An Informatics Engineering student focused on backend architecture, high-performance API design, database optimization, and building scalable cloud services.
Selected Work
A diverse showcase of software systems, web platforms, backend APIs, and desktop utilities.
Comprehensive web platform with concurrent seat reservation logic, real-time analytics dashboard for organizers, and secure QR code ticketing verification.
Modular backend microservice featuring JWT rotation, Redis sliding-window rate limiting, database connection pooling, and interactive Swagger documentation.
Cross-platform desktop application for monitoring CPU/Memory memory leaks, socket bandwidth telemetry, and background daemon diagnostics.
Technical Arsenal
Programming languages, modern frameworks, database systems, and development tools I use to engineer robust software.
Core syntax, type-safe foundations, and algorithmic problem solving
Full-stack web platforms, backend servers, and application runtimes
Relational data modeling, in-memory caching, and document stores
Containerization, reverse proxies, and automated developer workflows
Track Record
Practical engineering experience, academic roles, and verified certifications.
Tech Innovations Inc.
Department of Informatics
Amazon Web Services • 2023
Cloud fundamentals, AWS core infrastructure, security, and pricing models.
Google / Coursera • 2023
System administration, Git workflows, and Python scripting for automation.
Dicoding Indonesia • 2023
State management, React hooks architecture, performance, and clean component patterns.
Engineering Philosophy
I specialize in server-side engineering, database reliability, and building backend infrastructure that scales.
I am an Informatics Engineering student with a core focus on backend software development. While I understand full-stack systems, my true passion lies under the hood: data persistence, concurrency, and efficient API pipelines.
I prioritize clean code, database query optimization, and sensible system design over unnecessary abstractions. Whether building an event-driven service or architecting a database schema, my goal is always reliability, speed, and maintainability.
Architecting resilient RESTful APIs, modular services, and high-performance server logic with Node.js, Bun, and Express.
Designing relational schemas with PostgreSQL, indexing queries for fast lookups, and implementing Redis in-memory caching.
Optimizing connection pools, handling concurrent requests, and reducing endpoint latency under heavy loads.
Managing Docker containers, Linux server environments, reverse proxy routing with Nginx, and cloud deployments.