With this mission, apprentices will continue developing their skills as a roboticist as they develop a robot that has expanded intelligence and is able to navigate an obstacle course on its own.
Solutions just don’t appear, they are developed. In this mission, apprentices will begin by simply sketching a concept, then learning how to refine and develop their idea into a final 3D model.
In this mission apprentices will combine the 3D design methods learned previously – using digital computer models and a 3D pen together in one project to create their own vehicle, including working wheels and axles. They will practice modelling a few different styles of vehicle, and experiment with multiple propulsion systems for their 3D printed cars.
Happy Steamoji Day from all of us at HQ! We chose April 15th to commemorate the birthdate of the grandfather of the modern maker movement, Leonardo DaVinci.
Designing for 3D printing presents some challenges on top of the normal difficulties of 3D model design. This mission will help apprentices think not just in 3 dimensions, but also think in terms of the fabrication process that their models must undergo. They will plan for layer-by-layer construction, add scaffold-like supports to their models, and find the right balance between strength and efficiency.
Levers, pulleys and wheels are used every day to lift or move heavy objects such as pulleys in an elevator, handle levers on a wheelbarrow, or the tires on a bicycle. In this mission, apprentices will be introduced to these simple machines and learn about their benefits through experimentation and play.
Apprentices will learn the fundamentals of simple structures by creating scaffolding and bridges in this very hands-on mission. Learning by tinkering is the objective and along the way apprentices will develop their fabrication skills.
In this mission, apprentices will learn fundamental robotic skills as they create their own robot that reacts to coded instructions while learning how to trouble shoot problems along the way.
Let’s get building!
Build to Solve Intro
Steamoji’s “Build to Solve” program compliments and enriches your child’s school studies by exposing them to new technologies in fabrication, physical computing, engineering and digital arts. With these foundational skills, students are then challenged with problems and encouraged to imagine, create and improve their own solutions.
This mission is available virtually over Zoom or at any local Steamoji academy.
Let’s get building!
A few years ago I travelled to Florence with my wife and had the opportunity to visit the Leonardo da Vinci Museum. The breadth of Da Vinci’s ‘maker’ skills was striking.
At Steamoji, our mission is to teach children ‘hard’ maker skills around fabrication, physical computing, engineering, digital arts and coding as well as ‘soft’ Steamoji skills to develop a maker, build-to-solve, mindset. Part of that mission is to celebrate makers of all ages, of all skill levels and across all times. With that in mind, we have designed 4 ‘house teams’ across our 10 different achievement levels and given them names inspired by great makers of the past century: Thomas Edison, Grace Hopper, Steve Jobs, and Nikolai Tesla. Additionally, we wanted to choose one day out of the year where all our academies could come together and celebrate the maker mindset. It seemed appropriate to use today, Leonardo da Vinci’s birthday – April 15th.
So, Happy Steamoji Day!