avatar
Digijeunes
Digijeunes
3 Followers0 Following
How_to_create_a_3D_sculpture_Capture.PNG
How to create a 3D sculpture
- Stimulate imagination and creativity in design for digital fabrication - Learn the basic concepts of 3d and 3d models, solids and slices - Learn the basic concepts of laser cutting and 3d printing - Optional: Introduce a simple software tool for slicing 3d models (Slicer for Fusion 360 with active Autodesk account)
  • Medium
  • 80 minute(s)
Design_for_lasercut_with_Makercase_1.PNG
Design for lasercut with Makercase
Design perfectly nested boxes using the free online tool Makercase.
  • Medium
  • 60 minute(s)
Minetest_and_3D_scanning_m1.PNG
Minetest and 3D scanning
In this tutorial you will learn how to import into minetest 3D scans of objects.
  • Medium
  • 2 hour(s)
Key_crack_activity_with_3D_printing_1.PNG
Key crack activity with 3D printing
In this activity, kids will have to design and subsequently produce a key that is capable of accomplishing a 360° rotation inside a 3D printed keyhole.
  • Medium
  • 1 hour(s)
Design_an_object_on_3D_Slash_and_view_it_in_VR_a.PNG
Design an object on 3D Slash and view it in VR
In This tutorial you will learn how to use the on-line software 3D Slash to create 3D objects, and later view them in VR on your smartphone.
  • Easy
  • 30 minute(s)
Design_your_personal_logo_with_Tinkercad_pic.PNG
Design your personal logo with Tinkercad
Designing a logo that can be used to customize other projects, (e.g. the lasercut spyrograph or the stamp).
  • Easy
  • 50 minute(s)
Musical_e-textile_bag_IMG_1452.JPG
Musical e-textile bag
This tutorial requires an e-textile bag which includes a piezo speaker.
  • Medium
  • 1 hour(s)
Conductive_paint_+_Makey_Makey_5.PNG
Conductive paint + Makey Makey
In this tutorial you will learn how to produce conductive paint from scratch, that you will then be able to use in combination with the DIY makey makey to draw circuits and more.
  • Medium
  • 1 hour(s)
Fruit_piano_fruit_piano.PNG
Fruit piano
Learn the basics of coding by making a simple music synthesizer where each ‘fruit’ represents a key.
  • Medium
  • 30 minute(s)
Hands_up_Ready_Go_Scratch_tutorial_2.PNG
Hands up Ready Go Scratch tutorial
Learn coding by making a buzzer to create an augmented quiz (for example an MCQ).
  • Medium
  • 1 hour(s)
Wooden_pet_connects_to_Facebook_6.PNG
Wooden pet connects to Facebook
In this tutorial we will create a wooden pet that connects to Facebook. It will post a message of your choice on your own timeline whenever its tail is touched.
  • Medium
  • 60 minute(s)
Pet_that_lights_up_upon_interaction_6.PNG
Pet that lights up upon interaction
In this tutorial, you will learn how to create a wooden pet that lights up when you touch its tail. This will form the basis for a next tutorial in which you will learn how to connect your pet to social networks.
  • Medium
  • 30 minute(s)
Energy_saving_house_with_ESP32_1.PNG
Energy saving house with ESP32
In this tutorial, you will learn how to set up your ESP32 so that it will automatically turn on its internal LED when it’s dark, and vice versa.
  • Medium
  • 90 minute(s)
Light_sensitive_e-textile_bag_7.PNG
Light sensitive e-textile bag
In this tutorial you will learn how to set up the e-textile bag to create a smart object that reacts to the amount of light recorded by an ambient light sensor.
  • Medium
  • 2 hour(s)
E-textile_blinking_bag_1.PNG
E-textile blinking bag
In this tutorial you will learn how to have the LED patch of your textile bag blink.
  • Medium
  • 2 hour(s)
Connected_house_publishes_sensor_data_on-line_1_-_Copie.PNG
Connected house publishes sensor data on-line
In this tutorial we will create a connected house using the ESP32 board, that publishes the values recorded by a photoresistor and an internal temperature sensor online, specifically on https://adafruit.io.
