#CurrentMoodGratitude for Ms. Karma Turner

'Can I Stay and Code?' Ask the students of Lake Hamilton

Karma Turner

Lake Hamilton Jr. High

Pearcy, Arkansas

Karma Turner has been teaching math for 21 years. In 2015, governor of Arkansas, Asa Hutchinson, passed legislation for all schools in Arkansas to provide computer science education to all high school students—Karma stepped up to bring computer science to her school.

Karma began the search for high quality, interesting curriculum for her 8th graders in the second year of the program. Her thoughts were, "If students hate coding when they're introduced to it in 7th grade, they're not going to want to pursue it later on." She wanted to find something "interesting to kids, but not too far above their head that they would lose interest". 

She investigated many programs until she found Vidcode. "The layout of Vidcode lessons and the general attractiveness of the lessons are a real positive for me," Ms. Turner mentioned. "The final aspect that swayed my decision to go with Vidcode is the fact that Vidcode is developed and founded by a team of bright women. Their perspective on how to make coding attractive to girls and all students was a very important part of my decision. Also, the fact that students can use their own media in their projects is a big plus. With Vidcode, I'm sure I've found the program that meets my needs and wants."

"With Vidcode, I'm sure I've found the program that meets my needs and wants"

Karma teaches two semester-long classes where she teaches an Arkansas-specific program called Coding Arkansas' Future. She also teaches a 5 week coding block to all 325 8th grade students with Vidcode. This year, her challenge was making the coding block interesting to reach all 325 students—it certainly can be hard to capture the attention of every personality in the 8th grade! Karma said, "This challenge is best met with Vidcode! I feel my successes are often and many! The fact that I'm able to expose so many students to coding in an inviting and interesting environment is a great accomplishment." She uses Vidcode in 45 minute blocks with 50 students at a time. 50 students is a large number, but she and her team teacher, Nikki Aitkin are thriving.

I feel my successes are often and many! The fact that I'm able to expose so many students to coding in an inviting and interesting environment is a great accomplishment."

Recently, one of Karma's coding block students asked if he could stay an additional 20 minutes after class—digging not into another class, but rather, lunch! Karma encouraged him to eat lunch, but said, "He REALLY wanted to keep coding!"

The enthusiasm is infectious—another student said she felt like she felt like she was, "Really hacking something!" As we know, shifting perceptions of self is crucial for young students, so to Karma, Nikki, and the Lake Hamilton team, we are so grateful for your work! You are making a massive impact on your students and we are thrilled to continue following your story.

To learn more about bringing coding to your school, let's chat. Simply reach out below:

Hour of Code: 5 Tips and Tricks

Hour of Code is approaching! 

Hour of Code takes place each year during Computer Science Education Week (the 2016 Computer Science Education Week is December 5-11). 

It's a week to build and learn with code - anyone can do it. CS Education Week is meant to provide a time for schools, teachers, and communities to set aside a small amount of time dedicated to exposing students of all backgrounds to the world of CS opportunities.

Join the movement and introduce a group of students to their first hour of computer science with these five tips and tricks!

 

1. Offer your students tutorials that fit their interests

It's no secret that students want to build things they love. Since your students have different interests, offer them different tutorials!

Vidcode has fun new activities for students with diverse interests, ages, and experience levels. These tutorials are created to be self-guided for students, and require minimal prep time for teachers.

• Code the News teaches students how to create the effects they see on news shows on tv.
• Bestie Greeting Card lets students create a card or invitation using code and graphics inspired by Girl Scouts.
• Climate Science and Code works best in a Science classroom, and encourages students to research and record a video about a climate fact, and add effects and graphics using code.
• Code.org has many more activities, including games and art projects, for your students to find something they love!

Projects created for Hour of Code 2016

All Vidcode tutorials cover basic computer science concepts, such as sequencing, creating and assigning variables, repetition with loops, and conditional logic, and follow the principles:

• Easy enough for beginners to access
• Ramps up slowly
• Spiral design
• Promotes “deep learning”
• Promotes positive identity, role models
• Math should be prominent, but not annoying.

