Become a Teacher Design Fellow and learn about introductory design starter activities and the design process, a problem-solving process central to engineering and technology. Through an online orientation and our five-day Verizon Summer Design Institute (July 16 – 20), you will develop and…
Lights, Camera, Science! Explainer TV brings science to YouTube
It may not have the glamour of filming at a Hollywood studio lot, but our Explainer TV program uses all the skills and tricks utilized by professional filmmakers. The program syncs science and education with video editing, marketing and communications to teach our Explainers, those multi-talented, red-aproned exhibit interpreters, to script, produce and film short videos about science.
The program has trained more than 20 high school and college Explainers since 2010. At last count, 26 videos have been created, earning more than 13,000 views on YouTube. Video topics include oobleck, ferrofluid and nanotechnology, as well as coverage of our events and exhibits.
The resulting videos are humorous and charming, and show the fun of science to viewers around the world. No gray card is needed to know that this program gets it just right.
Calling all makers: Cognizant's Making the Future scholarship program is here!
If you’re a student pursuing a career in science, math, engineering and technology, you could earn $5,000 by submitting a video of your original “maker” project! NYSCI’s partner in STEM, Cognizant, is offering a new Making the Future scholarship program, with NYSCI’s President, Margaret Honey, chairing the selection committee. Spread the word: whether you’re still in high school and about to enroll in college, or already in college, this scholarship program is a great way to bring your projects to life.
We have been working intensively with Gigantic Mechanic, a NYC based game design firm to create a social game for our Great Hall exhibition on the theme of sustainability. We have spent a lot of time with dice and cards (my response was to make a game where you build a house out of the cards…
A quintessentially Canadian winter tradition – outdoor ice hockey – could be facing extinction within decades because of climate change, a new study says.
Pick-up games of ice hockey, also called shinny or pond hockey, are a way of life during the long winters. Many towns are studded with neighbourhood ice rinks, some families even freeze over their backyards. Ottawa has the Rideau Canal, the 5-mile skate run through the nation’s capital. But such pursuits are in peril as milder winters and earlier springs pare down the outdoor ice season.
It takes a long cold spell to be able to build a good foundation for ice sports – at least three days in a row at -5C, the researchers determined, from interviews with public rink officials.
But temperature records from 142 weather stations across the southern belt of Canada, where most of the population lives, showed a distinct warming trend from 1951-2005.
According to the criteria set by rink officials, many of those locations would have experienced later start dates for outdoor skating over the years. Most showed shorter seasons, as much as 20 to 30% shorter in British Columbia, Alberta, Saskatchewan, and Manitoba and parts of western Ontario. Only Atlantic Canada showed a longer season.
Ever wanted to connect your Legos and Tinkertoys together? Now you can — and much more. Announcing the Free Universal Construction Kit: a set of adapters for complete interoperability between 10 popular construction toys.
Cool that video games that attempt to tackle climate change. Of course, I have to bitch that they’re misguided in focusing on CO2 rather than adaptation. So, they seem a bit outdated to me. Still, quite interesting that the game industry is even bothering with such a strong environmental message.
Move over textbooks. Step aside complicated instruction sheets. On Monday, an unusual space opens that will teach kids and adults how to create and build circuits, metalworks, quilts, crafts, robots, and most importantly, that wacky, out-there project that you were told could never be built.
Maker Space is a new area at NYSCI that is made possible thanks to an investment by Cognizant’s Making the Future education initiative. The space, designed by the Brooklyn-based firm Situ Studio, will feature workshops on topics like sewing, soldering, and programming using open-source hardware. But the real skills being honed will be collaboration, risk-taking, creativity and innovation. These are skills that are necessary for careers in STEM. And skills that will help prepare the next generation of leaders.
"Curiosity, creativity and collaboration all come together in the activities we have planned for this space…" said Margaret Honey, president and CEO of NYSCI. "The network of collaborators that will work with us in this new venue represent an inspiring pool of talent to give our visitors – especially young children – the tools they need to nurture the innate human tendency to be creative and see the world differently."
Beginning in May, visitors to NYSCI can participate in workshops and drop-in sessions at the space. Topics will vary but will include sessions on the basics of soldering, sewing (using machines and equipment donated by SINGER® Sewing Company), and circuitry.
So forget your old notions of what you can and can’t accomplish. At Maker Space, there’s room for all your ideas, but there’s no space for limitations.