  • Medium
  • 120 minute(s)
No-image-yet.jpg
3D scanning with Qlone
In this tutorial you will learn how to 3D scan objects using Qlone, an application for android and iphone. Beware that Qlone requires you to pay for each export. Alternatively you can purchase a subscription that grants you unlimited exports over a limited period of time. Unfortunately, at the moment, it is the best 3D scanning solution for smartphone we have found. Download Qlone on your smartphone Scan your object First, you will need to download the Qlone mat. Download it here: https://drive.google.com/file/d/0B6z-PurmOnXWME1DRzAwR2N5OTZHcUNjcTJCMmRJcC1LX1o0/view. Then simply launch the application and follow the instructions.
  • Easy
  • 30 minute(s)
Piccolo_cnc_drawing_robot_3.PNG
Piccolo cnc drawing robot
Piccolo is a mini cnc robot that allows you to draw on flat surfaces. The robot can be programmed via Arduino or via a visual coding software such as mBlock.
  • Hard
  • 20 hour(s)
Design_a_3D_object_in_Tinkercad_tinkercad.png
Design a 3D object in Tinkercad
This tutorial guides you through the basics of Tinkercad, an online software for 3D modeling
  • Very easy
  • 40 minute(s)
Analogic_Drawing_Pad_9.PNG
Analogic Drawing Pad
The Analogic drawing pad is a DIY machine that works in a similar was as an etch as sketch device. It allows you to draw lines, text, and simple shapes.
  • Medium
  • 2 hour(s)
Laser_cut_Spirograph_1.PNG
Laser cut Spirograph
Spirograph is a simple drawing game that uses working gears. The goal of this activity is to design a simple spirograph with Tinkercad and export the files ready for laser cutting.
  • Easy
  • 2 hour(s)
Minetest_and_3D_printing_1.PNG
Minetest and 3D printing
In This tutorial, you will learn how to create 3D designs on Minetest, and subsequently export them for 3D printing or simply view them in VR.
  • Medium
  • 2 hour(s)
Straw_connectors_1.PNG
Straw connectors
A straw connector is a small device that, used along with other similar ones, allows to connect straws and to create virtually any form, to build constructions of any shape and dimension. Available straws which exist on the market come in a great variety of diameters – from 3.5mm to 12mm or even 14mm. 3D printed connectors present the benefit of being customizable; they can be printed so that they fit any straw diameter.
  • Easy
  • 1 hour(s)
3D_printed_furniture_connectors_2.PNG
3D printed furniture connectors
Furniture connectors are 3D printed items that allow the assemblage of wooden rods, to create pieces of furniture, most notably tables and shelves. By choosing rods of different lengths ones can altogether create tables or shelves of various sizes. Use 27x27cm wooden rods with the current 3D item. You can also use other types of rods but you will need to modify the 3D design to suit your needs.
  • Easy
  • 3 hour(s)
3D_printed_geometry_connectors_1.PNG
3D printed geometry connectors
A geometry connector is a small device that, used along with other similar ones, allows to connect straws and to create geometrical forms.
  • Easy
  • 2 hour(s)
Connected_weather_station_Dtmwno.jpg
Connected weather station
In this tutorial you will learn how to set up a weather station based on ESP32, and how to monitor its readings remotely, via the Blynk app as well as via a website.
  • Medium
  • 1 hour(s)
Connected_weather_station_9-11_activities_GmN2ye.jpg
Connected weather station 12+ activities
In this activity, participants will set up their weather station, sent it up in the air, and monitor the recordings (light, temperature, humidity) in real time via the Blynk app. On top of all this, you will learn how to publish the values recorded by your weather station on a shared online map.
  • Medium
  • 1 hour(s)
Water_probe_12__activities_vZvXmw.png
Water probe 12+ activities
In this tutorial you will learn how to build your own DIY water probe. You will be able to use this item to analyse water sample and determine their degree of purity. Follow this tutorial and you ll also learn how to take readings with your water probe and how the probe works. In the last section, you ll learn how to plot the values recorded by your water probe on a shared online map, and launch a citizen science project on zooniverse.com to communicate about your findings as well as to engage other people in your research.
  • Very easy
  • 1 hour(s)
Water_probe_12_activities_waT3wv.png
Water probe 9-11 activities
In this tutorial you will learn how to use the DIY water probe. You will find information about what the water probe is for, how it works, what experiments you can run with the water probe in order to understand what water pollution is. Finally, you ll learn how to plot the data recorded by the water probe on a shared online map, so that your work will be visible to anyone.
