Cfd internship 2025 - MARS Exploration Pvt .Ltd

WELCOME TO virtual Internship & Training program

Fuel Your Passion, Ignite Your Career –with
Computational Fluid Dynamics (CFD) Virtual Internship & Training

Our internship program is designed to provide hands-on experience and practical skills in the exciting and dynamic field of aerospace engineering. Participants will have the opportunity to work on real-world projects and collaborate with industry professionals

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OUR ACCREDITATION

our departments

About us

we aim to inspire curiosity, ignite imagination, and foster a deep appreciation for space science and exploration. Our ultimate goal is to empower the next generation of space enthusiasts, scientists, and innovators who will contribute to humanity’s ongoing exploration and understanding of the cosmos.”

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DURATION

3 Months

MODE

LIVE + Recorded

HOURS

5-6 Hours/Week

TIME

6 PM (Mon- Sat)

LOCATION

Work From Home

SOFTWARE

Ansys Workbench. fluent.CFD

DEADLINE

25 March 2025

Internship Objectives

Understand the fundamental principles of fluid dynamics and their application in CFD.
Gain proficiency in using CFD software tools for simulating fluid flow problems.
Develop skills in preprocessing, solving, and post-processing CFD simulations.
Apply CFD techniques to analyze and optimize engineering designs.
Learn to interpret and validate CFD results through comparison with analytical solutions and experimental data.
Explore advanced topics in CFD and current trends in the field.

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KEY FEATURES

Credible Internship

Under MCA Register with AICTE Approved online Internship & Training Program

Live Sessions

Intractive Daily Live Session

Contemporary curriculum

Practical & Software Based Curriculum Design by Experts

Flexible Learning

Learn with your Flexible hours

Expert Mentor

Our Mentor Higher studies from Top UK USA IN Universities

Webinar & Workshop

Webinar & Workshop by Industry Experts

Certificates & LOR

Certified By MCA .AS9100D ISO & UAF

Supports

24/7 Support Through Whatsapp No +918530636474 or Email id -hrmarsexplorationpvt@gmail.com

CFD Basic Theory

Module 1: Introduction to Computational Fluid Dynamics (CFD)

Overview of CFD: Definition, historical development, and applications.
CFD is important in various engineering fields, such as aerospace, automotive, energy, etc.
Introduction to the governing equations of fluid dynamics: continuity, momentum, and energy equations.

Module 2: Fundamentals of Fluid Mechanics

Properties of fluids: density, viscosity, and pressure.
Newtonian vs. non-Newtonian fluids.
Fluid flow classification: laminar vs. turbulent flow regimes.

Module 3: Numerical Methods in CFD

Introduction to numerical discretization: finite difference, finite volume, and finite element methods.
Spatial and temporal discretization of the governing equations.
Overview of numerical stability, accuracy, and convergence criteria.

Module 4: Governing Equations of Fluid Flow

Derivation and explanation of the Navier-Stokes equations.
Simplifications and assumptions for different flow scenarios.
Boundary conditions: types, implementation, and significance in CFD simulations.

Module 5: Turbulence Modeling

Fundamentals of turbulence and its modeling in CFD.
Reynolds-averaged Navier-Stokes (RANS) equations and turbulence models.
Selection criteria for turbulence models: k-ε, k-ω, SST, etc.

Module 6: Heat Transfer and Combustion Modeling

Basics of heat transfer mechanisms: conduction, convection, and radiation.
Modeling heat transfer in CFD simulations.
Introduction to combustion modeling: reactions, species transport, and combustion models.

Module 7: Multiphase Flows

Introduction to multiphase flow phenomena: gas-liquid, solid-liquid, and gas-solid flows.
Eulerian vs. Lagrangian approaches for multiphase flow simulations.
Modeling techniques for multiphase flows in CFD: Volume of Fluid (VOF), Discrete Phase Model (DPM), etc.

Module 8: Advanced Topics in CFD

High-fidelity simulations: Direct Numerical Simulation (DNS) and Large Eddy Simulation (LES).
Overview of compressible flow simulations and shock-capturing methods.
Introduction to advanced turbulence modeling approaches: Detached Eddy Simulation (DES), Scale-Adaptive Simulation (SAS), etc.

