Transforming Ideas into Intelligent Systems
Every great system begins with a spark, a moment where possibility meets purpose.
From concept to connection, my approach turns raw ideas into intelligent, connected systems through structured design, development, and automation. In a world where innovation needs more than creativity, I rely on clear methodology: understand the challenge, research and architect the solution, build and secure the components, then deploy and optimize. Every decision is data‑driven, every part intentionally integrated. From the initial spark to full automation, I focus on systems that are functional, truly intelligent, and sustainably scalable—bridging the gap between what exists and what’s possible.
💡 Ideate
Innovative concept generation, creative problem solving.
🔍 Research
Tech & trend research, feasibility analysis.
🎨 Design
System architecture, UI/UX design, rapid prototyping.
💻 Develop
Code & firmware, platform integration, diagnostics & QA.
🚀 Deploy
Production launch, cloud deployment, digital transformation.
⚙️ Optimize
Performance tuning, smart workflows, AI‑driven insights.
🚀 Featured Projects
Autonomous Guided Vehicle (AGV) - Arduino-Based Robotics Platform
Designed intelligent Arduino-controlled robot with autonomous navigation, line-following, and obstacle avoidance. Demonstrates practical mechatronics integration and embedded systems programming.
🔗 View on codebender 🔗 Read about
ThingSpeak Arduino-Based IoT Monitoring Platform
Built cloud-connected sensor network using Arduino, ESP8266, and DHT11 for real-time temperature/humidity monitoring. Data transmitted to ThingSpeak platform for remote visualization and analysis. Demonstrates practical IoT implementation with wireless connectivity.
[ project archived ]
LightSwitch - Automatic Light Control Circuit
Engineered automatic switching circuit using photoresistor-based light detection. Features analog signal conditioning, threshold adjustment, and relay-controlled load switching. Demonstrates practical electronics design from schematic to PCB implementation.
🔗 Read about
The Evolution of Computers: From Abacus to Tablet
In-depth analysis of computing technology advancement spanning from ancient calculation tools to modern tablets. Demonstrates research skills, technical writing, and deep understanding of computer hardware evolution.
🔗 Read about
The Limits of Collective Intelligence: A Critical Analysis of Decentralized Decision Making in Swarm Robotics Systems
This thesis critically examines the theoretical and practical limits of decentralized decision-making in swarm robotics, revealing how collective intelligence often fails to scale, adapt, or guarantee reliability in real-world applications.
🔗 SWARM
Kremala – Classic Hangman Game
A lightweight, standalone implementation of the traditional Hangman ("Κρεμάλα") word game, built with Visual Basic. No installer required — pure portable executable.
🔗1 🔗2 🔗3 🔗GET THE APP
Pomodoro
Take some time to relax or focus.
🔗 View on GitHub
AutoSortify
Smart Automation for a Cleaner Workspace
🔗View on GitHub 🔗Read me
