What is kombucha and why is it a point of discussion? Is producing meat on a petri dish a viable option? How would you design a new product and what are its technical specifications? Students are introduced to the magical world of food through a variety of exciting activities and experiments!

Inspired by Aristotle’s saying, “we are what we eat”, the journey begins by exploring food groups, discovering their impact on both personal well-being and the health of the planet. Equipped with the tools to decipher nutrition labels, students learn to make informed, healthy food decisions and adopt sustainable eating habits. Key issues such as the sourcing of critical raw materials and the development of sustainable food production systems are also examined, promoting a holistic understanding of the role of nutrition for a healthier future.

Students analyze global trends in nutrition, try fermented foods and alternative protein sources, learn how taste tests are done in modern laboratories and in the industry, and design their own products. Using laboratory experiments and their “detective” skills they detect and isolate microorganisms in food and decide whether it is safe for consumers. Through discussions and experiments, students gain a deep understanding of environmental and social challenges, reflect on the need for sustainable practices and choices in food production, taste foods from around the world, and work as food researchers.

Learning Objectives

• Study and thoroughly check food labels and their nutritional information.
• Practice laboratory techniques used in the field of food and nutrition science and their role in industry.
• Create scientific posters, develop innovative ideas and design and present new products.
• Understand scientific terms such as probiotics, gut microbiome, fermented foods.

FutureCoders: Python Bootcamp is a dynamic introductory programming course designed for students who want to take their first steps into the world of technology through Python.

During this interactive weekend program, students will explore the fundamental concepts of programming — including variables, conditionals, loops, and problem-solving logic — through hands-on activities and creative projects. The goal of the program is to foster analytical thinking, creativity, and confidence through the joy of building and creating.

This course is an accessible and beginner-friendly adaptation of foundational computer science principles, specially designed for students with little or no prior experience. No background knowledge is required — only curiosity and a willingness to create.

A first step into the world of programming that could be the beginning of something great!

Can you imagine a bridge that is not only built, but programmed? Or have you ever wondered how a video game is created?

In this course, children are introduced to the world of programming and computational thinking through engaging, age-appropriate, and interactive computer-based activities. By using modern visual programming environments, they learn to create their own digital games, design virtual structures, and explore the logic behind smart technologies and basic robotics concepts.

Through hands-on creation, experimentation, and teamwork, students strengthen essential skills such as logical reasoning, creativity, and problem-solving. They see the direct results of their ideas on the screen, which builds confidence and motivation. No prior experience is required — only curiosity, imagination, and a desire to learn.