On our final Maker-a-Day, we are joined by Megan Scott, an artist with Chester Beatty Library showing us how to make a “DIY Steampunk Plague Doctor Mask”, and James Clifford from MadeByCliff who will be showing us how to make our own “Ergonomic folding laptop stand”.
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Don’t forget to hit subscribe and click that 🔔 reminding you when the live-stream goes live at our Youtube channel.
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James Clifford will be running this workshop on creating your own folding laptop stand.
While are all working from home these days, our ergonomic work environment has been left behind. I have created a laptop stand which raises the laptop to the correct height and also folds away when you’re not using it. It also becomes a case for your keyboard, mouse and other peripherals when folded.
Materials needed for this workshop
It is a simple plywood design with a few small 1 inch hinges. It can be made with a saw, chisel and wood glue.
TGIF! We have Nathan Wheeler from Crafty Nathan’s Creations as our Maker-a-Day during Science Week showcasing how to make a small scale diorama of a country road.
🎤 Be sure to add your questions to our live-chat on our Youtube stream.
Don’t forget to hit subscribe and click that 🔔 reminding you when the live-stream goes live at our Youtube channel.
Tag #ScienceWeekMaker if you are posting on social media. We are @DublinMaker on Twitter, Instagram and Facebook.
Nathan Wheeler will be making a small scale diorama of a country road, small enough for the table top. This will be a showcase of simple modelling techniques to make a simple and easy to enjoy diorama, replete with a nice custom made tree.
The workshop will show how to do basic 3D modelling in Tinkercad and then how to use the Bricks function in Tinkercad to convert that to a Digital Lego model. We will show how to get a step by step guide to building that Digital Lego model in the real world using the Lego bricks that you have at home.
Tinkercad is a free online 3D Modelling application that runs in a web browser and can be used on Mac, Windows, iPads or Android Tablets. No previous experience of 3D Modelling is necessary as we will take you through the basics of how to create shapes and models in Tinkercad and show some ‘secret’ Tinkerpowers that will super charge your Lego building.
Joining us on our third Maker-a-Day during Science Week is Mark Pickering and his team from Jellylab (University of Dublin) on How do sea creatures react to light? How to build a simple experiment to explore the world around you.
🎤 Be sure to add your questions to our live-chat on our Youtube stream.
Don’t forget to hit subscribe and click that 🔔 reminding you when the live-stream goes live at our Youtube channel.
Tag #ScienceWeekMaker if you are posting on social media. We are @DublinMaker on Twitter, Instagram and Facebook.
We believe that anyone can be a scientist, and we want to democratise discovery by taking experimental tools out of the laboratory and into the hands of anyone curious about the world around them.
This project will show how to use simple and easily available components to build an experiment to answer a scientific question: if tiny sea creatures have eyes, what do they do when they see light? For this we’ll use brine shrimp (also called Artemia), which are sold as “sea monkeys” and “aqua dragons”, as well as some tiny plankton we collect in the sea, but you could also adapt this to investigate bugs from your garden (how do ants or spiders respond to light?). The experiment can be run using an Arduino controlled neopixel RGB LED ring. We’ve been using this as a demonstration for some time now, and documented the experiment here:
Now, we want to show how you can make everything you need to do this type of experiment yourself. We’ll show you how to set up the lights with an arduino, and how to control the light pattern with a game controller (specifically the nunchuck controller from a nintendo Wii).
In addition to showing how to make the light experiment, we’ll also show how to build a system to hatch your own brine shrimp, and how to collect tiny plankton from the sea that can be used in this experiment. FInally, because some of these creatures are really tiny, we’ll also show how to make really simple, cheap “microscopes” to make the invisible visible!
The contents of our proposed video are all things we have lots of experience with, so we have confidence that it can all be covered in a 40-45 minute video, and we think we can make it pretty entertaining as well!
Dublin Maker is excited to bring you our first virtual event this year, a series of demos and workshops called Maker-a-Day during Science Week.
Maker-a-Day will be on from Monday November 9th to Saturday November 14. The schedule will be announced once we finalised times with our Makers.
Featuring traditional crafts to technologies, there’s something for everyone to follow, make and build.
We have a 10 min Q&A after the workshop where you get a chance to ask the Makers questions, and it will be live-streamed via our Dublin Maker Youtube channel.
We launched our mini-open call a couple of weeks ago and we received great response, and we are delighted to announce who will be participating at our Maker-a-Day during Science Week (in alphabetical order):-
Nathan Wheeler will be making a small scale diorama of a country road, small enough for the table top. This will be a showcase of simple modelling techniques to make a simple and easy to enjoy diorama, replete with a nice custom made tree.
Stuart Lawn will demonstrate how to use Tinkercad to generate your own digital Lego Models and show some secret TinkerPowers built into Tinkercad to get the step by step instructions for you to build them from real Lego bricks.
This project will show how a simple game can be made for the (unofficial) Dublin Maker Badge 2021. It will be a sprite based game that will run on the badge. It would be great to include the game produced by one of the participants in the final badge. You will be shown how to build a simple sprite game in a browser based development environment
We believe that anyone can be a scientist, and we want to democratise discovery by taking experimental tools out of the laboratory and into the hands of anyone curious about the world around them. This project will show how to use simple and easily available components to build an experiment to answer a scientific question: if tiny sea creatures have eyes, what do they do when they see light? For this we’ll use brine shrimp (also called Artemia), which are sold as “sea monkeys” and “aqua dragons”, as well as some tiny plankton we collect in the sea, but you could also adapt this to investigate bugs from your garden (how do ants or spiders respond to light?). The experiment can be run using an arduino controlled neopixel RGB LED ring. We’ve been using this as a demonstration for some time now, and documented the experiment here: https://www.youtube.com/watch?v=9dDiRWTvLzI Now, we want to show how you can make everything you need to do this type of experiment yourself. We’ll show you how to set up the lights with an arduino, and how to control the light pattern with a game controller (specifically the nunchuck controller from a nintendo Wii). In addition to showing how to make the light experiment, we’ll also show how to build a system to hatch your own brine shrimp, and how to collect tiny plankton from the sea that can be used in this experiment. FInally, because some of these creatures are really tiny, we’ll also show how to make really simple, cheap “microscopes” to make the invisible visible!
While are all working from home these days, our ergonomic work environment has been left behind. James Clifford created a laptop stand which raises the laptop to the correct height and also folds away when you’re not using it. It also becomes a case for your keyboard, mouse and other peripherals when folded.
Participants will need to try and build a tower made from paper. However, NO tape or other sticky materials can be used… JUST paper! Oh, did we forget to say it should support at least a 100g weight? 😉
Spain Hughes will build a Mini Arduino Handheld Game Console inspired by the much loved Chrome off-line T-Rex game.
She will show you how to minimize your project with a LCD I2C Interface Adapter 1602 2004 PCF8574 and a digispark or a node-Mcu. This is an option for those with Arduinos without enough pins.
South Dublin Radio Club will build a 137 MHz V-dipole receiving antenna for weather satellites – and demonstrate it in action by decoding Weather Satellite images (if we get a conveniently timed satellite pass!)
👉 And don’t forget to subscribe to our Youtube channel and hit that notification bell so you know when we go live with Maker-a-Day each day during Science Week.
