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Computer Engineering Student & Backend Developer
An adaptable and highly driven Computer Engineering student focused on structural clean code, algorithmic efficiency, and building reliable backend architectures.
Computer Engineering Student & Backend Developer
An adaptable and highly driven Computer Engineering student focused on structural clean code, algorithmic efficiency, and building reliable backend architectures.
B.Sc. in Computer Engineering (100% English Curriculum)
Completed a 1-year intensive English preparatory program. I directly utilize core engineering mathematics—leveraging Calculus for optimization vectors and data density modeling, alongside Computational Statistics—as a foundational analytical toolset to decompose complex system states and engineering problems into highly optimized algorithmic solutions.
Python, Object-Oriented Programming (OOP), Functional Logic
Structured JSON Data, File Systems (I/O), Validation Algorithms
Git CLI Control, Clean Commit Workflows, Repository Maintenance, Automation (.bat)
An individual software architecture built entirely from scratch. Implements full CRUD pipelines, local JSON data state management, and an engineered mathematical loop that monitors and intercepts overlapping database schedules before write-time operations.
Currently blueprinting and constructing a robust backend API framework designed to handle real-time relational state logic, dynamic operational requests, and optimized database write sequences. Focused entirely on clean execution and error-resilient backend engineering.
I view software engineering not just as a tool for solving immediate tasks, but as a discipline centered on structural hygiene, performance optimization, and clean patterns. My objective is to consistently build resilient backend architectures that remain stable under real-world operational logic, while continuously expanding my technical scope to adapt to complex system demands.