  • Very easy
  • 1 hour(s)
Geiger_counter_EM5Kxv.png
Geiger counter
In this tutorial you will learn how to assemble a nuclear radiation detector You can purchase the Geiger Counter Kit here https://www.banggood.com/Assembled-DIY-Geiger-Counter-Kit-Module-Miller-Tube-GM-Tube-Nuclear-Radiation-Detector-p-1136883.html?rmmds=search&cur_warehouse=CN
  • Hard
  • 1 hour(s)
Geiger_counter_EM5Kxv.png
Geiger counter 12+
In this tutorial you will learn how to assemble a nuclear radiation detector You can purchase the Geiger Counter Kit here
  • Medium
  • 1 hour(s)
Geiger_counter_EM5Kxv.png
Geiger counter 9-11
In this tutorial you will learn how to assemble a nuclear radiation detector You can purchase the Geiger Counter Kit here https://www.banggood.com/Assembled-DIY-Geiger-Counter-Kit-Module-Miller-Tube-GM-Tube-Nuclear-Radiation-Detector-p-1136883.html?rmmds=search&cur_warehouse=CN
  • Medium
  • 1 hour(s)
EMI_probe_22Y2iO.png
EMI probe
In this tutorial you will learn how to assemble an EMI (electromagnetic interference) probe.
  • Very easy
  • 1 minute(s)
EMI_probe_22Y2iO.png
EMI probe 9-11
In this tutorial you will learn how a DIY EMI detector works. You will also understand what electromagnetic interference is, and why it’s important to be aware of it.
  • Very easy
  • 1 hour(s)
EMI_probe_22Y2iO.png
EMI probe 12+ activities
In this tutorial you ll learn how to build you own DIY electromagnetic interference detector. You ll understand what EMI is, and why it’s important to be aware of it.
  • Easy
  • 1 day(s)
No-image-yet.jpg
Snap circuits tutorial
Snap circuits are a fun support to introduce kids to circuitry and electronic prototyping. They can also be used to tackle topics related to energy saving.
  • Easy
  • 1 hour(s)
Snap_circuits_activities_for_12__R2JJej.jpg
Snap circuits activities for 12+
In this activity kids will learn how IoT can contribute to energy efficiency of a house. They will be setting up a miniature house using snap circuits, and will program the different appliances via ESP32, notably to: monitor environmental parameters (temperature humidity) in real time control appliances remotely via Blynk
  • Very easy
  • 1 minute(s)
Snap_circuits_activities_for_9_-_11_PgSJ1o.jpg
Snap circuits activities for 9 - 11
Energy efficiency and smart homes This activity is about setting up a miniature house and maximise energy efficiency. Kids will be integrating miniature appliances connected to snap circuits, and program the snaps via arduino. The activity is suitable for groups of children aged 9 to 14 yo.
  • Easy
  • 1 hour(s)
Brightness_control_activity_v12_1RZafD.png
Brightness control activity v12
The purpose of this activity is to increase the user's sensitivity to energy consumption for brightness control.
  • Easy
  • 1 hour(s)
Empty_room_activity_v12_5odJkU.png
Empty room activity v12
The function of the game has often been underestimated. In the past it has been defined more as a pastime, an activity to be dedicated to only once the most important, most serious activities have been carried out. Today, however, it has taken on significant educational importance, and has been recognized as a real "right" for every child with Resolution 44/25 of 20 November 1989 by the United Nations General Assembly.
  • Medium
  • 1 hour(s)
Thermostat_control_activity_v12_wDmxjY.png
Thermostat control activity v12
The purpose of this activity is to increase the patient's sensitivity to energy consumption for temperature control.
  • Very easy
  • 2 hour(s)
Automated_Gardening_Plant_with_arduino_Uno_under_the_DEEDU_project_F0HZJDMK5MHO0ZH.LARGE.jpg
Automated Gardening Plant with arduino Uno under the DEEDU project
Digital Environmental Education (DEEDU) aims to produce educational resources for the youth work sector, on the topic of environmental science and tech. The strategic objectives of the project are: promote youth work, combine the benefits and relevance of environmental education with the strength of digital tech, boost young people's maker mindest, provide young people and educators concrete tools to engage in citizen science The consortium aims at prototyping an educational kit that allows young users to act upon their own environment in view of tackling environmental issues such as excessive energy consumption, air and water pollution.
