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Verken de toekomst van vliegen met autonome drones, missiegerichte systemen en gecoördineerde zwermen. Ontwikkel oplossingen die vluchtbesturing, waarneming en samenwerking combineren om taken uit te voeren en echte uitdagingen aan te pakken.

• DR01 Autonome droneDrones die zelfstandig navigeren en vliegen.Drones die zelfstandig navigeren en vliegen.
• DR02 Drone-Based Mission SystemsDrone technologies and mission simulations capable of carrying out specific tasks.Drone technologies and mission simulations capable of carrying out specific tasks.
• DR03 Drone Swarm SystemsSystems where multiple drones operate in a coordinated manner.Systems where multiple drones operate in a coordinated manner.

This category focuses on software development, programming and artificial intelligence solutions. Students develop technology-based applications to showcase their digital innovations.

• SW01 Software ProjectsSoftware applications developed using programming languages such as Python, C++ or similar.Software applications developed using programming languages such as Python, C++ or similar.
• SW02 Artificial Intelligence SystemsMachine learning, data analysis or image recognition systems.Machine learning, data analysis or image recognition systems.
• SW03 Mobile ApplicationsMobile applications aimed at education, health or making daily life easier.Mobile applications aimed at education, health or making daily life easier.
• SW04 Cybersecurity ProjectsData security, encryption systems and digital security solutions.Data security, encryption systems and digital security solutions.
• SW05 Block-Based Coding & Scratch ProjectsGames, animaties en verhalen met Scratch of visueel programmeren.Interactive animations, educational games, storytelling applications and beginner-level AI experiments developed with Scratch or similar visual programming environments. This sub-category is designed especially for young participants new to coding and computational thinking.
• SW06 Defense Technology SimulationsSimulations of technologies used in the fields of security and defense.Simulations of technologies used in the fields of security and defense.

This category brings together the classical academic olympiad disciplines, evaluating students on theoretical depth, problem-solving precision and scientific reasoning. Participants compete individually across mathematics and the core natural sciences — from pure abstraction to applied experimentation.

• MS01 Mathematics OlympiadAlgebra, number theory, combinatorics and geometry — the foundations of mathematical reasoning and rigorous proof.Algebra, number theory, combinatorics and geometry — the foundations of mathematical reasoning and rigorous proof.
• MS02 Science OlympiadInterdisciplinary scientific knowledge spanning earth sciences, astronomy and the scientific method as a whole.Interdisciplinary scientific knowledge spanning earth sciences, astronomy and the scientific method as a whole.
• MS03 Biology OlympiadCellular and molecular biology, genetics, ecology and human physiology — the science of living systems.Cellular and molecular biology, genetics, ecology and human physiology — the science of living systems.
• MS04 Chemistry OlympiadInorganic, organic and physical chemistry, plus laboratory technique and analytical problem solving.Inorganic, organic and physical chemistry, plus laboratory technique and analytical problem solving.
• MS05 Physics OlympiadMechanics, electromagnetism, thermodynamics, optics and modern physics — theory and experimental practice.Mechanics, electromagnetism, thermodynamics, optics and modern physics — theory and experimental practice.