Testing sharing resources between two installations. The system can detect and identify boxes ( our cargo trucks ) and add resources from one installation and have the trucks transport the resources to another installation. Note: This is proof of concept and doesn’t represent a final installation. We’re using computer vision for the identification in this prototype but a more robust and flexible solution would probably involve rfid.
UPDATE 03/08/12 The leading edge of the March 6 coronal mass ejection (CME), reached NASA’s Advanced Composition Explorer (ACE) satellite at 5:42 AM ET. ACE sits just outside of Earth’s magnetic environment, the magnetosphere. As magnetic fields from the CMEs connected up to the magnetosphere, instruments on Earth began to measure changes in our planet’s magnetic fields – indicating the onset of a geomagnetic storm. At the time of writing this was still a minor storm, rated a G1 on a scale of G1 to G5. There will be updates as needed if the rating increases.
The Design Lab staff and Explainers have been prototyping 3 activities, Circuit City (with LED’s, batteries, foil, and various building materials); Dowels and Rubberbands; and Recycle City (with recycled materials and zoobs). In general, the buzz has been really beautiful to watch, the kind of…
1964 in NYSCI’s Great Hall, nearly 50 years ago…Frank Capra’s last movie, Rendezvous in Space is a 20 minute long quasi-documentary with Danny Thomas trying to explain what will happen in the Space Station that will eventually orbit the Earth (a question that still lingers with the International Space Station). At one point in the movie —which I have put on youtube, its a lousy print, but you can get the idea, —the footage cuts to the images that John Glenn took from his first Friendship 7 orbits of the Earth.
It is the first time most people every saw the Earth from outside the Earth. I remember it vaguely, but the rush of images, culminating in the image of the Earth from the moon and beyond, have diminished the shock. We are on one planet, not on separate continents. Political lines do not show up on the actual globe (I actually remember being kind of surprised, since the only globe I had at home was a political map). The ocean, the clouds, the atmosphere are vast and transnational.
For the new exhibition we are planning in NYSCI’s Great Hall, we are inspired by this sense of connectedness to consider the global systems that shape the future of the planet. Not just the natural systems, but the social, economic, transportation, and electronic networks that are deeply influential in peoples’ lives. The immediate impacts of these human global systems shape our lives more directly than the longer range impacts of changing natural systems.
Steve Uzzo, a network science PhD and polymath leading the Great Hall Project insists that climate change is a symptom of a world out of balance, and that making communities healthier and more sustainable (in a human sense…better education, health care, transportation, economic opportunity) is the best way to address climate change.
There is a wonderful set of TED talks by Hans Rosling that use clever visualization to show how data reveals transnational social change. Check it out. It is an image of a globally interconnected world that is more abstract than John Glenn’s orbital pictures of the earth, but equally compelling in showing how connected we are.
Is today’s music instruction a little hollow? Should science education be hit with a thunderbolt?
Don’t worry. The thunderbolt is in town and she has collaborated with NYSCI and the Creator’s Project on an education series for middle school students. Björk, the Icelandic music superstar, has made New York City the first U.S. stop on her Biophilia tour, with shows at NYSCI and Roseland Ballroom. Not content to just sing about nature and science, Björk has made education an integral part of her New York residency. Through the Biophilia Education Series, music and science instructors are educating 50 Queens students by using Björk songs to teach topics like dark matter, crystalline structures, and viruses. Students were recruited from middle schools in our neighboring communities of Corona and Flushing.
In the Biophilia after-school workshops and this week’s winter break camp, students explore the fundamentals of music composition and production using iPad apps created by Björk for her latest project, Biophilia. Students also participate in demonstrations and hands-on activities led by NYSCI instructors that explore the scientific themes of Biophilia. The result is a unique educational experience that will get kids feeling electrified about songs, nature and technology.
Think of it as a bolt of inventiveness for science and music learning.
Photo: Students learn about the phases of the moon at a Biophilia workshop. Photo by Andrew Kelly. View more photos.
At the NY Hall of Science, there are a whole slew of things I am working toward on any given day. This blog will focus on five projects that are all pretty large scale, all interesting and challenging across several different dimensions, and all in about the same stage of development. I will also…
The woman looked at the items on the table. Vegetable oil, egg yolks, linseed oil and other ingredients. The elements for a perfect creation were right there in front of her, if only she could find the right combination.
The woman was not cooking. She was attending a workshop where participants mixed powdered pigments with everyday materials such as oils, soap and sand to create unique paints. The workshop was part of the conference Design, Make, Play Growing the Next Generation of Science Innovators, which was hosted by NYSCI in collaboration with O’Reilly Media and the White House Office of Science Technology Policy. Design, Make, Play brought together educators, policy leaders, university researchers, and makers to discuss how the kinds of do-it-yourself innovations on display at the annual World Maker Faire can become inspirations for reforming and improving the teaching and learning of science, technology, engineering and math (STEM) in schools.
