CFD Engineer Master’s Certification Program:- The 12-month Computational Fluid Dynamics (CFD) master’s certification programme is a challenging programme. The necessity for CFD technology is driven by the ongoing need for consistent quality, automation, and safety assurance in an industrial process.
The best candidates for the Master’s programme in CFD engineering offered by SKILL-LYNC are those who are attracted by the ideas of drag, aerodynamics, fluid dynamics, and simulations of IC engines. The master’s certification programme in CFD engineering aids in improving the abilities needed to pursue a career in fundamental mechanical engineering domains.
CFD Engineer Master’s Certification Program
Six courses make up the CFD Engineer Master’s Certification Program, which imparts knowledge of various engineering ideas and methods necessary for employment as a CFD Engineer in the best equipment manufacturing sector.
Software like MATLAB, ANSYS Fluent, Open Foam, Cantera, Python, ANSYS ICEPAK, and GT-POWER will all be covered in-depth in this course. After completing the programme, the novice will have the necessary abilities to function as a CFD Engineer or CFD Manager and will also have practical, hands-on experience in leading OEMs.
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CFD Engineer Master’s Certification Program Details
| Article Name | CFD Engineer Master’s Certification Program BY Skill Lync |
| Year | 2024 |
| Category | Courses |
| Official site | Click Here |
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The highlights
- Twelve months programme
- Certification by Skill Lync
- Exposure to industry projects
Program offerings
- Videos
- Audio
- Tool tests
- Mock interviews
Course and certificate fees
- For ten months, the basic CFD Engineer Master’s Certification Program with nine months of access costs Rs. 25,000 per month.
- Costs Rs. 30,000 per month for 10 months for the “pro” programme with 18 months of access.
- Lifetime access is available through the premium programme for Rs. 35,000 each month for ten months.
CFD engineer master’s certification programme fees
| Type of Programme | Basic | Pro | Premium |
| Amount | Rs. 25,000 | Rs. 30,000 | Rs. 35,000 |
Certificate Availability
Yes
Certificate Providing Authority
Skill Lync
Eligibility criteria
Education
The participant should hold a degree in mechanical or automotive engineering.
Certification Qualifying Details
Participants who successfully finish the CFD Engineer Master’s Certification Program curriculum are eligible to acquire a certificate of completion. Candidates will receive their certificates after successfully completing the course.
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What you will learn
- The fundamental ideas of mathematics and fluid dynamics.
- Learn how to use the MATLAB interface and programmes.
- Employing the Finite Difference Method (FDM) to solve numerous issues.
- Utilising the FVM method and emulating Open FOAM.
- ANSYS Fluent is used to simulate both laminar and turbulent flow.
- Study and resolve 2D equations for transient and constant heat conduction problems.
- Study conjugate heat transfer simulation.
- Calculate the flame speeds and ignition delays of various fuels.
Who it is for
The online course for CFD engineer master’s certification is appropriate for:
- Mechanical Engineers
- Automotive Engineers
- Aerospace Engineers
Step to Apply for Admission details
The application process for the CFD Engineer Master’s Certification Program is described below:
- Check out the course URL.
- ‘Flexible Course Fees’ is the name of one part. Three different plans are offered.
- Select the strategy that best fits your needs. The ‘Enrol Now’ tab should be selected.
- You can ‘Unlock Premium Access’ by filling out the form that will appear.
- Fill it, then carry on. You can make the payment via a payment gateway.
- The candidate can easily access the programme once payment has been made.
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The syllabus
Course One
Introduction to Computational Fluid Dynamics using Matlab And OpenFOAM
- What is CFD?
- Mathematics and fluid dynamics essentials
- Introduction to MATLAB and basic CFD concepts
- Exploring CFD by solving standard CFD problems using FDM.
- Introduction to FVM and OpenFOAM.
- Solving standard CFD problems in OpenFOAM.
Projects
- 2D Heat Conduction Simulation
- Supersonic Nozzle Flow Simulation using MacCormack Method.
- Flow over a Backward Facing Step.
- Automated BlockMesh Generation for Meshing Pipe Geometry.
