Our activities blend coding, design, robotics and entrepreneurship, and are designed to nurture the kids' Creative Mindset
In 2023, our memberships have expanded with our new Academic Club After school for elementary and middle school students.
With this new program at Minds of Tomorrow, we continue to foster a love for learning and a sense of curiosity in children to contribute to their overall education and development.
Our activities are a blend of coding, design, robotics and entrepreneurship, designed to nurture the kids’ Creative Mindset.
The MoT Max Programs is designed with one goal in mind: to help our 9 to 12 year old kids gain ownership and mastery over their creative mindset.
Weekly activities:
– 1 day 90’ activity (extend +30’)
– Monday to Friday 4pm, Sat 10 am
– Length: 6 sessions
Lauren Louis - Mother of Charles (9 y/o )
Empower your kids to become filmmakers. Support the development of their visual communication and storytelling skills.
Movie Hackers mixes coding with 3D printing techniques and robotics with media while pushing your kids to be the directors and actors of their stories. This is a team project where kids will premiere their movies to their families at the MOT Demo Day Film Festival.
Examples of activities in this adventure ...
Movie Hackers
Kids will learn the basics of a pro film tool, Final Cut Pro to achieve amazing digital effects and film techniques.
Filming Drones
Coding on Scratch, kids will direct DJI Tello drones and learn how to compose and film aerial sequences.
Technologies learned:
Becoming a multiplanetary species
Kids will explore the Red Planet to set up the first Martian human population. To prepare the planet for harmonious cohabitation kids will build sustainable gardens, figure out efficient uses of energy, build autonomous robots machinery and leverage technology and creativity to improve people's lives both on Mars and on Earth.
Examples of activities in this adventure ...
Powering the Red Planet
Levels of energy usage are higher than expected. Kids will explore ways to optimize the amount of energy to survive in the red planet.
Self-Sustaining Veggies
Build an array of sensors, warnings and mechanisms to create a garden that does not require human intervention and can grow on its own.
Technologies learned:
