Course Overview:

A program on integrating MATLAB & Ansys simulation for Aerospace engineering. Students will learn to use these powerful tools for aerospace simulations, enabling them to analyze and optimize various aspects of aircraft design and performance.

Course Description:

Skyscript, an intensive 6-day offline coursework offered by Ozhli Academy of Science, is dedicated to MATLAB simulation integrated with Ansys simulations. Aimed at providing students with a deep understanding of aerospace simulations, the course covers fundamentals of MATLAB and Ansys, allowing participants to perform and validate simulations in the fields of computational fluid dynamics, static structural analysis, and thermal analysis.

Instructor Information:

Instructor Name: Kadhal Perumaan B
Qualification: M. Tech Aerospace Engineering
Expertise: Computer Aided Drafting & Designing, Industrial Simulations & Analysis (CFD, Structural, Thermal), Industry Automation (PLC programming), Materials & Structures

Course Format:
Offline, Live, Interactive, Research Based

Duration and Schedule:

The Program Lasts for six days which is divided into Twelve sessions:

1. Introduction to MATLAB:
• Basic introduction to MATLAB, covering fundamental concepts.

2. Matrices, Vectors, and Plotting:
• In-depth exploration of matrices, vectors, and plotting techniques.

3. Control Flow, Loops, and Functions:
• Understanding control flow, loops, and functions in MATLAB.

4. File I/O, Scripting:
• Application of File I/O and scripting techniques in MATLAB.

5. Simulink for Aerospace Systems Modeling:
• Engaging in aerospace systems modeling using Simulink.

6. Image Processing and Machine Learning:
• Exploration of image processing and machine learning applications in MATLAB.

7. MATLAB Scripting on Aircraft CFD Analysis:
• Application of MATLAB scripting for Computational Fluid Dynamics (CFD) in aircraft analysis.

8. Ansys Fluent Validation on Aircraft CFD Analysis:
• Validation of CFD simulations using Ansys Fluent.

9. MATLAB Scripting on Aircraft Structural Analysis:
• MATLAB scripting for aircraft structural analysis.

10. Ansys Mechanical APDL Validation on Aircraft Structural Analysis:
• Validation of structural analysis using Ansys Mechanical APDL.

11. MATLAB Scripting on Aircraft Thermal Analysis:
• Application of MATLAB scripting for aircraft thermal analysis.

12. Ansys Thermal Validation on Aircraft Thermal Analysis:
• Validation of thermal analysis using Ansys Thermal.

Who Should Take This Course:
This Course is ideal for the students of Aeronautical Engineering (preferably 3rd & Final Year students).

Benefits of Taking This Course:

Upon completion of this 6-day course, students will attain a proficiency in MATLAB, a foundational programming language, enabling them to manipulate data, create graphical representations and implement command sequences. The course extends to Simulink, where students engage in the modelling of aerospace systems, along with an exploration of image processing and machine learning applications. Subsequently, participants focus on Computational Fluid Dynamics (CFD), utilizing MATLAB for aircraft analysis, followed by the validation of these simulations using Ansys Fluent—a prominent industry tool. The curriculum further encompasses structural analysis through MATLAB scripting, coupled with validation using Ansys Mechanical APDL. The final segment delves into thermal analysis, Understanding the parameters of heat distribution in aircraft components. In summation, Students attain knowledge with a diverse skill set, including problemsolving ability, practical application proficiency, and familiarity with industrystandard tools, positioning them effectively in the aerospace engineering domain.

Prerequisites:
Participants are expected to have a basic programming knowledge, familiarity with mathematics concepts like matrices, and an interest in aerospace simulations are recommended. Basic computer literacy and prior exposure to simulation tools are advantageous. The course accommodates various skill levels, providing a supportive learning environment. Participants uncertain about their readiness can seek guidance from organizers.

Materials and Resources:
Participants needed to download and install MATLAB Student version & Ansys Student Version.