AI-Powered SaaS and Backend Systems
I'm a Computer Science graduate and Software Engineer specializing in building intelligent, scalable software systems at the intersection of AI, backend engineering, and modern web technologies. My core expertise is in Python, C++, system design, and full-stack development, with hands-on experience creating SaaS platforms, automation tools, and real-time data-driven applications.
I've worked across multiple domains including cybersecurity, computer vision, AI automation, and smart systems. From designing backend APIs and databases to deploying production-ready applications on Linux servers, I focus on building software that actually works in the real world. My projects range from AI-powered SaaS platforms and vulnerability scanning systems to real-time computer-vision applications that use gesture, emotion, and camera-based intelligence.
I'm deeply interested in artificial intelligence and how it can be embedded into practical products, not just demos. I work extensively with modern AI tools and APIs, building pipelines that connect data, models, and user interfaces into cohesive systems. I enjoy turning complex ideas into reliable, usable software, whether that's an internal business tool, a security platform, or an AI-driven application.
I approach engineering with a product mindset: clean architecture, performance, reliability, and scalability matter just as much as features. I'm comfortable owning projects end-to-end, from idea and design to implementation, testing, and deployment, I thrive in environments where innovation, problem-solving, and execution are valued.
If you're building something ambitious, intelligent, and impactful, that's exactly the kind of work I want to be part of.
University of Nicosia, Nicosia, Cyprus
03/2023 - Present
Independent Consultant | Remote
09/2019 - 09/2020
Hot Mobile | Jerusalem
A GPT-powered web app that generates one-page CVs and cover letters tailored for Computer Science graduates. It offers multiple design templates, dynamic language and skills sections, and exports professional PDFs on demand. Built with Streamlit, OpenAI API, and dynamic HTML templates.
You're looking at it! A clean and responsive personal portfolio handcrafted with HTML, CSS, and JavaScript – showing off my projects, skills, and code in style.
A business-focused WordPress website that promotes and manages online and in-person education services across nine countries. Built with a responsive layout, structured content, and smart integration of contact forms and service areas.
A modern and stylish barbershop website designed with Wix. Fully responsive with integrated booking form, service gallery, and sleek UX tailored for local business visibility.
An innovative computer vision application that allows users to control the mouse cursor through hand movements. Using advanced AI algorithms to track finger positions and translate them into precise cursor movements.
A voice-controlled virtual assistant that integrates with OpenAI to provide intelligent responses and can navigate websites based on voice commands. This ongoing project aims to create a seamless voice-controlled browsing experience.
Python tool using Google Maps API to optimize fuel-efficient routes for cost-saving navigation.
Built a program to trace link origins via IP and geo-location, prioritizing user privacy.
Python program detects real-time objects with YOLO, Faster R-CNN, and SSD. Final year project demonstrating advanced computer vision techniques.
Built a C++ program for AI decision-making in cleaning dirty rooms and navigating clean ones.
Created a VR game blending joystick control with strategic fruit targeting for enhanced engagement.
A C++ puzzle game based on a 3x3 grid where the goal is to transform all numbers into 9 using minimal moves. Selecting a cell increases values in its row and column. Includes UNDO and REDO functionality using linked stacks, and a difficulty setting that controls the puzzle's complexity.
A C++ program that generates a full year calendar based on user input, accounting for leap years and computing the first weekday using a formula. Outputs formatted months with Sundays in red, and avoids code repetition by using modular functions.