Pre-final year IT undergraduate focused on scientific computing, numerical methods, and high-performance Julia. Contributor to OrdinaryDiffEq.jl, SciMLBenchmarks.jl, and ODEInterfaceDiffEq.jl.
About
I'm an IT undergraduate at Sarvajanik College of Engineering and Technology (expected 2027), focused on numerical methods, solver infrastructure, and performance engineering.
As a Codeforces Specialist and competitive programmer, I bring algorithmic rigour to every problem. My open-source work centres on the Julia ecosystem — specifically the SciML organization — where I contribute high-performance solver code used by researchers and engineers worldwide.
My interests span scientific computing, differential equations, high-performance computing, and building robust, zero-allocation numerical infrastructure at scale.
B.Tech IT — SCET, Gujarat (2023–2027)
Codeforces Specialist — algorithmic problem solving
Numerical methods, solver design, performance
Active contributor across the SciML / Julia ecosystem
Latest writing
GSoC 2026
Refactoring the core of OrdinaryDiffEq.jl with generic tableau-driven solver infrastructure.
The project refactors OrdinaryDiffEq.jl by introducing generic tableau-driven solver infrastructure to replace duplicated perform_step! implementations across Runge–Kutta and IMEX solver families. Targeting ~3,300 lines of duplicated stepping code for removal while maintaining performance parity with handwritten kernels.
May 2026
Deep-dive into OrdinaryDiffEq.jl internals, align with mentors on design, benchmark existing solvers.
June 2026
Finalize the generic IMEXTableau type, implement core dispatch infrastructure, first solver migrations.
July 2026
Migrate explicit, implicit, and IMEX Runge–Kutta solvers to the generic tableau framework.
August 2026
Implement MREIL, MIS, and MRGARK multirate time integration methods.
September 2026
Comprehensive performance benchmarks, documentation, and final polish.
Contributions
Pull requests merged across the SciML ecosystem.
Writing
Deep dives into numerical computing, Julia performance, and GSoC progress.
Skills
Achievements
Selected contributor under SciML (NumFOCUS)
Competitive programming — algorithmic excellence
CUET — national-level ranking
National engineering entrance examination
Active contributor across the ecosystem
Contact
Open to collaboration, research discussions, and opportunities.