Module 9 : CFD Applications and Case Studies

Real-world applications of CFD in engineering: aerodynamics, heat transfer, combustion, etc.
Case studies highlighting the use of CFD in various industries.
Discussion on current trends and future directions in CFD research and development.

Ansys Software Training

Module 1 ; Introduction to ANSYS Fluent

Familiarization with the ANSYS Fluent interface, project setup, and workflow.
Basic operations: creating projects, importing geometries, and defining boundary conditions.

Module 2: Geometry Preparation and Mesh Generation

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Module 3: Boundary Conditions and Solver Setup

Defining boundary conditions for CFD simulations.
Configuring solver settings and initialization for accurate simulations.

Module 4: Turbulence Modeling in ANSYS Fluent

Understanding turbulence and its modeling in ANSYS Fluent.
Overview of turbulence models available in ANSYS Fluent: k-ε, k-ω, SST, etc.

Module 5: Heat Transfer and Combustion Modeling

Basics of heat transfer mechanisms and their modeling in ANSYS Fluent.
Introduction to combustion modeling: reactions, species transport, and combustion models.

Module 6: Multiphase Flows in ANSYS Fluent

Introduction to multiphase flow phenomena and their simulation challenges.
Modeling multiphase flows in ANSYS Fluent: Eulerian vs. Lagrangian approaches.

Module 7: Advanced Simulation Techniques in ANSYS Fluent

Advanced features in ANSYS Fluent: transient simulations, species transport, etc.
Introduction to dynamic mesh and moving boundary problems.

Module 8: Post-processing and Visualization

Introduction to post-processing tools in ANSYS Fluent.
Visualizing simulation results: contours, vectors, streamlines, etc.

Module 9: Optimization and Sensitivity Analysis in ANSYS Fluent

Basics of optimization techniques in ANSYS Fluent.
Sensitivity analysis for assessing the impact of input parameters on simulation results.

Module 10: Validation and Verification in ANSYS Fluent

Principles of validation and verification in CFD simulations using ANSYS Fluent.
Benchmarking ANSYS Fluent results against experimental data.

Module 11: Advanced Topics and Emerging Trends

Overview of advanced topics in ANSYS Fluent: high-fidelity simulations, turbulence modeling advancements, etc.
Discussion on emerging trends and future directions in ANSYS Fluent research and development.

Assignment

Need to submit

Research paper

Yes

Project

Yes

Presentation

Yes

Internship Report

Need to Submit

Internship Certificates

Yes

LOR

Performance Based

WHY CHOOSE OUR VIRTUAL INTERNSHIP & TRAINING PROGRAM ?

PARTNER WITH

Registration Process

Step 1- Fill out Pre Registration Form
Step 2 - Pay The Registration Fees
Step 3- Send Payment Recipts to hrmarsexplorationpvt@gmail.com
Step 4- Join our Whatsapp official Internship Group

INTERNSHIP START DATE- 1 APRIL 2025

LAST DATE OF REGISTRATION - 25 MARCH 2025

Registration Fees-

1 Months -1650 Rs including 18% GST
3 Monhs -2650 RS including 18 % GST

Connect with Call

EMPOWERING FUTURE INNOVATORS ; TRAINED STUDENTS FROM LEADING UNIVERSITIES!

Aerospace Internship Highlights

Join our 1 April Batch 2025

CFD Internship

Learning Software - Ansys .Fluent .CFX

Solid Rocket Boosters Separation. 3D Scene.

Rocket Design internship

Learning Software -Catia V5 .OpenRocket & Ansys Software

Aircraft Design Internship

Learning Software -Catia v5 & Ansys Software

UAV Design Internship

Learning Software -Solid woks & Mission Planner

What are you looking for?

Q1: What types of internship and training programs does MARSE offer?

We offer virtual and offline internship programs in Aerospace Engineering, Mechanical Engineering, Space Engineering, and Management, along with IT training internship programs in multiple domains.

Q2: Who can apply for these programs?

