Maker Camp: for Kids who Explore + Make + Share. Sound Sensor Tutorial - chibitronics. Shooting Projectiles. This tutorial explains how to create the effect of shooting, launching, or throwing an object. The code in this article does not simulate velocity or parabolic motion, but to a projectile that, after the initial force, is not acted upon by any traditional force (gravity, wind, etc.), though it may be obstructed by walls or targets.
In each example, the projectile shoots when the space key is pressed, but the trigger can be any Boolean Block. Two sprites, no cloning These scripts require two sprites; a player sprite and a projectile sprite. No cloning is used. Semi-Automatic This script requires the player to release the trigger button before firing again. Show repeat until touching intended target(s) or end hide Automatic This script allows the player to simply hold the trigger button for continuous fire: Two sprites, one cloning the other This method is similar to the one above, only it incorporates cloning to allow for more than one bullet on the screen at once. When I start as a clone Tips.
Dr. E's WeDo Challenges. Learn | chibitronics. Introduction Beginner tutorials to help you get started with paper circuits! Each tutorial comes with free a downloadable template for classroom use. Learn the difference between conductive vs. non-conductive adhesive tapes and how to “draw” with copper tape Turn on one LED. Turn on Multiple LEDs with one battery. Make your circuits interactive with this paper switch. Create different blinking effects using this switch. Make your LEDs fade in and out using this DIY pressure sensor. Advanced Tutorials for advanced users with free downloadable templates for classroom use. Make your LEDs fade, blink, twinkle or pulse a heartbeat rhythm. Makes your circuits responsive to light. Makes your circuits responsive to sound, tapping and wind.
Use a touch sensor to trigger your lights on or off for several seconds. Use the preprogrammed microcontroller sticker as an advanced touch sensor. You can program the microcontroller sticker with your own custom functions. Projects Make a pinwheel that glows and spins. DressCode. Computational design is the practice of using programing to create and modify form, structure and ornamentation. Through computational design it is possible to create unique, beautiful, functional and personal objects and experience a rewarding creative process through programing. Unfortunately, use of programming as a medium for art and design, especially by young people and non-professionals is limited. Many people consider computer programing to be a highly specialized, difficult and inaccessible activity that only has relevance as a career path rather than as a mode of personal expression.
By finding ways to connect programing to the production of personally relevant beautiful physical objects, it is possible to expand the number and types of people who are both interested in and empowered to participate in creative programming. DressCode is a programming language and enviroment for designing and building decorative and functional artifacts. Note: DressCode is still in development.
Easy 3D Printing Creator Apps. Jewelry & Fashion Pendant Creator Easily turn your 2D designs into pendants! Customize details, add a bail for chains and print in your favorite material. Custom Ring Design your own custom, 3D printed ring. Cell Cycle Play with an interactive physics simulation and easy-create beautiful nature-inspired jewelry.
Mymo Mymo cleverly combines any two letters or numbers into a novel 3 dimensional form. Kinematics 4D Use this app to design your own flexible, complex, foldable forms composed of articulated jewelry modules. Freakin Sweet Apps One of our recent projects allows you to design your own woven jewelry and have it 3D printed on demand. Ciphering Ciphering is a personalized ring which physical form encodes numbers of your choosing. WIZEgem A powerful, easy to use web-based jewelry design tool. Trove Trove allows users to customize, try on, and buy 3D printed jewelry in precious metals. Custom Bracelet Creator Create your personalized bracelet by entering the words you wish to wear and treasure. Dr. 3D Printing & Design Tutorials.
Wedobots: LEGO® WeDo designs for the busy teacher: Cars, Trucks and More. Building Instructions - Early Childhood Robotics Network. Wedobots: LEGO® WeDo designs for the busy teacher: Cars, Trucks and More. Stefan's Robots. Tech Rocket Sign In: Programming, Game And Graphic Design Courses. MakerCon | » MakerCon ShowcaseMakerCon. Product Tour | Onshape. Onshape Part Studios You can create and edit component geometry in Onshape Part Studios.
The modeling workflows are very similar to traditional CAD. However, there are new capabilities: Part Studios allow you to build multiple parts together. "As a SolidWorks user, I was immediately comfortable with the layout and tools provided. -Pete Yodis | Design Engineer. On-Demand 3D Printing Service Opens at UPS - Make: On Monday a new cloud-based, on-demand 3D printing company, called CloudDDM (Direct Digital Manufacturing), announced itself and its plan to open a facility in partnership with UPS. CloudDDM will allow customers to use a browser-based design program to create parts, prototypes, even complete products that can then be printed in ABS, Polycarbonate (PC), Polycarbonate-ABS (PC-ABS), and ULTEM 1010, with several color options available.
