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Read online, or download this book from NASA. Also a teacher's guide for K-2 and 3-4. "The IMAGERS (Interactive Multimedia Adventures for Grade School Education Using Remote Sensing) Program is NASAÕs comprehensive Earth science education resource for the introduction of remote sensing and satellite imagery to children in grades K-8." ""The Adventures of Amelia the Pigeon" was launched in the fall of 2002. Amelia is IMAGERS second interactive web site with multimedia components to engage the K-4 audience and illustrate Earth science concepts. The Pigeon Adventure presents science concepts through metaphors and analogies that relate to inner-city life. The use of a pigeon as the vehicle for the web site provides a metaphor familiar to inner-city children, and Amelia is utilized to introduce the concept of perspective. Through aerial photography created by Pigeon cameras, the web site focuses on the benefits of a birdÕs eye view. Throughout the interactive adventure portion of the web site, aerial and satellite imagery are used to demonstrate the advances of remote sensing through the century. Amelia the Pigeon presents new insights into habitats as she explores the urban environment of New York City."

"You read that correctly: Zombie-Based Learning. When I started learning about it, my inner geek squealed with joy. I've always loved zombies. I've watched all the movies and even read the original Walking Dead Comics before it became a hit series in the classroom. "

"This episode of ITT features the Sphero 2 robots and how the innovative educator, Sam Patterson, is using them in a robot club as well as when working with classrooms of students. From the Sphero Website: Control Sphero from your smartphone or tablet, change colors, complete challenges, earn tricks, and more. Sphero is waterproof, pet-proof, and ready to roll. Educationally savvy: Download free SPRK lessons and learn the basics of programming. Then unleash Sphero's inner robot and program like a pro. The more you play, the smarter you get."

"Physics and Mathematics are extremely important subjects. Actually, that's a bit of an understatement. Physics and Mathematics allow us to peer out into the cosmos and understand the inner workings of the universe. At once, they show us our  insignificance and our remarkable potential; they give us a hint of the vast possibilities that exist-of what we could (and may) one day accomplish. They allow us to see the world and to see ourselves anew. That begins to scratch the surface of these subjects. No one can deny their importance; however, it is also a fact that many people don't know where to begin investigating these topics…what books to study, what themes to begin with. On top of this, many feel intimidated by physics and math-they seem to think that they are things which only the sharpest individuals are able to understand. But nothing could be farther from the truth. True, these subject areas might not be the easiest that you will ever happen across, but they are far from impossible. So. If you want to be a physicist or a mathematician,  or if you just want to understand the subjects, here's where to start. Huge thanks to the wonderful Moinak Banerjee for his work on this."

"Watch children, youth, and even adults when they are immersed in learning something of interest of them, and you will see often complete engagement and personal joy. When education is done "right", learners often feel and experience the following in their both formal and informal educational environments: Joy Engaged Excited Wonderment Intrinsically Motivated Creative Accomplishment and Pride (in themselves and in their work) Connected (to the content, to other learners, to experts) Purposeful Important Valued All of these feelings described above are often experienced as part of a FLOW state. The characteristics of "Flow" according to its originator and researcher, Czikszentmihalyi, are: Completely involved, focused, concentrating - with this either due to innate curiosity or as the result of training Sense of ecstasy - of being outside everyday reality Great inner clarity - knowing what needs to be done and how well it is going Knowing the activity is doable - that the skills are adequate, and neither anxious or bored Sense of serenity Timeliness - thoroughly focused on present, don't notice time passing Intrinsic motivation - whatever produces "flow" becomes its own reward."

"Toy take apart and hacking is a high engagement activity that works for kids of all ages, including adults who haven't lost their sense of kid, and both genders. I have done it multiple times during my summer maker camp for elementary level kids, my gifted students, and at conferences as part of teacher professional development. Here is a description of this activity from the tinkering studio at the Exploratorium: Do you ever wonder what's inside your toys? You'll make some exciting and surprising discoveries about their inner parts when you don some safety goggles and get started dissecting your old stuffed animal, remote controlled car, or singing Santa. Use screwdrivers, seam rippers, scissors, and saws to remove your toy's insides. Check out the mechanisms, circuit boards, computer chips, lights, and wires you find inside. Once you've fully dissected your toy, you can use the toy's parts, your tools, and your imagination to create a new original plaything.  (https://tinkering.exploratorium.edu/toy-take-apart)"

"Dr. Daniel Siegel explores the neural mechanisms beneath social and emotional intelligence and how these can be cultivated through reflective practices that focus on the inner nature of the mind. "

"The Interactive Ear is a neat website through which students can learn about how the human ear works. The site has three sections; the outer ear, middle ear, and inner ear. In each section students can click on little pinmarks on the drawings to learn about the parts of the ear and their functions. Students can also click the "journey" button to see how sound travels through the ear."

