Software Engineering & Web Development
Building modern, high-performance business websites, reliable backend architectures and custom AI automation solutions for forward-thinking clients.
01 — Services
Tailored software solutions designed for high speed, reliability and real business results.
Modern, responsive business websites, product catalogs, service rental platforms, and high-converting landing pages built with clean code and SEO.
Robust server-side architectures, RESTful APIs, database schema design, and secure data handling using Java, PHP, SQL, C++, and Node.js.
Integrate modern AI capabilities and automated workflows into your business processes using Google Gemini API, OpenAI, and custom scripts.
Audit slow sites, remove performance bottlenecks, optimize assets, fix bugs, and ensure continuous reliability for your existing systems.
02 — Portfolio
From live commercial client websites to complex backend architectures and algorithmic systems.
Corporate website for a metal manufacturing and construction company in Varna. Includes modern industrial design, interactive product showcase, inquiry system and local SEO.
Web platform for construction equipment rental developed from scratch. Includes responsive design, frontend development and SEO optimization.
Autonomous Edge AI self-checkout prototype built with Raspberry Pi 5, computer vision, and TensorFlow Lite. Features on-device product classification, camera-based detection, LCD and Bulgarian voice feedback, and a PHP/MariaDB order backend.
Command-line calendar application built around a Command pattern architecture, with a custom CLI interpreter, service layer and typed exception handling.
Ten Gang of Four design pattern implementations — State, Observer, Bridge, Decorator, Composite, Adapter, Flyweight, Chain of Responsibility, Factory Method, Strategy.
JavaFX desktop application for managing parking spots, with an MVC architecture and an embedded H2 database.
Normalized relational database design for managing employees, departments, positions, languages and absence tracking — 9 tables including a many-to-many link.
C++ console application for managing competition participants — search, sort, categorize by age, and rank winners by body-proportion ratio, with file persistence.
Seven algorithmic problems solved in C++ — GCD via Euclidean algorithm, spiral and concentric matrix generation, triangle geometry, modular arithmetic, and an O(n) frequency-counting optimization.
03 — Process
A clear, predictable, and transparent 4-step workflow from the first message to final deployment.
We discuss your project goals, functional requirements, and target timeline, followed by a transparent proposal.
Structuring the database models, UI wireframes, and choosing the optimal tech stack for maximum speed and longevity.
Writing clean, typed, modular code with rigorous cross-device testing, responsive styling, and accessibility checks.
Deploying to your production domain, setting up SSL, indexing on search engines, and providing ongoing technical support.
04 — About
I am a software engineer and web developer dedicated to building high-performance web applications, resilient backend architectures, and intelligent digital workflows. Grounded in solid computer science fundamentals and competitive algorithmic problem-solving, I approach software design with a relentless focus on clean architecture, performance optimization, and reliable execution.
My work bridges modern full-stack development with hands-on engineering — from delivering commercial web platforms like Sev Metal and Condor Rent to deploying Edge AI systems and hardware prototypes during my engineering internship at TNT Robotics. Whether engineering a fast, modern business website or a scalable backend system, I deliver clean, maintainable code backed by transparent communication.
05 — Skills
06 — Experience
Hands-on internship focused on Edge AI, hardware integration, and computer vision. Trained and deployed custom TensorFlow Lite classification models on Raspberry Pi 5 under Linux, assembled hardware sensors and I2C components, designed and 3D-printed custom mechanical mounts, and automated workflows via Python and a backend API.
07 — Education
Software and Internet Technologies — 3rd year (2nd year completed)
08 — Certifications
09 — Languages