Tinkercad has found a new home at Autodesk

I am happy to announce that we have just signed a deal where Autodesk will purchase the Tinkercad site and core technologies. This is a great day for all Tinkercad users, Autodesk is a very enthusiastic and capable steward. There are two main impacts of this deal: the site is fully operational and Autodesk has some very exciting plans for Tinkercad.

The shutdown plan has been rolled back and effective immediately new users are again able to sign up for the site. Even better, at the request of Autodesk, we have supercharged the free plan. You can now create unlimited designs, all import and export functionality is enabled and ShapeScripts are turned on for free accounts. We have automatically upgraded all existing free accounts to this new powerful plan. This account will be offered for a limited time only so make sure you sign up as soon as possible.

Before signing the deal the we spent a lot of time talking to Autodesk engineers and product people about their vision for Tinkercad. We were impressed by the deep insight the Autodesk team had into the Tinkercad interface and the underlying technology. There is also a strong alignment on topics like furthering education and the vision of making design more accessible. But most of all we are very excited about the roadmap Autodesk has drafted for Tinkercad.

As our team continues working on Airstone I’m pleased to see Tinkercad find a safe and welcoming home. I can speak for everyone when I say that we are looking forward to using Tinkercad for a long time to come.

Yours sincerely,
Kai Backman
Founder & CEO

Announcing Airstone and the closure of Tinkercad

When Mikko and I founded our company in 2010, our core idea was to leverage a web browser UI and high performance computing to disrupt computer-aided design and engineering. Our vision was that a software platform created specifically for supercomputers would let us build some very exciting applications. In early 2011 we launched Tinkercad on this platform. It was the first cloud-based 3D CAD ever built and has grown to be a successful product in its category.

In parallel with Tinkercad, we continued development of the core platform. In October 2012, we launched a scripting interface for one of the key components, the Gen6 geometry modeling kernel. And finally, in late 2012, we had several major breakthroughs in our research work on the core platform that opened up application possibilities we had never imagined possible.

In response to these breakthroughs, I’m excited to announce an updated roadmap. There are two major parts to the new roadmap: 1) we are working on an innovative new simulation environment called Airstone, and 2) we will be discontinuing development of Tinkercad. You can read more about Airstone in the official announcement.

To help the engineering team focus on Airstone, I have made the decision to pull the team off Tinkercad. Aside from emergency maintenance, there will be no further feature development work and we will eventually turn the site off.

The Tinkercad shutdown timeline will be:

  • Effective immediately we have closed sign-ups for new users

  • August 31 2013 – All academic and free accounts will be changed to read only

  • December 31 2013 – All paid accounts will be changed to read only

  • June 31 2014 – Read only access for all users will be discontinued

There is an FAQ with additional details that we will keep updating as questions arise.

It was a hard decision for the team to stop working on Tinkercad. However, I can speak for everyone when I say we are very excited about the potential of Airstone. If you are interested in a sneak peak at the future of computational engineering, visit our website at http://airstonelabs.com or shoot us an email at team@airstonelabs.com.

Yours sincerely,
Kai Backman
Founder & CEO

Organize and share with Projects

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We’re excited to launch a much requested feature: projects! Projects allow you to organize your designs and share them with your team.
The new dashboard adds three nice features:
  • Search allows you to quickly access all your designs.
  • Collections lets you filter lesson results or just show you all your designs.
  • Projects allow you to organize related designs.
  • Shared Projects let’s you access the projects shared by other team members.

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Getting Started with Projects
To create a new project just click “Create project.” Click on the gear icon on top right corner to change the project properties such as name, description, and sharing properties. To move existing designs into a project, just drag and drop them on the project on left, or use the gear menu of a design, choose “Move to Project…” and select the project where you want the design to go. There is a setting per project which controls if other team members can view or edit the designs in a project.

Enjoy!
Tinkercad Team

More educators take part in Tinkercad Academic Initiative

We rounded out 2012 very nicely by adding more academic institutions to our growing list! Check out the latest additions…

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University of Illinois at Urbana-Champaign Illinois MakerLab, Champaign, IL. The objective of this proposed lab is to provide a unique and valuable resource for Illinois business students and faculty to gain hands-on experiential learning with this emerging new technology.  In addition to enhancing teaching and instruction, this lab will also provide a valuable resource for faculty interested in conducting research about 3D printing in specific, and the growth of customer-empowered creation in general. In essence, 3D printing (and the emerging Maker Movement) provides a means of democratizing innovation by empowering individuals with the know-how and tools to manufacture the objects they consume. In addition to revolutionizing the means of production, this rise of makers will also present scholars with the challenge of re-examining their conventional wisdom about an array of topics, including their notion of objects, the role of consumers, and the nature of economic institutions. These emerging changes have important implications for a broad array of business scholarship, including entrepreneurship, information technology, operations, and marketing.

