Mathematics & Computing undergrad building low-latency systems and numerical software in modern C++23.
I'm a second-year B.Tech student in Mathematics and Computing at RGIPT. Most of my engineering time goes into systems software in C++23: workflow engines, numerical libraries, and trading infrastructure.
I like working on the layer underneath research and trading systems, and I build things from scratch to understand every layer instead of treating libraries as black boxes. Performance claims in my repos are backed by benchmarks, not intuition.
High-performance C++23 workflow orchestration engine: DAG-based task scheduling, parallel execution, failure handling, and content-based caching. Developed incrementally from v0.1 towards v1.0.
Numerical computing library built from first principles in modern C++23. It is the numerical foundation for my other projects.
| Module | Status |
|---|---|
| Matrix | In progress |
| Linear Algebra | In progress |
| Numerical Computing | Planned |
| Machine Learning Foundation | Planned |
Low-latency electronic trading infrastructure in C++23, starting from the limit order book and matching engine.
| Module | Status |
|---|---|
| Limit Order Book | In progress |
| Matching Engine | Planned |
| Market Data Feed | Planned |
| Execution & Risk | Planned |
| Backtesting & Benchmark Suite | Planned |
Benchmarking platform for trading infrastructure (JavaScript).
- Taking Cache-Aware Workflow Orchestrator through its v0.x releases
- Linux systems and concurrency for low-latency work: sanitizers, epoll, atomics, profiling
- Competitive programming (Codeforces)
- Probability, stochastic processes and optimization for quantitative finance
- Machine learning fundamentals
- Correctness first, then optimization, justified by benchmarks
- Small, reviewable commits over big opaque ones
- Tests and documentation are part of the deliverable
- Code is written for the next person reading it
- Email: ritikmishramishra49@gmail.com
- LinkedIn: linkedin.com/in/ritik-mishra-401b5a370
- Codeforces: amor2
Building in the open.