They even offer different post-processing services to add various finishes to your prints. I was unable to find anything about print resolution or cost details. This announcement comes on the heels of UPS announcing last year that it would be offering 3D printing services in some of its retail locations. The CloudDDM facility will be located at UPS’ worldwide hub in Louisville, Kentucky. The fully-automated CloudDDM factory will initially house 100 3D printers and require only three employees to run it (working in 1-person, 8-hour shifts). [Via 3DPrint.com] 2015 April. Computer Science.
NOTE as of May 2013: New! Scratch 2.0 is available in HTML5 format without the need for a download like Scratch 1.4. Just press the create tab. You currently CANNOT use Scratch 2.0 for LEGO WeDo. Please download Scratch 1.4. Quote from Mitch Resnick 05/10/2013: “Thanks for your message. We definitely plan to support LEGO WeDo with Scratch 2.0, but it probably won’t be available for a few months. When the new features are available, we’ll announce them on the Scratch and ScratchEd websites. I have been Scratch-ing with LEGO WeDo kits, and my high school level students absolutely love it! LEGO WeDo USB and the ScratchEd Screen The LEGO WeDo construction kit runs about $130.00, and Scratch Software from MIT is free (download Scratch 1.4).
An example program I created is called updownduck where a physical LEGO Duck is raised and lowered by clicking the words UP and DOWN on the screen. An example program using LEGO WeDo with Scratch called updownduck. Source Code for updownduck in Scratch. NEW! Enchanting : Enchanting : Enchanting.
Enchanting Cards in Multiple Languages Enchanting cards are now available in: Thank you, translators, for your hard work! Enchanting v0.2 is out! Jul 9, 2014 - Enchanting v0.2.4.3 is out and now includes an updated Spanish translation. May 6, 2014 - Enchanting v0.2.4.2 is out, and now includes a Czech translation. It is ready for use by regular people and technical geniuses, alike. Here is a shorter trailer video if you'd prefer. Demonstrated in the video. Download Enchanting All available downloads (including the source) Please take a moment to review known Bugs And Workarounds, and look at the Frequently Asked Questions.
What is Enchanting? Enchanting is a tool to allow children an easy-to-understand way to program LEGO MINDSTORMS NXT robots. And BYOB/Snap! , and powered by leJOS NXJ (Java for the NXT). For more details, see the About page. Is it any good? Yes! How do I use it? Try out our brand new Enchanting Cards! , available for the iPad or as an interactive PDF for use on your computer. Great! Learn to Solder | Soldering Sunday. What is Soldering? Sol·der·ing (sä-dər-ing): is a process which two metal surfaces are joined by melting a metal or metal alloy. This is done by heating the two parts to be joined and then melting solder on contact to create a join. There are many ways to solder depending on what you are creating. Here are two common forms of soldering: Soft Soldering: uses solder with lower melting temperature. It is often used for electrical work. Silver Soldering: uses solder with higher melting temperature and often creates a bond that is stronger than the initial materials.
Basic Materials and Tools Used Soldering Iron: This tool heats the parts and solder. The simplest form would be the “hot pencil” tool without any temperature control. Another form is the soldering station which can control the temperature of the soldering iron and accompanied with a stand with a sponge or brass mesh for cleaning. Solder: This metal or metal alloy is melted to form the join. Chip & Pixel Power Soldering Instructions | Soldering Sunday. This is a preview lesson. Please sign up for the course to access all lessons. So you have your kit and you are all ready to solder it together. Awesome! Before starting we suggest reading through all the instructions first and make sure you are all ready. If you have not soldered before, and would like a good resource, we suggest you check out our Soldering Tutorial. if you do not have tools or want personal instruction, if you are in New Jersey come on down to FUBAR Labs – or find a Makerspace in your area.
Open up your kit and check that you have all the components. Before we start be sure to wear your safety glasses. Let’s start with Chip’s body. The right angle header allows Chip to plug into the Pixel Power Board, Arduino, or a breadboard. Tip: use masking or blue painters tape to tape Chip to your work surface so he does not move around while you solder. Just for easier photos we used headers with longer leads. When the header is done, Chip should be able to stand tall and straight. Snap! and Scratch 2.0 Finch Resources | The Finch. The following are resources created by us and others demonstrating how to use Finch in Snap! And Scratch. While most of the resources currently target Snap! , the environments are similar enough that they can be used for Scratch as well. Teacher Contributed Activities A number of educators have contributed excellent, tried-and-tested activities and assignments.