ISSISS International School, Singapore. ISS, one of the longest established international schools in Singapore, serving the international community for over thirty years. We have started using 3D printers this year with both our IB MYP Technology (Grade year 5) and our IB DP ITGS (computer based) curriculum. We are looking to embed 3D printing and 3D Modeling into all levels of the MYP and DP programs and are about to buy 4 new 3D machines making a total of 6.

Anythink_logo_color_rgbanythink libraries, Thronton, CO. Rangeview Library District is proud to serve the residents of Adams County through its seven Anythink libraries serving the communities of Bennett, Brighton, Commerce City, Northglenn, Thornton and the Perl Mack neighborhood of Denver. For community members outside of these areas, the district offers outreach services through its Bookmobile, Anythink in Motion, visiting area schools and Adams County neighborhoods. Originally the Adams County Public Library, in January 2004, Rangeview Library District became independent from Adams County and now operates as its own entity, overseen by a five-member Library Board of Trustees appointed by the Adams County Commissioners. ACPL was founded in 1953, and first served county residents solely out of a bookmobile. The district has grown exponentially in the past 50+ years to its current seven libraries, with four new libraries constructed in the past two years. Rangeview Library District’s current and future growth is due to the support of the Adams County community, who in November 2006 voted to approve a mill levy increase to help fund the library. Since then, through the leadership of library director Pam Sandlian Smith, the library system has shifted course and positioned itself so the branches are not only valuable resources but community gathering places

MakeryLogoNew York City Makery, NYC. The NYC Makery is a pop-up Makerspace – part shop & part workshop. A movable and temporary venue where youth and adults are encouraged to be curious, to tinker, to experiment, and to make with technology. The Makery is a portable digital playground, a place where communities can gather to play with the creative power of digital design and fabrication, physical computing, and computer programming. The Makery is a project of HTINK, an educational services cooperative with a mission to spread technical learning and creative problem skills. Its Young Maker programs create and support informal learning environments in the NYC area for students to learn about design and tinkering. In addition to working with traditional hand tools, students also learn about how the physical world interacts with the virtual world through electronics, physical computing and digital fabrication. It encourage self-directed learning, where students have extensive input about the projects they pursue after gaining core skills.
rsz_sastemic_logo_rgb (1)San Antonio STEM Initiative Cooperative, San Antonio, TX. SASTEMIC is a San Antonio based non-profit education organization that works with local organizations and schools to offer STEM programs. We will be hosting several Maker Camps this summer where students will use Tinkercad to design 3D objects and then print them out on our 3D printers. SASTEMIC will also be working with local robotics teams to teach them Tinkercad for building custom parts for their robots.

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Maine FabLab, Maine. The Maine FabLab is part of the MIT FabLab Network through the Center for Bits and Atoms.  It is a community-based center where “anyone can make (almost) anything”!  Maine FabLab is located on the campus of a residential private high school in New Gloucester, ME that gives students who have dropped out of mostly rural traditional schools their GED in 9 months.  The facility’s 3D printers, laser cutters, vinyl cutters, Arduino workstations, and other technologies are available to all as an open access, open source resource for the state of Maineand its residents.  With its residential setting, the Maine FabLab is able to be the site for summer camps, workshops and boot camps of longer duration.

We_Print_It_FQDonview Middle School, Toronto, ON. Donview Middle Health and Wellness Academy is the first middle school in the Toronto District School Board to have a 3D printer, thanks to funding through the NE5 Innovation Fund. The Makerbot will be hosted at Donview, but its capabilities will be shared among schools within East Region 15 (formerly NE5). This is a FAMILY of schools project and will not be limited to just one school! Our goal is to get students from as young as grade 2 up to our eldest in grade 8 designing and printing things.

shield2Greenwich Academy , Greenwich, CT. Greenwich Academy is an all-girls independent preK-12 school in Greenwich, CT. Its mission is to provide a challenging, comprehensive educational experience grounded in a rigorous liberal arts curriculum within an inclusive, diverse community. The school’s objective is to develop girls and young women of exceptional character and achievement who demonstrate independence, resilience, courage, integrity and compassion. We strive, above all, to honor our motto, “Toward the Building of Character.”

