Good for Virtual Delivery

Learners will use their knowledge of AI to ponder and form questions about the future of AI in the workplace and what role citizens could play in its development for daily use.

Learners will practice and further develop their human emotion and facial recognition skills, similar to how AI programs learn.

Learners will use their knowledge of AI and how facial filters work to explore the pros and cons of this rapidly advancing technology.

Learners develop computational thinking skills through creating a secret handshake.

Learners develop algorithmic thinking by designing and building a freestanding structure that can support an object, using toothpicks and marshmallows

Learners create simple commands to help guide a human "robot" to retrieve an item in the room.

Learners try to guess their partner’s number by asking the least number of ‘yes’ or ‘no’ questions.

Learners develop debugging and critical thinking skills by fixing a code to help get a rocket ship to the moon

Learners are presented with six solved mathematical problems and must work to debug these problems to determine which are solved correctly and which are not.

Explore combinations, permutations and why math is relevant in everyday life.

Students will be able to further their knowledge of organic chemistry through further understanding the four main organic compound groups and how they can change!

This workshop focuses on two main topics within the field of Kinesiology: exercise and the Skeletal System.

This workshop will teach students how vaccines work and the importance of vaccines to human public health.

Students will learn some foundational programming concepts and develop computational thinking skills through several screen-free activities.

Learners will use their knowledge of AI to ponder and complete a consequence map about the use of AI in the healthcare sector, through exploring a real-life scenario.