|3 +||CHF 450.00|
Lesson 1-1: Students should follow the building instructions to build the model of the fan. This is one of the simplest models to be built and experiment with by improving the length of propellers. Moving Satellite project introduces building and coding using the motor further, making it turn for a set amount of time.
Lesson 1-2: Make an Astronaut Lander. In this challenge, design and build a lander that will protect two "astronauts" when they touch down. Just as engineers had to develop solutions for landing different kinds of vehicles on the Moon and Mars.
Lesson 2-1: Going through asteroid belts and other space dangers, we have finally reached the orbit of a planet that is similar to Earth. We need to scan the terrain and find out if we can settle a colony. To achieve it, we need to build a network of Global Eye projects.
Lesson 2-2: Create a paper rocket that can be launched from a soda straw – then, modify the design to make the rocket fly farther!
Lesson 3-1: To launch orbiting spacecraft and various cargos, we have to spend high amounts of costly and not eco-friendly fuel. Creating a space elevator should significantly reduce the costs of space exploration. The idea behind this device is to attach a long wire to the Earth and into orbit. Students should build and program their space elevators with LEGO WeDo. The elevators should be at least 80 cm high.
Lesson 3-2: Have you ever wondered how hard it is to land at a specific spot on the Moon, Mars, or another planet? Find out in this activity by building a device that can zip down a line and drop a "lander" onto a target. Students will build a rubber-band-powered rover that can scramble across the room."
Lesson 4-1: Scout robots can help us to find resources to develop the colony. You can use special sensors to find specific signals. Such antennas can rotate and determine the required location. The goal is to build fast robots and unite them in one team to complete an obstacle course and arrive at valuable resources.
Lesson 4-2: Combine your engineering and creative thinking skills to create a robot hand. This simple and inventive activity will show you how to create a moving, bendable hand.
Lesson 5-1: Today is a big day in the history of the human race. We have found intelligent life outside Earth! Not the alien being themselves, but they left a lot of broken robots. Students' task is to repair the robot, find out more about the mysterious race, why they left the planet, and where they went.
Lesson 5-2: Students are challenged to design and build rockets from two-liter plastic soda bottles that travel as far and straight as possible or stay aloft as long as possible. Teams design for maximum distance or hang time.
-Teacher/child ratio (1:8 or lower) + an assistant
– Camp Schedule
|08:30 – 09:00||Arrival|
|09:00 – 10:00||Outdoor sports*|
|10:15 – 12:00||First Class (½ day pick up at 12h15)|
|12:00 – 13:00||Lunch|
|13:00 – 15:45||Second Class|
|16:00 – 16:45||Outdoor sports*|
|MONDAY||Chicken nuggets with basmati rice
Veg: Falafel with vegetable basmati rice
Veg: Wrap with salad, cheese and falafel
|WEDNESDAY||Wraps (salad, cheese, chicken/falafel or humus) – children select the ingredients.|
|THURSDAY||Carbonara (no meat)|
*NB: The vegetarian meal can be composed of pasta
* The menu could be changed upon meals availability. No pork, no nuts included; Vegetarian menu is available.
– Outdoor time
Students will play team games outside; In case of bad weather, the outdoor activity will be replaced by craft and science workshops; Picnic in open space if the wether permits.
– Being late
Arrival. The camp starts every day at 08:30. Please arrive on time. Those absent will be contacted by 09.30 at the latest.
Departure. The camp finishes every day at 17:00.
Should your child have to leave earlier or if someone else comes to pick him/her up, please inform us as soon as possible by email /WhatsApp.
Please let us know if you are unable to pick up your child at 17:00, so that we can arrange childcare. Fees (payment in cash):
– 30 minutes (departure at 17:30 maximum) CHF 7.50/child.
– 1 hour (departure at 18h00 maximum) CHF 15.00/child.
– Clothes. We recommend comfortable and sporty clothing and, if necessary, a change of clothes for teaching hours. A can of water, a scarf and a coat for park outings.
– Meals and drinks. Children get a daily lunch, which includes a main course, a fruit juice and a dessert. The menu is attached.
If a meal or the menu is not suitable for your child, please let us know by e-mail (firstname.lastname@example.org) as soon as possible. In some cases, but not always, we can change the meal according to your suggestions. We therefore advise you to send in your child’s meals, which will be reheated on site.
Full refunds are available if you give a week’s notice of cancellation or if there are problems during camp that are entirely our fault. No other refunds are available.
– Quick Communication
Please send your requests and questions to email@example.com
or call Phone/WhatsApp: +41 22 50 17 051.
– Additional lunch
Can be bought on the website > https://school-of-life.ch/it-summer-camps/ > go to basket and choose lunch for 60 CHF > proceed to the payment