Pursuing . completed or Working professional Engineering students (Aerospace, Mechanical, IT, and related fields), graduates, and professionals looking to enhance their skills can apply.

Q3: What is the duration of the internship and training programs?

Our programs typically last between 4 to 12 weeks, depending on the course.Our programs typically last between 4 to 12 weeks, depending on the course.

Q4: Are these programs available online?

Yes, we offer both virtual and offline internship opportunities.

Q5: How do I apply for the internship or training program?

You can apply through our official website or Whatsapp No +918530636474 our support team for the registration link.

Q6: Is there an application fee?

specialized programs may have a registration fee, which will be mentioned in the application details

Q7: Will I receive a certificate after completing the program?

Yes, all participants receive a certification of completion from MARS Exploration Pvt Ltd.

Q8: Will I get to work on live projects?

Yes, we provide hands-on project-based learning with case studies and industry applications.

Q9: What software/tools will I need for the virtual internship?

Depending on your course, you may need ANSYS, Solidworks CATIA V5, NASA CEA, Open Rocket Mission Planner or other engineering software.

Q10: Will I receive software licenses for training?

We guide students to use student versions, open-source tools, or trial versions where applicable

Q11: Who can I contact for more details?

You can reach out via email (hrmarsexplorationpvt@gmail.com), WhatsApp (+918530636474), or our official website(https://intern.marsexploration.in)/ for more information.

Q12: Will I get job placement assistance after the program?

We provide career guidance, resume-building support, and interview preparation, but job placement is not guaranteed

WELCOME TO virtual Internship & Training program

Fuel Your Passion, Ignite Your Career –with Computational Fluid Dynamics (CFD) Virtual Internship & Training

OUR ACCREDITATION

our departments

Aerospace Engineering

Space Engineering

Computer Engineering

Management

About us

DURATION

3 Months

MODE

LIVE + Recorded

HOURS

5-6 Hours/Week

TIME

6 PM (Mon- Sat)

LOCATION

Work From Home

SOFTWARE

Ansys Workbench. fluent.CFD

DEADLINE

25 March 2025

Internship Objectives

KEY FEATURES

Credible Internship

Live Sessions

Contemporary curriculum

Flexible Learning

Expert Mentor

Webinar & Workshop

Certificates & LOR

Supports

CFD Basic Theory

Ansys Software Training

WHY CHOOSE OUR VIRTUAL INTERNSHIP & TRAINING PROGRAM ?

🚀 Pioneering Aerospace & Space Research

📚 Industry-Focused Training & Internships

🔬 Cutting-Edge Research & Innovation

🤝 Collaborations with Academia & Industry

🛠️ Hands-On Learning with Advanced Tools

📜 Industry-Recognized Certifications

📈 Driving Future-Ready Careers

⚡ Be Part of the Future of Space & Aerospace!

PARTNER WITH

Registration Process

Step 1- Fill out Pre Registration Form Step 2 - Pay The Registration FeesStep 3- Send Payment Recipts to hrmarsexplorationpvt@gmail.comStep 4- Join our Whatsapp official Internship Group

INTERNSHIP START DATE- 1 APRIL 2025

LAST DATE OF REGISTRATION - 25 MARCH 2025

Registration Fees-1 Months -1650 Rs including 18% GST3 Monhs -2650 RS including 18 % GST

Connect with Call

EMPOWERING FUTURE INNOVATORS ; TRAINED STUDENTS FROM LEADING UNIVERSITIES!

Aerospace Internship Highlights

Join our 1 April Batch 2025

CFD Internship

Rocket Design internship

Aircraft Design Internship

UAV Design Internship

What are you looking for?

Fuel Your Passion, Ignite Your Career –with
Computational Fluid Dynamics (CFD) Virtual Internship & Training

Step 1- Fill out Pre Registration Form
Step 2 - Pay The Registration Fees
Step 3- Send Payment Recipts to hrmarsexplorationpvt@gmail.com
Step 4- Join our Whatsapp official Internship Group

Registration Fees-

1 Months -1650 Rs including 18% GST
3 Monhs -2650 RS including 18 % GST