CFD Engineer Master's Certification Program by Skill Lync: Fee, Duration, How to Apply

Quick Facts

particular	details
Medium of instructions English	Mode of learning Self study	Mode of Delivery Video and Text Based

Course overview

The Computational Fluid dynamics (CFD) master’s certification programme is a rigorous course that spans 12 months. Due to continuous need for consistent quality, automation and ensuring safety in an industrial process there arises the need of the CFD technology. The Master’s programme in CFD engineering by SKILL-LYNC is best for the candidates that are fascinated towards the concept of drag, aerodynamics, fluid dynamics, and IC engine simulations. The CFD engineering master’s certification programme assists in enhancing the skills required to pursue a career in core mechanical engineering fields.

The CFD master’s programme consists of six courses that provide knowledge of different engineering concepts and tools that are essential to work as a CFD Engineer in the top equipment manufacturing industry. The course will provide in-depth knowledge about software like MATLAB, ANSYS Fluent, OpenFoam, Cantera, Python, ANSYS ICEPAK, and GT-POWER. Upon completion of the Program, the novice will attain skills enough to work as equipped with enough skills to work as CFD Engineer, CFD Manager along with practical hands-on experience in top OEMs.

Course and certificate fees

PAYMENT TYPE DURATION INSTALLMENT
Zero Cost EMI 3 Months ₹91,667
6 Months ₹45,833
EMI Loan Plans 12 Months ₹25,208*
22 Months ₹14,375*
*Inclusive of Interest

PAYMENT TYPE	DURATION	INSTALLMENT
Zero Cost EMI	3 Months	₹91,667
6 Months	₹45,833
EMI Loan Plans	12 Months	₹25,208*
22 Months	₹14,375*

certificate availability

Yes

certificate providing authority

Skill Lync

Who it is for

Aerospace engineer Mechanical engineer

The programme CFD engineer master’s certification online course is ideally best for:

Mechanical Engineers
Automotive Engineers
Aerospace Engineers

Eligibility criteria

Education

The participant should have a degree in Automotive engineering/Mechanical engineering

Certification Qualifying Details

The participants are entitled to receive a certification of completion for the CFD engineer master’s certification programme needed to complete the course properly. On successful completion, candidates will be awarded the certificates.

What you will learn

Knowledge of python

After completion of the Master’s Program in CFD the learner’s will gain mastery on the following:

The key concepts of fluid dynamics and mathematics.
Get adapted to the use of MATLAB scripts and interface.
Solving various problems using the Finite difference approach (FDM).
Making use of the FVM approach and simulating OpenFOAM
Using ANSYS Fluent to simulate Turbulent flow and Laminar flow.
Study and solve transient and steady heat conduction problems in 2D equations.
Learn to simulate Conjugate heat transfer.
Predict the flame speeds of various fuels and their ignition delay.

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

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

Admission details

Filling the form

The CFD engineer master’s certification programme application process is given below:

Step 1: Visit the Course Url.

Step 2: There is a section with the title ‘Flexible Course Fees’. There are 3 different plans provided.

Step 3: Choose the plan that best meets your requirement. Click on the ‘Enrol Now’ tab.

Step 4: A form will appear which will aid to ‘Unlock Premium Access’

Step 5: Fill it and proceed. You will find a payment gateway to make the payment.

Step 6: Once payment is done, the candidate can readily access the programme

How it helps

Increasing demand for products and urge for consistent quality benchmark has provided a boost to original equipment manufacturing companies. This has resulted in the opening of new opportunities for Mechanical/Automotive/Aerospace engineers that have command over software that can lead to automation in the production. Upskilling their knowledge will lead to greater job prospects along with greater pay scale. On having improved skills the entrant will have the ability to pace up their position in the profession amidst cut-throat competition.

As a CFD engineer, the participant will be able to design an algorithm that can be used to improvise and stabilise the accuracy of the solution. The course will provide in-depth knowledge about the workflow that is streamlined right from the geometry creation to post-processing procedure. The programme focuses on providing hands-on experience of incompressible and compressible steady-state simulations, creating engineering parameters in form of runtime animation, studying and characterising cyclone separator and much more. The participant will get a chance to revise and refresh basic concepts of chemistry and co-relate them will real-life application.

FAQs

How is the Skill-LYNC CFD master’s engineering programme advantageous?

The participant will have an edge over their peers as they will be working on industry-relevant projects, practising on tools and software extensively. The course strengthens the portfolio for getting grants and scholarships for MS admission and getting into research and development in top core manufacturing companies.

What software and tools are taught in CFD Master’s engineering courses?

Tools and software like MATLAB, ANSYS Fluent, Cantera, OpenFoam, ANSYS ICEPAK, GT-POWER, and Python are taught in the course.

Are there any prerequisite skills required for the CFD Master’s engineering programme?

The participant should have a B.tech degree in Aerospace engineering/Automotive engineering/ mechanical engineering.

How will the teaching-learning process be in the course?

Online lectures will be provided by the instructors working in fortune 500 companies. The participants will also be provided access to pre-recorded videos and assignment.

What support is being provided for the doubts while pursuing the course?

There is a team of engineers available for assistance. A Participant can contact support engineers in the following ways:

By raising a ticket in their study window.
Asking a question in Whatsapp chat.
Arriving at the skill centre and getting a chance to discuss the question and find an answer.

How is the course different from the one studied by a student while pursuing B.tech?

The course is being designed after consulting industry experts so that the gap between academic knowledge and industry is bridged. The course modules have projects that have real-world application. The project will be part of OEM with variation just in scaling.