"My journey into exploring the power of making continues for a 3rd year with two added goals. First,I plan to expand the depth of learning that goes with "making" by creating Maker Connection Logs where students write, take photos, and record short videos to show their thinking while making connections between curriculum areas and their creations. The goal of the "Maker Logs" is for students to be able to give me insight into their creative process, thinking and provide a way for reflecting with the hopes of improving the future process of "making." IMG_3496.JPG My second goal, which I recently accomplished, is to create an "Un-Maker Space." Simply put, a space where kids can take things apart. So many of the creative geniuses I met at the Bay Area Maker Faire two years ago spoke of taking things apart when they were kids. Watching my 3 year old son recently take apart his toy vacuum really solidified this idea for me. We all have this inner drive to create an understanding of the world around us. This is founded in the desire to answer all the "why" and "how" questions in our thoughts. Why did that little wheel spin when I pushed the play button on that cassette player? How did the electricity get from the cord into the monitor and then create a picture? How can I take this apart? So my students will have a space to dissect all the discarded and unwanted items and to ask those questions. In this un-maker space they'll have the chance to explore the possible answers."

"We all want our students to be critical thinkers but when it comes to defining what it is that critical thinking is all about and what strategies to use to cultivate it in classroom things get a little bit muddier.Scholars across various disciplines define it differently. For Daniel Willingham critical thinking is "seeing both sides of an issue", Robert Wessberg views it as " an ability to use reason to move beyond the acquisition of facts to uncover deep meaning" and linda Elder sees it as a "self-guided, self-disciplined thinking which attempts to reason at the highest level of quality in a fair-minded way". At its essence, critical thinking does require an elevated form of reasoning that is not usually found in other forms of thinking and for teachers to raise critical thinkers  they definitely need to be well versed with the inner workings of this type of thinking. To this end, Edtech and Mlearning has this resourceful section full of materials and resources to help teachers integrate the ethos of critical thinking in their instructional pedagogy. "

"As cool as technology is, its intricacies and inner workings are sometimes intimidating, especially for young people who may be more interested in what technology can do for them rather than what they can do with technology. However, when students hurdle that obstacle and see the value of computer science - specifically coding - they gain a broadened perspective and the potential for a rewarding career in the tech field. The following resources will help you teach your students the basics of coding and will provide tips on how to keep kids interested as you go."

"Join young inventors and artists from around the world on Google+ to make awesome projects, go on epic virtual "field trips," and meet the world's coolest makers. Maker Camp inspires kids ages 13-18* to embrace their inner maker, get their hands dirty, fix some things, break some things, and have a lot of fun doing it. Week 1: Makers in Motion Week 2: Art and Design Week 3: Fun and Games Week 4: Science and Technology Week 5: DIY Music Week 6: Make: Believe"

"Four years ago, TED Senior Fellow Ayah Bdeir founded littleBits "so everyone could unleash their inner inventor - without having to be an engineer." Since then, many people have used littleBits' electronic building blocks to do just that - and two of them happened to speak at TEDWomen 2015. Want to find out how inventor Christina Mercando used littleBits to prototype a ring that connects to the Internet? Or how guitarist Kaki King created her latest show using a littleBits synth kit? Read on …"

"No mess.  No danger.  No smelly fumes. BBC Brit's Biggest Bangs is a fun, interactive video experience that allows users to channel their inner mad scientists, mixing dangerous chemicals with sometimes explosive results without a proper laboratory. The secret behind the interactivity is a central choose-your-own-adventure video around which annotations lead to separate videos that respond to your chemical selections. Choose your first chemical and then select another from among eight on the laboratory table.  You'll see the team scientist take each chemical from the table.  Then pause to consider-will it explode or won't it?"

"Whether it is teaching Primary School pupils the basic skeleton or asking secondary school pupils to the inner workings of a vital organ human anatomy is a key component to the school curriculum.  it was an area of science I always enjoyed when I was at school.  However there were some classmates who were not so keen especially when our science teacher brought in lamb hearts for dissection. With this flashback in mind I started to think of how can human biology be made more appealing to all, not only the squeamish.  Below are three of my favourite human anatomy apps out there."

A Must read for MiY/SY Teachers Mr. Alan's Top Tips To Teach Teens 1. Teach Teens to Bounce Back 2. Teach Teens to Craft a Vision 3. Teach Teens to Tend to Their 'Tude 4. Teach Teaching Teens to Be Tenacious 5. Teach Teens that Educations Pays 6. Teach Teens to Go Where Their Inner Fire Burns 7. Teach Teens to Take Ownership 8. Teach Teens to Seek Excellence

Sound is caused by changes of pressure in the air that is transformed into nerve impulses in the inner ear. Explore "The Ear Pages" and collect the snail shaped symbols to gain points in the quiz!

"Looking for ways to motivate your students? Mia from Anethicalisland has 27 strategies for you to use in class to get your students motivated.These strategies cover both types of motivation: intrinsic motivation (an inner drive to engage in an activity for its own sake because it is interesting and satisfying in itself), and extrinsic ( a drive to engage in an activity because of a reward to engage in the activity or a punishment for not engaging). Check them out below and share with us what you think of them."

"Forget Uber Ice Cream. If you really want to get high-tech this summer, try printing your dessert. Three students from the Massachusetts Institute of Technology have created a machine that is sure to delight your inner child and tempt your sweet tooth - a 3D printer for ice cream. The trio - Kyle Hounsell, Kristine Bunker, and David Donghyun Kim - hacked a Solidoodle 3D printer and hooked it up to a Cuisinart ice cream maker and to create a contraption that offers on-demand soft serve, according to a report from 3ders.org."

"After finding these math hacks, I'm convinced that all those years of being forced to struggle through math class really was just a torture ploy created by evil math teachers everywhere. Check out these amazing math tips and you'll agree! Watch out though, you may just unleash the inner math whiz you never knew was in you..."