
No, classroom batches use the centre's computers. For online learning or home practice you will need a laptop that can run Ansys; the counsellor can tell you the recommended specification.
What jobs and salary can I expect after learning Ansys?
Common roles are CAE/FEA engineer, CFD engineer and design and analysis engineer. Freshers typically start around ₹2.5–4.5 LPA, with higher pay in metros and with experience. These figures are indicative and vary by company, city and skills.
Which centre can I join and what are the timings?
The course runs at all three centres – Katpadi, Vellore and Ranipet. Centres are open Monday to Saturday 9:30 am to 6:30 pm and Sunday 9:00 am to 2:00 pm.
10Keep exploring
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Fill this in and WhatsApp opens with your details, addressed to the centre you choose. The counsellor replies with the full syllabus, current fee, offers and the next batch.
- Free counselling and demo class
- Real projects and placement support
- Classroom, online or hybrid batches
- Replies Mon–Sat 9:30 AM – 6:30 PM · Sun 9:00 AM – 2:00 PM