Computer Science student focused on systems-level engineering, computer architecture, operating systems, and distributed systems.
I care about understanding computing systems from first principles — from CPU execution and memory behavior to concurrency, networking, databases, and large-scale distributed infrastructure.
My interests include:
- computer architecture & performance
- operating systems & concurrency
- systems programming in C/C++
- networking & distributed systems
- databases and storage systems
- observability, reliability, and scalability
I value:
- correctness over shortcuts
- maintainability over cleverness
- understanding over memorization
- observability over guesswork
I am especially interested in:
- how abstractions are implemented,
- where they leak or fail,
- and which trade-offs shape real production systems.
- Systems programming in C and C++
- Computer architecture exercises, learning material and microarchitectural experiments
- Structured technical notes (Slidev-based)
- Operating systems internals and concurrency exploration
- Performance analysis of low-level execution behavior
Develop rigorous engineering judgment across the major layers of computing systems:
hardware → operating systems → runtimes → databases → networks → distributed systems.