I am a C++ Software Engineer with more than four years of commercial experience developing performance-critical production software. My primary focus is modern C++, algorithms, data processing, and reliable systems engineering.
I work extensively with C++14/17, STL, object-oriented design, templates, multithreading, asynchronous programming, and complex debugging. I enjoy investigating difficult production issues, reproducing failures, identifying root causes, and delivering maintainable fixes.
In my current role, I develop computational geometry and 3D model-editing functionality, including spline, smoothing, and related processing workflows. I also improve the correctness, reliability, and maintainability of core computational modules through refactoring, code review, and technical documentation.
I have commercial exposure to financial technology through developing a C++ trading connectivity gateway for an online exchange. This experience involved exchange connectivity, network and API integration, and dependable message and data-flow handling.
My academic background in biophysics gave me a strong mathematical foundation in modeling, algorithms, large datasets, and data analysis. I am especially interested in financial-market infrastructure, market data, high-performance systems, and fully remote C++ engineering opportunities.
Designed and implemented performance-critical C++ algorithms for 3D geometry and model-editing workflows, including splines, smoothing, and related computational processing.
Investigated complex production defects by reproducing failures, isolating root causes, and delivering reliable fixes. Improved computational modules through object-oriented design, refactoring, debugging, code review, internal interfaces, and technical documentation.
Developed a C++ trading connectivity gateway for an online exchange during a commercial software-development internship.
Worked on exchange connectivity, API and network integration, and reliable handling of messages and data flows in a trading-system context.
Conducted radiobiology research and contributed to 3D modeling of biological structures, including DNA and chromosomes.
Applied computational modeling, data analysis, and domain-specific research methods in a scientific environment.
Bachelor's Degree, Biophysics
Focused on mathematical modeling, computational biophysics, data analysis, algorithms, and large datasets.
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