GSoC'24

[Akshat-Kob]

Akshat Shah
Contact: [email protected] | Phone: +91 9516594805 | LinkedIn: Akshat Shah

Education:
Pre-final Year Student, Mathematics and Computing
Indian Institute of Technology (BHU), Varanasi

Code Experience:
Proficient in C++ with experience in Python scripting.

Experience and Interests in SU2:
As an aspiring computational mathematician, I am deeply fascinated by the capabilities of SU2 and its applications in computational fluid dynamics (CFD). My interest lies in leveraging my skills in C++ and Python to contribute to SU2's development. Specifically, I am enthusiastic about the project involving the extension and documentation of user-defined boundary conditions. This project aligns perfectly with my expertise and interests.

Current Work Schedule:
Currently, I am a pre-final year student at IIT BHU, balancing my academic responsibilities with extracurricular activities. I am committed to allocating dedicated time for this project, ensuring effective time management between my studies and the project requirements. I am confident in my ability to meet deadlines and deliver high-quality results.

About SU2 Foundation:
SU2 is an open-source suite of software tools written in C++ for solving partial differential equations (PDEs) and performing optimization tasks in computational fluid dynamics (CFD) and aerodynamic design. It provides a powerful platform for researchers and engineers to conduct simulations and optimize designs efficiently.

About the Project (Project 4):
The project aims to enhance the capabilities of the Python wrapper in SU2, allowing for the modification of all transported variables on various boundary types. This involves extending the functionality of the existing wrapper to enable spatially and temporally varying boundary conditions. Additionally, the project involves creating comprehensive user documentation and tutorials to facilitate easy adoption and usage of these features.

Needed Feature:
The crucial feature needed for this project is the ability to modify all transported variables on different boundary types using the Python wrapper. This will significantly enhance the flexibility and usability of SU2 for researchers and engineers working in various domains.

I would be grateful if you could connect me with the project mentor to further discuss the project details and establish a timeline. I am eager to collaborate closely with the mentor to ensure the successful completion of the project.