More Coding for Kids

In a recent blog post we wrote about Codeacademy, an excellent, free website resource for learning a variety of programming languages (e.g. HTML, Ruby, Javascript etc.). Today, we look at other coding resources for students, parents, and educators.

With the emergence of new digital technologies, new skills are being bred that have become pivotal for success in school and the workplace. Digital literacy is becoming more than a buzz word and new 21st century learning skills are beginning to be taught in our classrooms in order to prepare our students for the careers they will enter when they graduate. Now, beyond learning Microsoft Word, PowerPoint and how to do an effective Google search, students are learning how to build their own websites, animate, and code. It is pretty exciting to say the least. Google does an excellent job of laying out why coding is becoming such a big deal on their Made with Code website.

Over the past few months I have noticed an increase in parents coming in with questions about coding and computer science learning for their children. Coding is quickly becoming a very valuable and employable skill. So much so that, according to research from the Department of Computer and Information Sciences at State University of New York at Fredonia, computer science is among the highest paid undergraduate college degree and programming jobs are growing at two times the national average. There are now a variety of tools and resources for children as young as five to engage with and start building their digital skills. Some of my top picks are as follow:

• Hopscotch is a simple programming iPad or iPhone app for students ages 8 and above. Hopscotch is an award winning program that students can use to make their own animations, apps, digital stories and games. Price: Free
• Hopscotch School Edition is similar to the Hopscotch app, with the addition of teacher-centric features which improve the seamless integration of Hopscotch as a learning medium. Furthermore, there are no in-app purchases in this version, as all the characters and features are unlocked and available for use. Price: $9.99
• Tynker offers self-paced, online courses to teach children to code. There are versions for both home and school, which infuse step-by-step instructions with mini games, videos and puzzles to teach children the basics of programming. Price: approx. $50 per course or $399 for an entire classroom
• Google’s Made with Code not only showcases disruptive technologies that are being made with code, but also offers free projects students can do to get a taste for programming. They also offer community building resources and events that your child can take part in if they develop a real interest in computer science and stem. Price: Free

• Code.org is another exceptional resource which offers tips for both learning and teaching computer science. They recently held an event where President Obama tried their hour long program to learn coding, to demonstrate that anyone can learn computer science. They offer courses, tutorials and up to date statistics on the growth happening in the computer science industry. Price: Free for introductory courses and tutorials

Finally, Girls who CODE is an organization dedicated to inspiring young women to enter the STEM fields - Science, Technology, Engineering, and Math. They offers summer intensives, clubs in your neighborhood and mentorship programs.

One product that isn’t available yet (but I am very excited about) is a new book called Hello Ruby, which is a beautifully crafted picture book aimed to teach kids ages 5 through 8 about computers, technology and programming. It will be an excellent way to prime your children for any of the aforementioned programming activities. The book will then be extended online as an app which will surely whet your child’s appetite for computer science. It is set to be released sometime in October 2015.

Students' Mother Tongue May Give Them Edge in Math

Students from countries like China and Japan have a reputation for excelling in math, and an article from The Wall Street Journal suggests that the languages they speak may have something to do with their success. Learning to count and developing a number sense in English, according to studies, makes those skills more difficult to master than learning such skills in languages like Chinese, Japanese, or Turkish.

The basis for this difference is that some languages make place value and number structure easier to understand than others, according to the article. For example, in Chinese, the number after ten, directly translated is "ten-one" compared with the rather muddy English "eleven." This structure makes it easy for Chinese youngsters to understand the place values of each digit in 11.

This finding doesn't mean that parents must sign their little ones up for Japanese lessons to succeed in math, however. There are lots of ways to develop the kind of number sense kids need to succeed in school. One of our favorites, counting on, is a simple, powerful strategy recommended by numerous experts in math education. To count on, an adult can draw a series of connected squares, like the ones in most board games, on paper or simply incorporates the strategy into an existing board game. Each square should be numbered sequentially. (To preserve your edition of Candy Land or Chutes and Ladders, use removable sticky notes to number the squares.) Each player should roll the dice as usual on his/her turn, then count the spaces as they move their marker ahead. But instead of counting from one, they should count from the number they began on. So, for example, if a child's game piece is on the 14 square and she rolls a 4 on her next turn, she should count "15, 16, 17, 18."