  • Easy
  • 1 hour(s)
2D_Drawing_to_3D_Print_facebook_post_2D_to_3D_v2.png
2D Drawing to 3D Print
This activity involves participants creating a 2D drawing which they can bring to life through 3D printing.
  • Easy
  • 1 hour(s)
Buzzing_Bee_Circuit_FFPXUT6K437EMXQ.LARGE.jpg
Buzzing Bee Circuit
This is a simple activity that can be used with younger participants, introducing them to Computer Aided Design, 3 D printing and electronic prototyping and giving an example of how these can work together to make something moveable.
  • Easy
  • 1 hour(s)
Mighty_maker_level_belt_F13SQQEK437EPR8.LARGE.jpg
Mighty maker level belt
The Mighty Maker Level Belt is two integrated RGB LED strips as a wearable item which is programmed using an Arduino so that it illuminates a certain colour.
  • Hard
  • 1 hour(s)
Glowing_LED_Butterfly_FO4GIQCK437ENEG.LARGE.jpg
Glowing LED Butterfly
This activity is a great example of how Arduino can be integrated with a circuit to create something appealing to all ages and genders. It will introduce the participants to a new component (RGB strips) and is a great next step from simple circuitry as it involves more advanced techniques, such as soldering, and many different components such as a battery, switch, resistors and transistors.
  • Medium
  • 1 hour(s)
E-Textile_Monster_FG9MDO8K3XFLLCR.LARGE.jpg
E-Textile Monster
E-textile monsters are soft plush toys with embedded electronics. They can be designed and created by young participants who can create circuits with simple electronic components such as LEDs. This activity also adds a switch to make components work when part of the monster is squeezed.
  • Medium
  • 1 hour(s)
No-image-yet.jpg
Water probe
In this tutorial you will learn how to assemble your own DIY water probe to measure conductivity, hence the degree of pollution of any liquid.
  • Medium
  • 1 day(s)
Connected_weather_station_9-11_activities_GmN2ye.jpg
Connected weather station 9-11 activities
In this activity, participants will set up their weather station, sent it up in the air, and monitor the recordings (light, temperature, humidity) in real time via the Blynk app.
  • Very easy
  • 1 minute(s)

Vos dernières discussions

0 Answer(s)
Version Française et roumaine
Light sensitive e-textile bag
Une version en français de ce tutoriel est disponible ici: https://drive.google.com/file/d/1ZNQu2h8SZ3uI79tKQNCViPp6Y63gyBdw/view?usp=sharing A Romanian version of this tutorial is available here: https://docs.google.com/document/d/1FGZs0kkSLc7XgdU7WbXzq_BgBvREIuoOBxuBLCKugoM/edit?usp=sharing
Digijeunes
12:40, 13 November 2019
0 Answer(s)
Romanian version
Energy saving house with ESP32
A romanian version of this tutorial is available here: https://docs.google.com/document/d/1d4BPSYRk-O9N1tUPAVpkY5pQETgjfd7nE5-icCxEfDA/edit?usp=sharing
Digijeunes
12:46, 13 November 2019

Je les ai fait :

3D_printed_furniture_connectors_2.PNG
3D printed furniture connectors
Furniture connectors are 3D printed items that allow the assemblage of wooden rods, to create pieces of furniture, most notably tables and shelves. By choosing rods of different lengths ones can altogether create tables or shelves of various sizes. Use 27x27cm wooden rods with the current 3D item. You can also use other types of rods but you will need to modify the 3D design to suit your needs.
  • Easy
  • 3 hour(s)
Automated_Gardening_Plant_with_arduino_Uno_under_the_DEEDU_project_F0HZJDMK5MHO0ZH.LARGE.jpg
Automated Gardening Plant with arduino Uno under the DEEDU project
Digital Environmental Education (DEEDU) aims to produce educational resources for the youth work sector, on the topic of environmental science and tech. The strategic objectives of the project are: promote youth work, combine the benefits and relevance of environmental education with the strength of digital tech, boost young people's maker mindest, provide young people and educators concrete tools to engage in citizen science The consortium aims at prototyping an educational kit that allows young users to act upon their own environment in view of tackling environmental issues such as excessive energy consumption, air and water pollution.