Check these out first! Mount Hebron Mount Hebron teachers, students, and volunteers created a suite of excellent activities and tutorials using the Finch with Snap! NYC Academy for Software Engineering Sean Stern created an activity for the Finch where students program the Finch to be a game controller in an Asteroids-style game. Vanguard College Prep Amy Pezzoni at Vanguard created two activities that use the Finch in non-programming ways. Heathwood Hall Episcopal School Tom Simpson at Heathwood Hall created a number of Finch and Scratch challenges. BirdBrain Technologies-created Sample Programs Starter Finch remote control. Lists. Activity sheets - Mt. Hebron Finch Snap. PROJECTS. An exploration into the possibilities for individual construction and customization of the most ubiquitous of electronic devices, the cellphone. … more Electronic Popables Electronic Popables is an interactive pop-up book that sparkles, sings, and moves.
The book integrates traditional pop-up mechanisms with thin, flexible, paper-based electronics and the result is a book that … more Codeable Objects Codeable Objects is a library for Processing that enables novice coders, designers and artists to rapidly design, customize and construct an artifact using geometric computation and digital fabrication The programming … more Self-folding Origami Paper A first-step toward origami robotics, I/O paper is a pair of origami papers in which the red (controller) paper senses how it is being folded and the white (output) paper … more Kit-of-No-Parts The Kit-of-No-Parts is an approach to crafting electronics rather than designing discrete components.
DressCode Computational Textiles Curriculum. Paper circuits w/ copper tape. You can quickly create circuits on paper using copper tape, clear tape, and some simple electronics. The image above is from a workshop Jie taught at the Exploratorium museum. Components (available from Digi-Key): Other tools & materials: small binder clipsclear tapecard stock paperscissors or an xacto knife and cutting mattweezerssoldering iron + solder (optional) Getting started You can use the templates we’ve created to guide your initial explorations.
Electrical connections Electrical connections between the LEDs, switches, and battery are made with copper tape (shown in grey in the templates). Battery connection To secure the battery and create electrical connections between it and the copper tape, fold a corner of the page over and clip it around the battery using a binder clip or a paper clip: LED connection Surface mount LEDs, shown as yellow rectangles on the templates, are teeny tiny and can be challenging to work with at first, but aren’t bad once you get the hang of it. ILT | Institute for Learning Technologies | Teachers College Columbia University. Xojo: Downloads. HOW TO: Quick Start, Software. Setup | Materials | Software | Troubleshooting Setup 1) Plug in USB Small side of USB cable plugs into MaKey MaKey, big side plugs into computer. 2) Close Popup Window Your computer may ask you to install drivers or do other setup.
You can click cancel or close the window. 3) Connect to Earth Connect one end of an alligator clip to "Earth" on the bottom of the front side of MaKey MaKey. 4) Connect to Yourself Hold the metal part of the other end of the alligator clip between your fingers. 5) Connect to "Space" and Try It While you're still grounded, touch the round "Space" pad on the MaKey MaKey. I Luv MaKey MaKey 5) Play some MaKey MaKey drums! 6) Connect Stuff Now you can try making your own drums out of anything. Try Out Different Materials Make anything into a key! Conductive Materials Here are a few things to try: Most fruits and vegetables work great. Try Out Software MaKey MaKey works with any software that uses the keyboard or mouse.
You can also try out interacting with: Professional Development | GameDesk. Overview Our Professional Development helps teachers become agile in using new technologies and techniques to engage students in interactive learning experiences. Teachers are guided through hands-on learning experiences, tech-infused curricula, and game and app-based learning, enriching their teaching with authentic interactive learning experiences. Training can focus on both hi-tech and low-tech experiences designed to ignite personal passion and encourage creativity and problem solving.
All of our content is aligned to Common Core, Next-Gen Science, and in certain cases, State Standards. Mobile and Digital Teacher Superstars Many schools that have integrated mobile and digital tools into learning are not maximizing the use of those devices in ways that best make use of their potential. GameDesk PD is organized in modules to allow for maximum flexibility and quick customization. Types of Current DreamLab Training and Development Activities DreamLab on the Road.
Lesson Plans | USE MAKEY MAKEY TO DESIGN A VIDEOGAME CONTROLLER. Community Page | Hummingbird Robotics Kit. Tutorials | Hummingbird Robotics Kit. The Pixel Academy. I want a Makerspace! 5 NYC Makerspaces You Should Know | Digital Centers Internship Program. Tinkercad. Pop Ups — The Makery. KIDS - The Good School. Makerspaces for NYC Kids: 3D Printing, Arduino and Other Hot Technology Workshops.
BitBots at MOMA – KOKO. 5 NYC Makerspaces You Should Know | Digital Centers Internship Program. Summer Camp. Create a Maker Space for Kids : Provide Inspiration. Project Gallery. Travail du bois - Etsy Fournitures créatives. Project-Based Engineering for Kids. Projects Archive - Make: Tools & Resources – Page 2 – TeacherGeek.
KELVIN.com: KELVIN® Model House Kits. American Woodcrafters Supply Co | Wood Crafting & Woodcraft Products. Sears: Online department store featuring appliances, tools, fitness equipment and more.