Math proficiency is practically child's play!

photo credit: amboo who? via flickr cc

TeachUNICEF

Promoting global citizenship among my students was one of my most important goals as a classroom teacher. One of my favorite, top-notch resources for infusing global education into my classroom has always been TeachUNICEF, which houses a rich wealth of units, lessons and multimedia tools that are all available to teachers and parents. The best part of this resource is that every single one of  the beautifully and thoughtfully crafted resources is free. Not only have I used these tools in my classroom, but I have had the opportunity to meet some of the small but incredibly talented and passionate team behind TeachUNICEF. Each TeachUNICEF person I have had the privilege to speak with is not only passionate about global education, but also has a background working with kids both in and out of classrooms and understands the environments for which they are creating their resources.

The resources are designed to be cross-curricular, and all align with current educational standards. This means you will find a variety of social studies, math, science and language arts content on the TechUNICEF website. Furthermore, most topics are broken down into grade specific ranges which allow you to select the appropriate resource for your population. We have written before about how the best way to bolster students' reading and writing abilities is to simply have them read and write often. Furthermore, to develop vocabulary we need students to read and write about a variety of topics across multiple genres- including fiction as well as non-fiction. However, motivating reluctant or struggling readers and writers can be a challenge for any teacher or parent. What I have found to be so valuable with the TechUNICEF resources is that they use authentic, true stories from real world events to get their message across. The high quality photographs, diagrams and videos further bring the content to life to offer multiple means of engagement for each student. I have found that even my most reluctant students engage with the TeachUNICEF content, as they are inspired by the tales and activities to make a meaningful difference on their global community. In my experience, these tools not only help cultivate a sense of global citizenship in students, but also get them avidly reading about current events while learning new vocabulary and non-fiction text features. So, go explore the TeachUNICEF materials, and if you are interested to see what U.S. Fund for UNICEF is doing beyond the TeachUNICEF program check out their website as well.

Don't Delay Your FAFSA

What are you doing this weekend? If you're a college-bound young adult hoping to get financial aid to help with your tuition, your answer should be "filling out the FAFSA." Nearly all schools require that students fill out a FAFSA (Free Application for Federal Student Aid) for each year that they hope to receive financial assistance. And most experts suggest that even students who aren't sure whether they qualify should submit a form just in case; after all, students who don't definitely won't get financial aid.

The form is available on January 1st every year, and while different states and colleges have different deadlines, students who fill it in early tend to be awarded more aid money. Data suggest that students who file the from between January and March, for example, receive twice as much aid money as those who wait longer! One reason is that some state grant programs operate on a first-come, first-served basis.

Students will need information from their schools, like the school's code, which is usually found on the school's Financial Aid webpage. They will also need financial information from the past year, a trickier proposition as tax forms bearing these numbers are sometimes not yet available. Those who don't want to wait, however, can use estimated financial information from past years, then update their information when they receive it.

A recent New York Times article contains additional information and resources for filling out the FAFSA. Good luck!

photo credit:401kcalculator.org via flickr

Finding Logic in the English Language

Many people will tell you that English is a crazy language. Because it is derived from so many disparate languages—English is based mostly on a West Germanic language but peppered with influences from Greek, Latin, and other European languages—there are plenty of exceptions to English spelling patterns, grammar, and punctuation usage. Sympathetically agreeing with a child that English spelling doesn't make sense or that rules governing comma use are simply crazy may seem like a kind gesture. After all, the rules can seem endless and complicated, and we don't want to make kids feel bad about their errors.

But simply falling back on the excuse that English is just wacky and devoid of logic is not only damaging to kids' motivation to improve, it's untrue. English does contain exceptions, but there are actually plenty of rules that govern correct usage. These rules are not only fascinating to learn about, they're tremendously helpful.

For example, the /ər/ sound at the end of words that define a person's job can be spelled in two ways: "-er" (painter) and "-or" (senator). Though the two suffixes are pronounced the same way, they're spelled differently and many people will tell you that the only way to know which one to use is to memorize the word in question. Not so, according to Solving Language Difficulties, a fascinating and useful book of exercises by Amey Steere, Caroline Peck, and Linda Kahn. Although there are a few exceptions, spelling of the /ər/ sound corresponds with the level of education needed for the job. An "-or" spelling is generally used for someone whose job requires a great deal of education (doctor, editor, governor) while the "-er" is used for someone who doesn't need as much training (barber, farmer, waiter).

Want more? TED-Ed is an outstanding source of interesting educational videos. A great one to get you started is a fun, story-like video that anthropomorphizes the comma, lending logic to rules about when commas are called for and when they're unnecessary. 