Course Two
Advanced Cfd using Ansys Fluent
- Uses of CFD
- Simulating Laminar and turbulent flow in ANSYS Fluent.
- Performing steady-state simulations.
- Exploring meshing strategies.
- External Aerodynamics
- Conjugate heat transfer
- Discrete phase modelling
- Introduction to user-defined functions
- Basic reacting flows
Projects
- Conjugate Heat Transfer Analysis on a Graphics Card.
- Gear Sloshing Analysis through Dynamic Meshing.
Course Three
Computational Combustion Using Python And Cantera
- Fundamentals of chemistry
- Intermediary Thermodynamics
- Equilibrium chemistry
- Elementary reactions
- Introduction to Python and Cantera
- Ignition delay calculation
- Flame speed calculation
- Advanced topics in combustion
- Introduction to 3D combustion
Projects
- Adiabatic Flame Temperature Calculation
- Combustion Efficiency Calculation after Preheating
- Solving STIFF ODE System by using Backward Differencing and a Multivariate Newton-Rapson Solver.
- Auto Ignition
- Sensitivity Analysis
- One Dimensional Flame Speed Analysis
- Reaction Reduction Mechanism
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Course Four
Advanced Ic Engine Simulation
- Converge studio module
- Surface preparation
- Region initialisation and valve motion setup
- Turbulence modelling
- Combustion modelling
- Emissions modelling
Projects
- Steady and Transient Flow over a Throttle Body
- Diesel Engine Characterization
- Port Fuel Injection
Course Five
Ic Engine Calibration Using Gt-power
- Introduction to GT-POWER and GT-SUITE
- SI Engine modelling Techniques
- Case study on SI Engine
- CI Engine modelling techniques
- Case study on CI Engine
- Turbocharger and Supercharger Modelling
- Aftertreatment modelling techniques
- Case study on 3-way Cat Doc PDF and SCR system
- Optimisation techniques
- Discretisation technique
- Hybrid engine modelling
Projects
- Case Study on CI Engine: Tractor Engine Application
- Case Study on AFT System: SI and CI Engines
- BS IV-VI Conversion of an Eicher Pro Truck Variant
Course Six
Electronic Cooling Simulations Using Ansys Icepak
- Introduction to electronic cooling
- ICEPAK Modelling
- Meshing techniques
- Natural convection
- Forced convection
- Heat generation
- CAD Imports
- Radiation modelling
- Post-processing with ANSYS ICEPAK
- Advanced simulations
- Macros
- Optimisation
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How it helps
Original equipment manufacturing firms have benefited from rising consumer demand for products and the desire for constant quality standards. This has led to the creation of new opportunities for mechanical, automotive, and aerospace engineers who are proficient in the use of software that can automate production. Increasing their knowledge will improve their career prospects and pay scale. With enhanced skills, the applicant would be able to advance in their position in the field amidst fierce competition.
The participant will have the ability to create an algorithm as a CFD engineer that can be used to improvise and stabilise the accuracy of the solution. The course will give students in-depth knowledge of the optimised workflow from the design of the geometry through the post-processing phase. In addition to studying and characterising cyclone separators, the programme focuses on giving students hands-on experience with compressible and incompressible steady-state simulations, producing engineering parameters in the form of runtime animation, and much more. The participant will have the opportunity to review and refresh their understanding of fundamental chemical topics and apply them to practical applications.
CFD Engineer Master’s Certification Program FAQ’S
Are CFD engineers in demand?
There is a growing demand for Computational Fluid Dynamics analysts in the industry, and it is expected that the CFD market will reach $3428 million by 2027. This is because CFD modelling and simulation can potentially trim redundant expenditures that otherwise had to be incurred on lab or real-life tests.01-Jul-2022
How do I become a CFD engineer?
To become a CFD engineer, you need either a bachelor’s degree or a master’s degree in mechanical engineering, you would need an understanding of fluid and thermodynamics, and you would need a great understanding of computer technology.
What is CFD certification?
Through individual and team activities, graduate certificate in Computational Fluid Dynamics program students creatively solve engineering problems that help you master computational fluid dynamics and heat transfer (CFD/CHT). The curriculum incorporates simulation and schemes analysis topics.
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