BACKEND
ENGINEER
Engineering low-latency backend infrastructure and data-intensive applications. Currently focused on memory-safe systems programming in Rust and relational database internals.
01.
About
I am a Computer Science student focused strictly on backend engineering, systems architecture, and high-performance execution. Rather than relying solely on high-level frameworks, my drive is to understand and build the underlying infrastructure.
Currently, my technical focus is entirely on systems programming with Rust and understanding core Database Internals. I recently engineered a lightweight Redis clone and a custom asynchronous web server utilizing the tokio runtime. Alongside writing low-level execution engines, I am studying the mechanics of relational databases, from query execution plans to concurrency control models.
02. Skills & Systems
systems and backend architecture
Proficiency: 90%database architecture and state management
Proficiency: 87%infrastructure & devops
Proficiency: 81%frontend integration
Proficiency: 85%03. Systems Built
Fetis
Project ID: cmo71jn7An asynchronous, in-memory key-value store engineered in Rust. Leverages the Tokio runtime for non-blocking I/O to handle high-throughput concurrent TCP connections. Implements a core subset of the Redis protocol (SET, GET, DEL, PING).
Environment Dependencies
Alofy
Project ID: cmo71w9hText based RPG that integrated Gemini AI to generate unique, non-linear storylines for every session. Contains a secure Code Execution Enginer using Piston running within isolated Docker container, preventing Remote Code Execution. And a level-progression system where boss battles are solved through real-time coding algorithms solutioins.
Environment Dependencies
Blueprint
Project ID: cmo7245vA high performance monorepo template using Next.js (frontend) and Nest.js (backend) with TurboRepo as the body with full Docker orchestration. Contains robust security with HTTP-only cookie-based authentication, featuring automated access/refresh token rotation via Axios interceptors for 'self-healing' sessions. And optimized performance with Redis caching and Nginx reverse proxying, pre-configured to handle CORS and load balancing out of the box.
Environment Dependencies
argus
Project ID: cmo728t1A geospatial incident reporting platform using React-Leaflet, enabiling users to view and report emergencies within a dynamic 2km radius. Contains a reputation algorithm that automatically shadow-bans malicious users based on report validity and community feedback.