                                       

Another video we love provides a brief, fascinating explanation of how English spelling that seems completely illogical, like the "tw" in the word "two" is actually reasonable and meaningful.

                                        

Learning these rules is empowering for kids. After all, nothing is more frustrating than being told that the guidelines don't make sense but you have to learn them anyway. And young people generally enjoy discovering explanations for concepts that were previously shrouded in mystery. Solving Language Difficulties and TED-Ed are just the beginning. But be warned: start digging and you may become hooked.

Classroom Organization: Google Classroom

We often work with students who struggle with difficulties with executive functions, which make it hard for them to manage their time, organize their materials or plan their studying and homework. As a teacher, one has to be the ultimate multitasker who can organize, prepare, track and document everything from attendance to assignments to grades for a classroom full of students. Even for those with impeccable executive functioning skills, this can be a major challenge. When I was a classroom teacher I jerry-rigged my Google Apps account into my own learning management system to help me streamline my home-school communications, track my grades and prepare, organize and distribute my lesson materials. However, as of this past summer an educator no longer has to attempt their own variation of a learning management system, because Google has now launched Google Classroom. Not surprisingly, Google’s version is much more insightful and user friendly than my makeshift attempt. Google Classroom is a learning management system that was designed to simplify a teacher’s process for creating, distributing, and grading of classroom assignments. The added benefit is that it does so in a completely paperless way. Google Classroom is available for free for anyone who has access to Google Apps for Education. 

Now, with the advent of Google Classroom, teachers can easily create assignments, distribute materials to all students, provide feedback and track grades all in one paperless space. It also offers a space to store student work, and organizes each student’s assignments into their own drive for easy accessibility. On the assignments page, students are able to see what has been assigned and when it is due, which they can access from both home and school. In addition, teachers are able to easily see who has completed their assignment and make notes and provide feedback to any students who appear to be struggling. When work is completed, teachers can grade the assignment and track all grade metrics right in the Google Classroom framework. All of these combined features make classroom management a much more effective, seamless process. 

The video above does an excellent job of highlighting the simplicity of using Google Classrooms, as well as the key features that will help streamline any teacher’s organizational burdens. A summary of the features of Google Classroom is also available as an online document. Many schools already have proprietary systems in place to manage some or all of the functions of Google Classroom. But for those teachers for whom such a system is not available, or who want specific features that Google offers, Google Classroom can be an excellent asset.

Build Number Sense with Native Numbers App

Ever heard someone say that they're just not a math person? Native Brain's Dr. Michael Connell, developer of an innovative app called Native Numbers, doesn't buy it. Connell believes the idea that there are people who simply understand math and those who never will is not only false, it is damaging. His app, Native Numbers, is designed to teach any child aged four and up to intuitively understand numbers deeply enough to succeed in math in kindergarten, first grade, and beyond.

 

Before a child can easily crunch numbers in elementary school, a skill known as computational fluency, he must develop a solid number sense. The National Council for Teachers of Mathematics (NCTM) defines number sense as the knowledge that allows students to understand numbers and ways of representing them, appreciate relationships among numbers, and comprehend number systems.

Sound abstract? Much of it is, and it's precisely those abstract aspects of number sense that Connell worries are being left out of young children's early math education. Memorizing number symbols and learning to count in preschool is only a fraction of the number sense young children need to learn to be successful in math, according to Connell. The rote memorization that allows many kids to learn to count fluently is misleading; many of those kids don't possess a deep understanding about quantity and number relations. And as a result, they're not arriving in elementary school ready to learn computation. This leaves them with a flimsy foundation on which to build higher math skills, a worrying status for a subject as cumulative as math.

Native Numbers is much lauded by both parents and educators, and for good reason. Its carefully designed, adaptive curriculum provides youngsters with thousands of activities that will help them develop the kind of number sense that both NCTM and the developers of the Common Core Standards for math agree are critical. The app teaches kids number concepts, number relations, number ordering, and counting, and they're required to demonstrate mastery before the app allows them to progress to the next level of difficulty. Each activity has been thoughtfully crafted to discourage mindless jabbing at icons on the screen, and there aren't lots of bells and whistles thrown in simply for the sake of fun. Young children find Native Numbers enjoyable because it is designed to motivate them intrinsically, but it is a serious app without a shred of frivolity.

Both parents and experts have been mightily impressed with Native Numbers. And since this hefty, research-based curriculum is available for free on iTunes, anyone with an iPad and a young child should give it a try.