Ayushman Katal

Assistant Manager at JSW Steel

Jammu and Kashmir, India
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Summary

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Senior
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Top School
Ayushman Katal is a civil engineer with 9 years of hands-on experience delivering large infrastructure projects, currently serving as Assistant Manager overseeing civil works for a greenfield 8 MTPA pellet plant and 30 MTPA filtration unit at JSW Utkal Steel’s Paradeep integrated steel plant. He brings field-proven construction experience from flyover projects and site engineering roles, combined with proficiency in design and project tools such as Revit, STAAD Pro, AutoCAD and SAP. Comfortable bridging site execution and technical design, he has progressed rapidly through JSW Steel from Graduate Engineering Trainee to project leadership. Uncommonly for a civil professional, he has contributed to open-source software testing—improving LaTeX output and solver accuracy in the widely used SymPy library—demonstrating attention to precision and cross-disciplinary problem solving. Based in Jammu and Kashmir, he is motivated by projects that tangibly improve infrastructure and user impact.
code9 years of coding experience
job2 years of employment as a software developer
bookBachelor of Engineering - BE, Civil Engineering, Bachelor of Engineering - BE, Civil Engineering at Thapar Institute of Engineering & Technology
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Github Skills (5)

computer-algebra10
latex10
python10
test-automation10
testing9

Programming languages (5)

HCLGoPHPJupyter NotebookPython

Github contributions (5)

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sympy/sympy

Aug 2018 - Oct 2018

A computer algebra system written in pure Python
Role in this project:
userQA Engineer / Test Automation Engineer
Contributions:9 commits, 12 PRs, 74 comments in 1 month
Contributions summary:Ayushman primarily focused on testing and improving the LaTeX output functionality within the sympy library. Their contributions involved modifying test files (test_latex.py) to refine assertions and ensure the correct LaTeX formatting of mathematical expressions, specifically concerning indexed variables. They also fixed an issue in the solvers, correcting the output of the `_invert` method to accurately solve 2-D linear systems. These changes demonstrate a focus on ensuring the library's accuracy and adherence to standards.
computer-algebra-systempythonmathcomputer-algebrascience
Contributions:6 commits, 5 pushes, 1 branch in 6 days
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