Computer Science student focused on backend engineering and building practical software solutions. Hands-on experience with Java, C++, JavaScript, Docker, and REST APIs through professional internship work and independent technical projects.
Business-First Logic
I build solutions tailored to actual workflows—whether it's streamlining data for accounting cabinets or handling automated webhooks to prevent negative inventory.
Reliable Architecture
Focused on system stability through atomic database transactions, secure client-server validation, and robust hardware fail-safes.
Full-Stack Vision
From low-level C++ hardware integration to deploying decoupled Next.js/NestJS micro-repositories, I understand how the pieces connect.
Experience
- Contributed to the development and testing of professional software applications for real-world company projects.
- Participated in front-end and back-end development tasks, assisting in building user-facing features and optimizing server-side logic.
- Completed 360 hours of comprehensive, hands-on professional development experience.
Selected Projects
- Developed a waitstaff-free point-of-sale system utilizing a decoupled Next.js and NestJS micro-repository architecture.
- Secured backend operations with an order state machine and atomic database transactions via Prisma to handle concurrent requests.
- Integrated Stripe Hosted Checkout with automated webhook verification.
User: admin
Pass: foodtrailer2026
Developing a dedicated practice management application tailored for Romanian accounting cabinets. Structuring backend utility code to streamline accounting workflows and data processing.
Developed a secure client-server loader application designed to manage software distribution, user sessions, and hardware-bound authentication. Designed and deployed a backend REST API to handle secure client validation.
Minimal DX11 UI implementation with immediate mode GUI for game overlay functionality. Designed for fast prototyping and integration into existing rendering pipelines.
Engineered a smart irrigation system integrating a custom C++ and DirectX 11 Windows GUI with a NUCLEO-F411RE microcontroller running Rust firmware via the embassy async framework.
C#/.NET desktop GUI application designed for the automated and manual management of agricultural irrigation systems. Processed live telemetry from multiple hardware components to dynamically control water pumps.
Collaborated within a team to design and implement an interactive 3D graphical application. Programmed rendering pipelines and 3D visual environments to simulate environmental scenarios.