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"This course introduces computer science through the Python programming language. It is built on the feedback of thousands of educators and hundreds of thousands of students who have used it to learn computer science and apply it to everyday problems. The lessons are designed to be easy for beginners, and test your understanding through problems and visualizations. "

"Each Unplugged activity is available to download in PDF format, with full instructions and worksheets. Background sections explain the significance of each activity to computer science, and answers are provided for all problems. All you need for most of these activities are curiosity and enthusiasm. There are photos and videos showing some of the activities in action, and we've collected links to other useful resources. The activities are primarily aimed at the five to twelve year-old age group, but they are by no means restricted to this age range: we've used them to teach older children and adults too, with little modification."

"When Joanne Atlee was an undergraduate student in computer science, more than a third of her class was made up of women. In graduate school, those ranks began to thin out, a decline that has continued through much of her career as a professor at the University of Waterloo. "All of a sudden I am an instructor at Waterloo and 10 per cent of the class is female and it's 'Oh no, what happened?'""

"Code.org is a non-profit foundation dedicated to growing computer programming education. Founded by two brothers, Hadi Partovi and Ali Partovi, their vision is that every student in every school has the opportunity to learn how to code. Code.org want computer science and computer programming to be part of the core curriculum in education, alongside other science, technology, engineering, and mathematics (STEM) courses, such as biology, physics, chemistry and algebra."

"Prior to presenting Hour of Code lessons in my classroom, and eventually to my entire school, my knowledge of computer programming was limited to knowing it had something to do with ones and zeroes. I understood a lot of work went into constructing the digital world we now rely on, but what that work entailed was hazy at best. In fact, prior to Hour of Code, I didn't know the second week of December was Computer Science Education Week, which is when Hour of Code is held. It was all thanks to a buzz on Twitter that I first heard about Hour of Code's launch in 2013 and its simple, but powerful, mission: to expose children (and adults!) to one hour of computer science. After a trial run with my class the first year, I dove in headfirst and presented Hour of Code lessons in every class at my pre-kindergarten-through-second-grade school -- and with only a little prep, so can you!"

"Thanks to code.org's "Hour of Code," millions of students will get their first taste of computer programming this week, Dec. 9-13, designated as Computer Science Education Week. If schools do decide to go beyond the one hour and take the next step to add coding as a part of school curriculum, what will this look like? Getting kids excited about coding is the easy part. What about the stuff that administrators and educators must worry about - funding, teacher development, curriculum, connection to standards? And, where do you fit this "coding class" in a school day?"

"If we are to be completely honest with ourselves, the concept or theory behind computer science in the curriculum is not new, well not within Early Years Education. If we stop and think for a minute, what is happening when we code? We end up with - Problem Solving. Plain and simple……Computer programmers, computer scientists……solve problem! Our young learners spend every day solving and overcoming problems and obstacles. As educators, we set up scenarios, we pose problems and we guide the children towards finding strategies. These challenges are often in Maths and Science lessons but we sometimes see them in Physical Education and language classes too. We always strive to relate these problem solving skills to contexts, it makes sense if children can relate to real life scenarios. And this is where coding fits in."

"This fall, the entire British school system will embrace computer science. The UK is the first G8 country to include computer science education in its national curriculum, and the move could serve as a test case for so many other nations across the globe, including the United States. As computing comes to dominate our world, programming skills are more valuable than ever, but even the U.S.-the center of the technology universe-is still struggling to bring coding into the classroom. Part of the problem is that, before students learn how to code, their teachers must learn too. Pulling all that off is a massive endeavor."

"The value of computer programming has been rising exponentially for decades. To the point where now coding has gained traction in mainstream media. TV shows like CBS's The Big Bang Theory or HBO's Silicon Valley are good indicators of computer science careers are taking center stage. The domino effect created by the demand for amazing technology is likewise leading to a demand for skilled workers to engineer and program. Whether training comes through a high school certificate program, or a degree in computer science, the need for project-ready coders is only increasing. The bottom-line: All schools at all levels are kicking coding into overdrive."