  • Easy
  • 1 hour(s)
Conductive_paint_+_Makey_Makey_5.PNG
Conductive paint + Makey Makey
In this tutorial you will learn how to produce conductive paint from scratch, that you will then be able to use in combination with the DIY makey makey to draw circuits and more.
  • Medium
  • 1 hour(s)
Connected_house_publishes_sensor_data_on-line_1_-_Copie.PNG
Connected house publishes sensor data on-line
In this tutorial we will create a connected house using the ESP32 board, that publishes the values recorded by a photoresistor and an internal temperature sensor online, specifically on https://adafruit.io.
  • Medium
  • 120 minute(s)
Design_a_3D_object_in_Tinkercad_tinkercad.png
Design a 3D object in Tinkercad
This tutorial guides you through the basics of Tinkercad, an online software for 3D modeling
  • Very easy
  • 40 minute(s)
Design_an_object_on_3D_Slash_and_view_it_in_VR_a.PNG
Design an object on 3D Slash and view it in VR
In This tutorial you will learn how to use the on-line software 3D Slash to create 3D objects, and later view them in VR on your smartphone.
  • Easy
  • 30 minute(s)
Design_for_lasercut_with_Makercase_1.PNG
Design for lasercut with Makercase
Design perfectly nested boxes using the free online tool Makercase.
  • Medium
  • 60 minute(s)
Design_your_personal_logo_with_Tinkercad_pic.PNG
Design your personal logo with Tinkercad
Designing a logo that can be used to customize other projects, (e.g. the lasercut spyrograph or the stamp).
  • Easy
  • 50 minute(s)
Energy_saving_house_with_ESP32_1.PNG
Energy saving house with ESP32
In this tutorial, you will learn how to set up your ESP32 so that it will automatically turn on its internal LED when it’s dark, and vice versa.
  • Medium
  • 90 minute(s)
Hands_up_Ready_Go_Scratch_tutorial_2.PNG
Hands up Ready Go Scratch tutorial
Learn coding by making a buzzer to create an augmented quiz (for example an MCQ).
  • Medium
  • 1 hour(s)
How_to_create_a_3D_sculpture_Capture.PNG
How to create a 3D sculpture
- Stimulate imagination and creativity in design for digital fabrication - Learn the basic concepts of 3d and 3d models, solids and slices - Learn the basic concepts of laser cutting and 3d printing - Optional: Introduce a simple software tool for slicing 3d models (Slicer for Fusion 360 with active Autodesk account)
  • Medium
  • 80 minute(s)
Key_crack_activity_with_3D_printing_1.PNG
Key crack activity with 3D printing
In this activity, kids will have to design and subsequently produce a key that is capable of accomplishing a 360° rotation inside a 3D printed keyhole.
  • Medium
  • 1 hour(s)
Light_sensitive_e-textile_bag_7.PNG
Light sensitive e-textile bag
In this tutorial you will learn how to set up the e-textile bag to create a smart object that reacts to the amount of light recorded by an ambient light sensor.
  • Medium
  • 2 hour(s)
Minetest_and_3D_scanning_m1.PNG
Minetest and 3D scanning
In this tutorial you will learn how to import into minetest 3D scans of objects.
  • Medium
  • 2 hour(s)
Piccolo_cnc_drawing_robot_3.PNG
Piccolo cnc drawing robot
Piccolo is a mini cnc robot that allows you to draw on flat surfaces. The robot can be programmed via Arduino or via a visual coding software such as mBlock.
  • Hard
  • 20 hour(s)

Favoris

3D_printed_furniture_connectors_2.PNG
3D printed furniture connectors
Furniture connectors are 3D printed items that allow the assemblage of wooden rods, to create pieces of furniture, most notably tables and shelves. By choosing rods of different lengths ones can altogether create tables or shelves of various sizes. Use 27x27cm wooden rods with the current 3D item. You can also use other types of rods but you will need to modify the 3D design to suit your needs.