Paints weren’t the only things created that day – wooden cars, mini bobsleds, robots, pop-up cards and other projects required participants to try out new techniques, find solutions to problems, and use their inventiveness.
So what’s the best recipe for getting kids and adults interested in science? Start with a base of make-inspired projects then add a dash of curiosity and a pinch of critical thinking. Innovation is sure to follow!
Design, Make, Play’s lead sponsor is Time Warner Cable’s Connect a Million Minds. Additional support is provided by the National Science Foundation, the Carnegie Corporation, and the Kauffman Foundation.
Participants at today’s Design, Make, Play: World Maker Faire Workshop, Phase Two spent the day exploring ways to enrich learning and increase student interest in science and math with projects that focus on making, designing and engineering. Workshop activities included making pop-up cards with LEDs, creating a robot from scratch, and building a wooden car, among others. The two-day workshop is a collaboration between NYSCI and O’Reilly Media.
Pictured: A conference attendee builds a Vibrocraft in a session presented by the Eli Whitney Museum.
Our David Wells comments on a new squishy circuit kit made by NYSCI Friend AnnMarie Thomas and her crew at St. Thomas University. Look familiar? You may have seen AnnMarie exhibiting it at last year’s World Maker Faire.
Tornadoes in Queens, snowstorms in October, stranded polar bears. It’s clear we need to do some serious thinking – and acting – about climate change.
More than 100 teachers throughout the New York region have taken up the challenge and are implementing a new climate change curriculum into their middle school classrooms. Part of a two-year partnership between NYSCI and Deutsche Bank Climate Change Advisors, the My Carbon Footprint curriculum will give students the scientific foundation they need to understand climate change and its related issues. With hands-on activities such as analyzing layers of soil, deconstructing electronic products to determine their effects on the environment, and simulating the effects of sea level rise on a tabletop beach house, students will learn about scientific concepts related to climate change such as mitigation, adaptation, climate variability and more.
Last November, the teachers began the process by attending a professional development workshop at NYSCI, where they learned about the curriculum and tried out some of the hands-on activities. Within the next few months, teachers will introduce the climate change lessons into their classrooms, reaching approximately 12,000 students.
That’s good news for Queens residents, polar bears, and all who share the planet with them.
NYSCI announces ReMake the Holidays.Bend, twist, sculpt and taste a new version of the holiday season during NYSCI’s winter carnival of do-it-yourself creativity. Registration now open for workshops and camps. Musical Machines, LEDs, Robot boats and more. Sign up today
Now, more than ever before, teachers are faced with difficult decisions regarding their curriculum. With the onset of new standards and new testing, we are now asking ourselves what is important for us to teach? What is it that we currently do that continues…
We’re leading the way with SciGames, a new project developed by SciPlay, The Sara Lee Schupf Family Center for Play, Science, and Technology Learning. SciGames uses technology to turn playground play into interactive games. For instance, by attaching speed sensors to a common playground slide, the slide transforms into a powerful educational tool. Instead of simply racing to the bottom of the slide, kids can experiment with different variables, such as what type of material to sit on as they glide down the slide. This turns the act of sliding down a slide into a fun game that explores science concepts such as friction, and kinetic and thermal energy.
SciGames will also include the development of a mobile app that teachers and students can use to aggregate the data collected during the games on the playground and to conduct analysis of that data back in the classroom. This bridge between formal and informal learning environments is a hallmark of our initiatives to improve and reform education in science, technology, engineering and math.
As a finalist for a $3.44 million grant from the U.S. Department of Education, the SciGames project is poised to reach approximately 8,000 New York students over the next five years. We are one of only 23 foundations, museums and schools that are finalists for an Investing in Innovation Fund, or i3, grant. The i3 program supports projects that will improve student achievement or student growth, decrease dropout rates, or close achievement gaps.
So get ready. If the kids get high marks in this race, we’ll all wind up winning.
Though scientists have found methane on Mars, a gas produced by living things on Earth, the source remains ambiguous. Cows, termites? Not likely. Chemicals? Perhaps. Microbes? Perhaps if life on Earth is a model.
Explore The Search for Life Beyond Earth at NYSCI to understand why life on Mars may be possible. With NASA sending a new rover to Mars to explore the planet, now is the perfect time to learn about life in extreme environments.