"About two decades ago The MIT Media lab introduced the concept of block-based programming. The idea was to develop an interface that allowed computer programs to be built by simply dragging and dropping puzzle blocks to represent complex programming constructs and commands. With this new method for teaching and learning computer science, the hugely popular Scratch platform was born. This approach lowered the bar for experimenting with programmatic thinking, making it possible for students to create interactive animations and small games without writing a single line of code. This simple concept removed the need to learn the syntax of a formal programming language, and made teaching and learning the basics of computer science accessible to younger learners and to teachers with no formal coding background. Outside of the classroom though, coding has always been, and still remains, a process of typing letters, numbers and symbols. This text-based programming, used in programming language such as C, Javascript and Python, requires coders to obey and conform to formal syntax. Despite the pain of dealing with typos in names of variables and inevitable syntax errors, no other coding method designed to be more "user friendly" has really caught on. Tools have been offered for managers to define business logic through a graphical user interface without writing lines of codes. Or for web developers to add interactive behaviors to their websites without learning Javascript. But in reality, neither of those substitute the power and flexibility of text-based programming. And with neither winning significant adoption, the demand for the classic skill of text-based coding continues to grow and grow."

"The iPad has found its way into hospitals, retail stores and homes across the nation, but it's also making a big splash in the classroom, even with some of the best online colleges. With a great selection of apps focused on everything from word processing to keeping in touch with classmates, the tablet computer can be an invaluable tool for learning - no matter your age. Online science students haven't been left out, of course, and there are a wide range of applications offering help with chemistry, biology, astronomy and even the math that comes along with certain fields. If you're a college student looking to supplement your science studies, these apps are some of the best for learning, sharing, researching and just plain having fun."

"But who will teach those students-and how they'll be taught-has emerged as a concern among some education experts.  "If Congress passes this funding opportunity, we really need to focus on how to prepare existing teachers who have no computer programming experience on how to integrate computing into math and science education," Harry Cheng, the director of the Center for Integrated Computing and STEM Education at the University of California, Davis, told TakePart. "

"Computational Thinking (CT) is a problem solving process that includes a number of characteristics and dispositions. CT is essential to the development of computer applications, but it can also be used to support problem solving across all disciplines, including the humanities, math, and science. Students who learn CT across the curriculum can begin to see a relationship between academic subjects, as well as between life inside and outside of the classroom."

"Computers can be used to help us solve problems. However, before a problem can be tackled, the problem itself and the ways in which it could be solved need to be understood. Computational thinking allows us to do this."

"Why coding? And why now? Many of us would quickly respond that learning to code is a necessary skill in today's world with the vast amount of technology tools available. However, it is a little more difficult to define why or how it is applicable in our daily lives. As an educator, ask yourself: What are the underlying skills that coding teaches students? What are the learning outcomes we want for students as a result of bringing coding into the classroom? Computer science is more than just coding. Thinking like a computer scientist involves more skills than just being able to write code. Educators need students to bring their creativity and ability to think collaboratively to a problem in order to solve it. The computer will not solve problems without a human first working through how to approach the problem."

"Recently, my students gave me one of those golden moments in teaching.  Allow me to set the stage. We were over six weeks into a project-based life science unit in which students apply systems-thinking to closely examine the inner workings of a body system and relate that system to others as a subsystem. The set of standards housing our work is juicy with Crosscutting Concepts and ripe with potential for Science and Engineering Practices.  We began the unit exploring how cells themselves, a structure students often initially perceive as an end-all-be-all baseline to life, are instead a very complex system of subsystems.  That particular day, students were outlining components of their selected body system in preparation for writing  a podcast."

"The Finns are pretty bemused by Americans' preoccupation with whether to put iPads in every classroom. If a tablet would enhance learning, great. If it wouldn't, skip it. Move on. The whole thing is a little tilting-at-windmills, anyway. That was the gist of the conversation one recent morning at the Finnish Embassy in Washington, D.C., where diplomats and experts gathered to celebrate the country's education accomplishments as Finland turns 100. And Americans could stand to take notes. (Yes, from Finland-again.) Coding and programming are now part of the curriculum in the Scandinavian country, and they're subjects kids tackle from a young age. But unlike in some parts of the United States where learning to code is an isolated skill, Finnish children are taught to think of coding and programming more as tools to be explored and utilized across multiple subjects."