Prayush Dawda is a Software Engineer 3 at Google with eight years of backend-focused experience building scalable features and improving core platforms. He has a strong open-source pedigree—contributing to high-profile projects like SymPy (enhancing plotting docs and usability) and Oppia (adding features, refactoring core domain logic, and mentoring via Google Summer of Code). Prior roles at CRED, Blinkit and early data science work show he moves comfortably between production backend systems and data-driven problem solving. Based in Karnataka, India, he combines rigorous academic performance in ICT with a knack for improving developer and learner experiences, often surfacing usability wins that aren’t obvious from code alone.
8 years of coding experience
5 years of employment as a software developer
Bachelor of Technology, Information and Communication Technology, 8.9/10, Bachelor of Technology, Information and Communication Technology, 8.9/10 at Adani Institute Of Infrastructure
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Role in this project:
Back-end Developer
Contributions:575 reviews, 124 commits, 162 PRs in 2 years 11 months
Contributions summary:Prayush's contributions primarily involve modifications and improvements to the codebase of the Oppia platform. They focused on enhancing the functionality of the core/domain files, by adding documentation, implementing new features and refactoring existing code. The user demonstrates an understanding of the existing infrastructure and its implications in the context of the exploration domain. The user also made changes that involved core functionalities.
Contributions:12 commits, 4 PRs, 34 comments in 4 days
Contributions summary:Prayush primarily contributed to the `sympy/sympy` repository by modifying the `plotting/plot.py` file. Their work involved adding and correcting examples in the documentation, specifically for the `append` and `extend` methods. Additionally, the user made several changes to indentation and formatting, ensuring the code's visual consistency. These commits suggest a focus on improving the documentation and usability of the plotting module within the computer algebra system.
mathpythonsciencecomputer-algebra-systemalgebra
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