TMThurgood Marshall Elementary, Seattle, WA. Thurgood Marshall Elementary is a public school in the heart of Seattle, and serves a broad range of students. The school will use Tinkercad as the 3D design tool in a new after-school program, ”Engineering & Design”. The focus will be on the iterative design process, and students will collaborate using the Tinkercad team sharing features
Screen Shot 2013-01-09 at 3.04.58 PMKeystone Area Education Agency, Elkader, IA. Keystone Area Education Agency is dedicated to providing the children of Northeast Iowa with the best possible educational opportunities. Through its partnerships with local schools, teachers, and parents, Keystone AEA will continue to provide services that put children first in Northeast Iowa.  Keystone AEA provides quality services to 24 public school districts and 28 nonpublic schools.Website:  http://www.aea1.k12.ia.us/
Screen Shot 2013-01-09 at 3.07.54 PMUniversity of Victoria, Victoria, BC. Since 1991, the University of Victoria’s Science Venture program has been delivering innovative science, technology, engineering, and math programming to Vancouver Island youth, 5-18 years of age. Programming includes workshops, after school clubs, summer camps, and events – all designed to stimulate and interest and passion for these subject areas.  In 2011, we reached over 10,000 youth in our community through high impact hands-on learning opportunities. Science Venture programs are delivered year-round by UVic students from the Faculties of Science, Engineering, and Education.  Our team challenges participants to explore, discover, and innovate in a safe environment.
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Team Innovo, Hewlett, NY. Team 5477, is a FIRST robotics team stationed in Hewlett, NY and was created in 2011. Team Innovo is the offspring of Team 3540, Roboboogie.

They just keep coming: Who’s in?

A big welcome to the latest members of our academic initiative! Remember, you only have until this Friday at midnight to apply. Those who do so now will also have their $75 application fee waived. Good stuff and we can’t wait to see what you create with us!

YOUNG MAKERS, BAY AREA AND ACROSS THE U.S. The Young Makers Program connects like-minded young people with adult mentors and fabricators to organize opportunities for kids to dream up and develop projects for Maker Faire each year. They encourage kids to develop projects based on their own interests and ideas. Projects have included a pedal-powered trolley, furniture that doubles as a hamster habitat, a fire-breathing dragon, a seesaw water pump, an animatronic galloping horse, and a mobile spy camera. They all work together to create a collaborative culture of creativity, innovation and experimentation. In addition, they bring the clubs together monthly at the Exploratorium to explore different kinds of making and to talk about their own work in progress. In the Young Makers Program, there are no winners and losers; the focus is on exhibition, not competition.

burkes_wordmark_fullname_greenKATHERINE DELMAR BURKE SCHOOL, SAN FRANCISCO, CALIFORNIA. Burke’s mission is to educate, encourage and empower girls. THEIR school combines academic excellence with an appreciation for childhood so that students thrive as learners, develop a strong sense of self, contribute to community, and fulfill their potential, now and throughout life.

logo_1786FRIENDS SEMINARY, NEW YORK, NEW YORK. Friends Seminary is a K-12 school located in Manhattan. Founded in 1732 in the Quaker tradition, we emphasize academics, peace, the arts, community service and athletics. We use technology in a wide range of creative purposes through 3D design, programming, electronics and multimedia. We strive to help our students go beyond passive uses of technology and become designers, thinkers and makers of technology. We have two Cube 3D printers, a 3DTouch triple extruder printer ready to print out our cool ideas.

THE SCHOOL AT COLUMBIA UNIVERSTIY, NEW YORK, NEW YORK. The School at Columbia University is an independent kindergarten through 8th grade school founded in 2003 with the goal of providing an excellent education to a diverse student body. Now home to nearly 500 children, The School known for its commitment to concept-based differentiated teaching, its integration of educational technology and its diverse student population.

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THE ALLEN-STEVENSON SCHOOL, NEW YORK, NEW YORK. The Allen-Stevenson School, founded in 1883, is a non-sectarian elementary school for boys in Kindergarten through Ninth Grade. Located on the Upper East Side of Manhattan, the School draws over 400 students from many New York City neighborhoods. Allen-Stevenson’s distinctive “enlightened traditional” approach educates boys to become scholars and gentlemen.

UNIVERSITY OF MARY WASHINGTON, THINKLAB, FREDERICKSBURG, VIRGINIA. ThinkLab is the exciting new makerspace located in the Simpson Library at the University of Mary Washington. As a collaboration between the Division of Teaching and Learning Technologies, the College of Education, and the Library, ThinkLab hosts a variety of emerging technologies and tools for students and faculty across all disciplines. 3D printing, robotics, and electronics work using Arduinos and simple breadboard kits are just some of the many exciting things happening at ThinkLab. If you’re interested in visiting ThinkLab check our calendar for the hours of operation or get in touch to schedule a class visit!