  • Easy
  • 3 hour(s)
Automated_Gardening_Plant_with_arduino_Uno_under_the_DEEDU_project_F0HZJDMK5MHO0ZH.LARGE.jpg
Automated Gardening Plant with arduino Uno under the DEEDU project
Digital Environmental Education (DEEDU) aims to produce educational resources for the youth work sector, on the topic of environmental science and tech. The strategic objectives of the project are: promote youth work, combine the benefits and relevance of environmental education with the strength of digital tech, boost young people's maker mindest, provide young people and educators concrete tools to engage in citizen science The consortium aims at prototyping an educational kit that allows young users to act upon their own environment in view of tackling environmental issues such as excessive energy consumption, air and water pollution.
  • Easy
  • 1 hour(s)
Conductive_paint_+_Makey_Makey_5.PNG
Conductive paint + Makey Makey
In this tutorial you will learn how to produce conductive paint from scratch, that you will then be able to use in combination with the DIY makey makey to draw circuits and more.
  • Medium
  • 1 hour(s)
Connected_house_publishes_sensor_data_on-line_1_-_Copie.PNG
Connected house publishes sensor data on-line
In this tutorial we will create a connected house using the ESP32 board, that publishes the values recorded by a photoresistor and an internal temperature sensor online, specifically on https://adafruit.io.
  • Medium
  • 120 minute(s)
Design_a_3D_object_in_Tinkercad_tinkercad.png
Design a 3D object in Tinkercad
This tutorial guides you through the basics of Tinkercad, an online software for 3D modeling
  • Very easy
  • 40 minute(s)
Design_an_object_on_3D_Slash_and_view_it_in_VR_a.PNG
Design an object on 3D Slash and view it in VR
In This tutorial you will learn how to use the on-line software 3D Slash to create 3D objects, and later view them in VR on your smartphone.
  • Easy
  • 30 minute(s)
Design_for_lasercut_with_Makercase_1.PNG
Design for lasercut with Makercase
Design perfectly nested boxes using the free online tool Makercase.
  • Medium
  • 60 minute(s)
Design_your_personal_logo_with_Tinkercad_pic.PNG
Design your personal logo with Tinkercad
Designing a logo that can be used to customize other projects, (e.g. the lasercut spyrograph or the stamp).
  • Easy
  • 50 minute(s)
Energy_saving_house_with_ESP32_1.PNG
Energy saving house with ESP32
In this tutorial, you will learn how to set up your ESP32 so that it will automatically turn on its internal LED when it’s dark, and vice versa.
  • Medium
  • 90 minute(s)
Hands_up_Ready_Go_Scratch_tutorial_2.PNG
Hands up Ready Go Scratch tutorial
Learn coding by making a buzzer to create an augmented quiz (for example an MCQ).
  • Medium
  • 1 hour(s)
How_to_create_a_3D_sculpture_Capture.PNG
How to create a 3D sculpture
- Stimulate imagination and creativity in design for digital fabrication - Learn the basic concepts of 3d and 3d models, solids and slices - Learn the basic concepts of laser cutting and 3d printing - Optional: Introduce a simple software tool for slicing 3d models (Slicer for Fusion 360 with active Autodesk account)
  • Medium
  • 80 minute(s)
Key_crack_activity_with_3D_printing_1.PNG
Key crack activity with 3D printing
In this activity, kids will have to design and subsequently produce a key that is capable of accomplishing a 360° rotation inside a 3D printed keyhole.
  • Medium
  • 1 hour(s)
Light_sensitive_e-textile_bag_7.PNG
Light sensitive e-textile bag
In this tutorial you will learn how to set up the e-textile bag to create a smart object that reacts to the amount of light recorded by an ambient light sensor.
  • Medium
  • 2 hour(s)
Minetest_and_3D_scanning_m1.PNG
Minetest and 3D scanning
In this tutorial you will learn how to import into minetest 3D scans of objects.
  • Medium
  • 2 hour(s)
Piccolo_cnc_drawing_robot_3.PNG
Piccolo cnc drawing robot
Piccolo is a mini cnc robot that allows you to draw on flat surfaces. The robot can be programmed via Arduino or via a visual coding software such as mBlock.
  • Hard
  • 20 hour(s)
avatar
Foguete
L'utilisateur n'a pas rentré d'informations à son sujet
avatar
Horizon Lab
L'utilisateur n'a pas rentré d'informations à son sujet
avatar
EricWhite
L'utilisateur n'a pas rentré d'informations à son sujet
Retrieved from "https://wikifab.org/wiki/Utilisateur:Digijeunes"
© 2017 - 2024 Dokit, SAS.