View allAll Photos Tagged Robotics
These geeks are highly focussed. So much so that they need to be reminded what goes through which hole in their T-shirt.
This robot was spectacular. And also got the cube wrong on every attempt I watched. Hence him sticking his ARM in! Ha!
weird robot cubes from Japan that anticipate and move in accordance with an individual's footsteps, creating a moving footpath...from Milan Salone of 2009. See my blog for more: margavp.wordpress.com/2010/04/26/salone5/
This "Squirrel Robot" was built to climb ladders up chimneys in nuclear power stations. Equipped with cameras, it reports on the condition of equipment inaccessible to people for safety reasons.
We are teaching a new maker art class called ‘Robot World’, to help children create their own artistic robots. This class for grades 4-5 will take place at the Lycée Français in Sausalito. Students will learn how to make their bots move in a variety of ways, as well as play sounds and light up, using a programmable Arduino board. They will then decorate their animated creatures, give them a story, and create a magical world for them to live in.
This photo set covers our our first prototypes for this class, featuring a Baby Angel, an Alien and a Bamboodu native american spirit, in different stages of construction. Students will design their own characters, and we will laser cut wooden figures based on their designs, using the same mechanisms to make characters shake their heads and wave their arms while they roam.
Each student will receive a robot kit, which they will learn to assemble, control and program. They will then take their completed robot home with them, after the class ends. For this course, my partner Edward Janne and I have created our own robot kit, using an Arduino Feather M0 for the robot, an RF remote, a custom chassis, plus three additional servos and more parts. Our robot kit is similar to commercial products, but with a lot more features at a lower cost.
We are also teaching a similar class for adults and teens at Tam Makers in Mill Valley, which will use the same robot kit. In just two evenings in late September, we'll show students how to build their own robot with Arduino, make it move, light up and play sounds -- then take it home.
View more photos of our ‘Robot World’ class:
www.flickr.com/photos/fabola/albums/72157687758927575
Learn more about our ‘Robot World’ class at the Lycee:
fabriceflorin.com/2017/08/18/robot-world/
Learn more about our Maker Art classes:
fabriceflorin.com//teaching-maker-art/
Learn more about our ‘Create a Robot’ class for adults at Tam Makers:
www.tammakers.org/create-a-robot/
Learn more about Tam Makers, our makerspace in Mill Valley:
#arduino #robots #makers #makerart #makered
A robot that performs window cleaning. Free for commercial/personal use, attribute to insights.rlist.io when using this image. Licensed under Creative Commons Attributions 4.0 CC-BY-4.0.
November 3, 2010, Soka, Saitama, Japan - Robot Pro Wrestling! For more information, visit Robots Dreams at www.robots-dreams.com
Students build computer-controlled robots and are proud that they can write programs to make the robots move.
Ülkemizdeki artan genç nüfusumuz başta robot ve bilişim teknolojileri olmak üzere çeşitli bilim dallarına ilgi duyuyorlar. Websitemizin amacı ise bu gençlerin gerçekleştirmek istedikleri proje ler için kaynak olabilmek. Çeşitli bilim dallarında pek çok hali hazırda uygulanabilir projeler sitemizde mevcut olduğu gibi dilerseniz sizlerde paylaşım ekibimize katılabilirsiniz. Gelecek nesillerimiz için çabalıyoruz!
Andy R. brought me this cellphone charm back from his studio trip to Tokyo because he says it looks like me. I guess I need more sleep.
It was labeled "Robot" but I think it looks suspiciously simian.
Either way it's from mmmg who have been on a roll but still seem to be making only slight inroads to the US market. Those of you in Brooklyn can stop by Rena's shop to get your hands on some mmmgoods.
Photographer: Rachael Winfrey
All photos provided are the property of Creative Services and may not be used without permission.
Please contact creative@jmu.edu if you are interested in using any photos included in our collection.
The master model for the robot used in our Mobile Robotics classes in Jersey Shore, PA. The bot as pictured measures 6" long, 5.5" wide, and 3.1" high.
This bot is built around a surplus board originally used with the "Build Your Own Sumo Robot" book by TAB Books. The onboard microcontroller is a Parallax Basic Stamp BS2. The stock board also includes IR proximity detectors, dual H-bridge motor drivers, and 11 available I/Os. Power is supplied by 4 AA batteries. Motive power consists of a pair of small efficient surplus MicroMo / Faulhaber gearmotors with integral quadrature encoders.
Sensors include 2 IR proximity detectors, 2 quadrature encoders, and the front bumper which connects to 2 microswitches to sense physical contact. Except for the main board, I produced all of the parts including the wheels.
The robot on the roof of the Ghibli Museum, seen from the front.
Unfortunately, the lighting on this day was not very cooperative - a bright, white cloudy sky!
Ülkemizdeki artan genç nüfusumuz başta robot ve bilişim teknolojileri olmak üzere çeşitli bilim dallarına ilgi duyuyorlar. Websitemizin amacı ise bu gençlerin gerçekleştirmek istedikleri proje ler için kaynak olabilmek. Çeşitli bilim dallarında pek çok hali hazırda uygulanabilir projeler sitemizde mevcut olduğu gibi dilerseniz sizlerde paylaşım ekibimize katılabilirsiniz. Gelecek nesillerimiz için çabalıyoruz !
Getting to know your robot. Programming the future at the CSIROs Lego Robotics workshop during the October school holidays at Mosman Library.
On Sunday, December 3, 2017, the SAS High School robotics team attended the FIRST® Tech Challenge (FTC) robotics competition qualifier at Sauquoit High School in Sauquoit, NY. FIRST® (For Inspiration and Recognition of Science and Technology) was founded in 1989 by inventor Dean Kamen. The nonprofit public charity inspires young people to become innovative science and technology leaders by engaging in exciting mentor-based programs that build science, technology, math and engineering (STEM) skills. In turn, those skills help to build self-confidence and foster communication and leadership skills.
Eleven members of the SAS Atoms robotics team attended the competition. The team became the 4th alliance captain and, after semi-finals selections, the 3rd alliance captain. Ultimately, the robotics team received the Rockwell Collins Innovate Award and advanced to the FTC Super Regional Competition, which will be held January 14, 2018, at SUNY Polytechnic Institute in Utica.
Congratulations to the entire SAS Atoms team. Led by Mr. Zengin and Mr. Altindis, the team includes the following students: Lalita Dahal, Umesh Dahal, Karl Russo, Jade Regner, Brenden Reilly, Joseph Capra, Huda Ali, Zakaria Ali, Natalia Amado, Abdullah Cetin, Ali Barbour, Tahirah Abdul-Qadir, Michael Scheer and Benjamin Cameron.
#SASCS #SASAtoms