THE CENTER SCHOOL, BRANCHBURG, NEW JERSEY. The Center School’s mission is to mentor and support students in order to empower them to reach their fullest potential through a comprehensive program tailored to the specific needs of each student. Student programs are based on current research and goals/objectives as outlined in student Individualized Education Programs (IEPs). The ultimate goal for each Center  School student is to be able to function well in whatever setting he/she may next experience. This may be a return to a local school, college, armed services, or any combination of these opportunities.

GLEN ELLYN PUBLIC LIBRARY, GLEN ELLYN, ILLINOIS. The Glen Ellyn Public Library serves a community of 27,000. Their mission is to serve the community as a vibrant center of learning, information and discovery. To further that mission they provide a variety of relevant resources including access to a 3D printer, a technology petting zoo, and many classes on emerging technologies. In addition to serving patrons within the library building they bring their resources, technological and human, to area schools, businesses, and events. The students at middle schools in this area have loved using Tinkercad to design all sorts of wonderful objects. The workshops have been successful both in the library and at the schools. The library has been promoting their workshops within the community for over a year now. They have presented on Tinkercad and the 3D printing workshops to students, fellow librarians, and college students.

SUMMIT HIGH SCHOOL, FRISCO, COLORADOSummit High School is accredited by the Colorado Department of Education and North Central Association of Colleges and High Schools.

Academic initiative update: Who’s in?

We’ve heard from so many great schools, libraries, fablabs and other organizations from all over the world who are now signed up for the great Tinkercad Academic Initiative! It’s not too late to get yours. We’re waiving the $75.00 application fee for the first 1,000 applicants until December 7th, so don’t delay!

What is this initiative? Read all about our offer here and more about the WHY behind it here. Our mission is to bring design literacy to the world. Help us get there.

CASTILLEJA SCHOOL, BOURN IDEA LAB, PALO ALTO, CALIFORNIA. Castilleja’s Bourn Idea Lab istheir school’s digital fabrication studio, where girls (and teachers!) come to tinker, build, and prototype. They have a laser cutter, a 3D printer, programmable microcontrollers, vacuum former, vinyl cutter, 3D mill, and assorted hand tools. Oh, and lots and lots of cardboard. They are also the home of their school’s FIRST Robotics team, Team 1700 Gatorbotics and a member of the FabLab@School network, a project of Prof. Paulo Blikstein’s Transformative Learning Technologies Lab at Stanford University.

SAINT ANN’S SCHOOL, BROOKLYN HEIGHTS, NEW YORK. Since 1965 Saint Ann’s School has brought together gifted children and passionate teachers in a fierce pursuit of knowledge, skill, and artistry. SACC, the Saint Ann’s Computer Center, was one of the earliest classrooms to have a MakerBot (2009). Since the first Cupcake, students had access to Thing-O-Matics and the Replicator Dual Bots. They offer a Middle School 3D modeling and printing classes, a High School modeling and printing class and a High School Toy Design class, all of which take advantage of the software and hardware associated with 3D modeling and printing.

THE IDEAL SCHOOL, NEW YORK, NEW YORK. The IDEAL School uses technology that is transparent, intuitive, and builds on crucial skills, and we believe technology should encourage more interaction between students and teachers, not less. We want to see students extend the curriculum into different domains – to provide visual, auditory, and creative experiences that challenge them to think more critically about what they are learning – to collaborate, question, and extend their thinking. We acknowledge that technology will be completely different in ten years, and our job is to hand students the tools to be successful for their future, not our past.

THE BIRCH WATHEN LENOX SCHOOL, NEW YORK, NEW YORK. The BWL Center for Learning and Technology is comprised of three separate labs, each containing enough Macintosh computers for every student to use his or her own. The lab is dedicated solely to Lower School computer instruction, while another is for Middle and Upper School students. The third lab is where teachers can take a writing, math, or research class to expose students to various other disciplines through the use of computers. At BWL, technology is incorporated into every academic subject. In the arts, for example, high-end digital audio and video equipment give a boost to dramatic and musical rehearsals and performances, yielding the most impressive results.

STEPHEN GAYNOR SCHOOL, NEW YORK, NEW YORK. The Stephen Gaynor School is an independent, nonprofit elementary and middle school for bright students with learning differences. Our school comprises 239 students ages 3 to 14 with a range of learning challenges, from Attention Hyperactivity Disorder (ADHD) to speech, language, and motor delays. In a comfortable, nurturing environment and with an unparalleled level of personal attention from our experienced staff, Gaynor School students break down barriers to learning, build self-esteem, and bridge the gap between their intellect and performance.

