Hi there! Welcome to my personal website! My name is Odysseus Abraham Kirikopoulos, a high school student from Epanomi, Greece. I know this website has a lot of text, so you can use the links above to navigate through it.
Grade: 19/20
Promoted to 12th Grade. Will be attending the Economics and Computer Science curriculum next September.
During my time here, I’ve deepened my interest in programming,
contributed to nonprofit organizations, and engaged in national and international activities.
Led independent Computer Science Club, Member of Rhetoric Society, and Member of the Student Election Supervisory Committee.
Grade: 18.7/20
Graduated with honours, having built a strong foundation in technology, team-based projects, and competitive STEM activities.
These years shaped the skills and mindset that would define my later academic and extracurricular journey.
Member of Educational Robotics & STEM society and treasurer during 2020–2021.
Co-founded Simplified Coding, a Greek non-profit launched in September 2022 with the mission to make programming accessible and enjoyable through free, ad-free resources. I lead course development, oversee data protection compliance, and manage the project’s financial and legal sustainability to ensure continuous growth and quality education.
Active member of the European Youth Parliament, representing Greece as delegate to the Committees on Employment and Social Affairs (46th National Conference, Greece) and Artificial Intelligence in a Digital Age (24th National Conference, Netherlands). Served on the organizing teams of the 48th and 49th National Conferences in Greece, overseeing food and material management, and acted as Head of Material at the 49th Conference.
As a volunteer tutor at Schoolhouse, I supported 66 students from 24 countries over 38 hours and 50 sessions, helping them build confidence and deepen their understanding of Computer Science. My work received 128 positive ratings, reflecting the trust and appreciation of the learners I guided.
Contributed to the development of Cap-O-Meter, a device designed to help schools and institutions track the collection of plastic bottle caps, promoting environmental awareness and recycling efforts. My role focused on developing the Arduino code that powered the device’s functionality.