Activities | 2026-08-21

The final public event combines STEM career exploration with a student innovation showcase. Students meet university representatives, STEM professionals and technology experts and explore pathways in coding, AI, data science, engineering and environmental technology. The second part is a public exhibition where students demonstrate their prototypes, digital maps, IoT solutions, AI challenges and e

Activities | 2026-08-21

Student teams transform their ideas into physical or digital prototypes using Arduino, Micro:bit, ESP8266, sensors, AI and other digital tools. Teams test their prototypes, identify problems, improve their designs and prepare demonstrations. Expected output: At least five demonstrable student prototypes. Skills: Coding, engineering, IoT, AI, design thinking and teamwork.

Activities | 2026-08-21

Teams receive a real or simulated Smart Hive dataset and investigate the question: “Is something changing in the hive?” Students identify trends, formulate hypotheses and propose an appropriate technological response. Output: Bee Data Investigation

Activities | 2026-08-21

Students select one problem identified through their data investigations and apply Design Thinking: EMPATHISE → DEFINE → IDEATE → PROTOTYPE → TEST They develop a solution based on evidence rather than assumptions. Output: Innovation Canvas and prototype concept.

Activities | 2026-08-21

Students select one problem identified through their data investigations and apply Design Thinking: EMPATHISE → DEFINE → IDEATE → PROTOTYPE → TEST They develop a solution based on evidence rather than assumptions. Output: Innovation Canvas and prototype concept.

Activities | 2026-08-21

Students combine data generated through the BLUE and GREEN laboratories. They search for patterns, anomalies, relationships and trends. Each team creates a short data story explaining what the evidence shows and what action could be taken. Output: Environmental Data Story.

Activities | 2026-08-21

Teams receive a real or simulated Smart Hive dataset and investigate the question: “Is something changing in the hive?” Students identify trends, formulate hypotheses and propose an appropriate technological response. Output: Bee Data Investigation.

Activities | 2026-08-21

Students combine data generated through the BLUE and GREEN laboratories. They search for patterns, anomalies, relationships and trends. Each team creates a short data story explaining what the evidence shows and what action could be taken. Output: Environmental Data Story

Activities | 2026-08-21

Teams receive a real or simulated Smart Hive dataset and investigate the question: “Is something changing in the hive?” Students identify trends, formulate hypotheses and propose an appropriate technological response. Output: Bee Data Investigation.

Activities | 2026-08-21

This interactive one-hour unplugged coding session introduces children to the fundamentals of computational thinking through fun, hands-on activities that require no digital devices. Learners explore sequencing, algorithms, loops, debugging and simple if/then conditionals by working collaboratively in games, movement activities and problem-solving challenges. The session promotes logical thinking,