HALSEY MIDDLE SCHOOL, QUEENS, NEW YORK. J.H.S. 157 Stephen A. Halsey is a middle school in New York City. In the Computer Talent Class they have explored using computers as creative tools and that includes 3D Design. Halsey was lucky enough to get a MakerBot Thingomatic donated to our school last year by MakerBot Industries followed by a Replicator this year. The challenges of 3D Design are ideal for honing a senior level of design, though several students are inspired on the lower grades and leap ahead.

THE COLLEGIATE SCHOOL, RICHMOND, VIRGINIA. The Collegiate School is an independent, co-educational, K-12 school in Richmond, VA whose mission is to create a community of learners committed to a challenging and supportive educational experience that will foster the intellectual, moral, emotional, and physical development of each student. Since 1915, Collegiate School has offered students an opportunity to meet high expectations of academic and personal excellence. They are proud of our students’ many accomplishments and grateful for the dedicated community of faculty, administrators, trustees, parents, alumni and friends who teach, coach, support and encourage them.

ST. LUKE’S SCHOOL, NEW CANAAN, CTSt. Luke’s School is a secular, college‑preparatory day school in New Canaan, CT for grades 5 through 12. THEIR rigorous programs and diverse co-educational community foster students’ intellectual and moral growth, preparing them for college and giving them the tools they need for success, leadership, and service in the world.

PIXEL ACADEMY, OUT AND ABOUT NEW YORK CITY. The Pixel Academy is a community of kids and teens that are passionate about learning 21st Century Skills. We want to give our members access to state of the art technology, from virtual reality goggles and 3D Printers to self-teaching guitars.  Pixel members are able to explore and master new and relevant subjects that traditional schools aren’t able to provide like Video Game Design, 3D Printing, Arduino Programming, App Development, Film Making, Music Writing, and so much more.

NORTH CAROLINA STATE UNIVERSITY LIBRARIES, RALEIGH, NORTH CAROLINA. The NCSU Libraries is the gateway to knowledge for the North Carolina State University community and partners. The Libraries’ collections reflect the historic strengths of the University as well as its vision for the future. With extensive research holdings in the areas of engineering, science, technology, and agriculture, the NCSU Libraries is recognized as a national leader.

SCHOOL FOR AGRICULTURAL AND ENVIRONMENTAL SCIENCES, WAUPUN, WISCONSIN. The vision of SAGES is the creation of culture that actively and thoughtfully con-serves and sustains the land, flora and fauna that comprise our environment and food sources. Our mission is to produce responsible, productive citizens who have both a local and global perspective and are commit-ted to preserving and sustaining national and world environments, food sources and other natural resources.

VETENSKAPENS HUS, STOCKHOLM, SWEDEN. Vetenskapens Hus, House of Science, is a leading resource of inspiration and knowledge in Stockholm. They provide for students of all ages from primary school to gymnasium/high school levels as well as their teachers. Vetenskapens Hus has natural science and engineering students who will gladly guide you through various acitivities in their two buildings. A visit to Vetenskapens Hus is a meeting with researchers and/or students from the Royal Institute of Technology (KTH) and Stockholm University. Their researchers or assistants lecture in one of our topics covering biology, physics, chemistry, mathematics and technology; and their assistants supervise labs as well as excursions. Well-equipped laboratories, proximity to research and the fantastic scenery of Bergianska trädgården (the Bergius Botanic Garden) also means that the activities give visitors something extra beyond what schools typically offer. Activities are open to nationwide schools and students.

WILLIAM CAREY CHRISTIAN SCHOOL, PRESTONS, NEW SOUTH WALES. William Carey Christian School is committed to transforming lives by the proclamation of the gospel and the delivery of an excellent, affordable Christian education; accessible to the whole community.

MozFest Madness, aCADemy + much more!

Its been a busy few weeks at the Tinkercad office in San Francisco (yes, we relocated!). From setting up our new Macs to our MakerBot and MozFest, we are looking forward to a little R&R this weekend. Awwwww heck! Who are we kidding? We love it, and we want more of it!

LONDON, we’re back! This time it was for MozFest 2012. An exciting and intimate gathering of folks who are making and creating with Mozilla. A good time was had by all, including Pekka, our tech artist, who represented the Tinkercad Team.

MozFest badges via Tinkercad.

Pekka prepping. Photo courtesy of Mozilla.

MozFest Tweet award designed on Tinkercad, yo!

Our friends at mcor technologies hooked us up with these beautiful prints designed by Arian.

Read more…

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