Look through all of this year's Hour of Code activities on Code.org, and filter by grade and subject area to find the perfect tutorials for your students. With all these choices, students can be introduced to computer science in a way that's engaging to them!

2. Take advantage of Teacher Resources

Conditionals activity for Hour of Code

All Vidcode Hour of Code activities can be accessed at www.vidcode.io/hour-of-code. Under each tutorial, you'll find Teacher Resources filled with lesson plans, common core standards, other resources and inspiration.

We've released two new lesson plans for Code the News, our newest Hour of Code.  One introduces students to programming as creative and fun, the second is focused on really understanding conditionals (telling a computer what to do if something happens).

3. Unplug!

Not all computer science activities require a computer! This year, Vidcode has two Unplugged Activities for Math and Art classes, that could work in any classroom.

Looking for more? Select 'No computers or devices' under Classroom technology on Code.org to see more tutorials that introduce computer science to students without putting them in front of a screen.

4. See your students' work

To see all your students' work in one place, make an account and add your students to your classroom.

Press 'Create a New Class' and then invite students to join with the URL that gets generated.

From this dashboard, you'll be able to see your students' progress. And if you click on the class name, you can see all their completed Hour of Code projects in one place!

To see more Hour of Code projects and get inspired, visit the Gallery!

 

5. Keep going after Hour of Code

After the Hour of Code, select some creative, funny, or generally awesome projects and easily share them online, with parents, other educators, and on social media. Make sure to tag us at @vidcode and #HourofCode. We love seeing what students create with Vidcode!

And remember, learning to code doesn't have to end just because Hour of Code is over! Vidcode has a full year of curriculum that makes it easy to keep teaching computer science in your classroom.

Request a quote for your school to keep coding creative projects all year!

 

Good luck running the best Hour of Code ever!

Accessibility in Computer Science Education

Adding to the easy-to-use interface, users need only drag and drop their ideas and concepts into the video editor to see their creativity and newly-learned tech skills in action.  Aside from making once-painstakingly difficult concepts simple to understand for a younger demographic, Vidcode’s abilities are further demonstrated by its usage in a special needs educational base.  

“We had tried to offer coding to our students in a few different ways in the past,” said Cristina Ulerio, Program Manager for Tech Kids Unlimited, “but this was the very first time that we used a coding program that also integrated video and was very visual – which is an excellent element for special needs education.  That truly made Vidcode stand out.”

Tech Kids Unlimited is a not-for-profit technology-based educational organization for children ages 7 to 19 with special needs.  Within that spectrum, children with Autism and other interrelated learning and emotional disabilities are given creative outlets for learning new technologies and communication tools.   

“Our students are very visual learners, so while we have taught regular coding in the past, we found that it can be difficult for them,” Ulerio continued.  “It’s like learning a new language.  So, the visual aspect of Vidcode intrigued us immediately.  Also, the idea that it integrated video editing, along with coding, was a major plus.  It was truly unique and helped our students learn both of those skills simultaneously.  The students loved it, especially the fact that they were able to use their own photos and videos as part of Vidcode’s customization in the creative process.  It was a perfect fit.”  

Teaching Students to Code at the 92Y

Starting in the summer of 2015 and continuing through 2016-17, New York’s 92nd Street Y teamed with Vidcode to introduce the educational tool to local children with a passion for technology as part of their workshop program.  While aimed at younger students, many adult teachers were quickly grateful for the fun lessons that they, too, are able to take part in.

“Personally, I am always looking for ways to use technology creatively,” said Kelly Saxton, an educator who oversaw the Vidcode classes.  “Any time you give students a voice, or an opportunity for self-expression, the learning outcome is incredible.  If, for example, you enable a student to learn through creating something from their own mind, they will retain that information easier and stronger.  It immediately becomes more real, eliminating the drudgery and replacing it with creativity – and I love that.  With Vidcode, that esthetic was at work, and I think that the kids gravitated towards learning [the coding programs] because of it.”

   
The Vidcode summer intensive workshop launched less one year after Vidcode became available.  Educators associated with the camp were immediately drawn to the app’s functions and quickly joined forces to meet their own initiatives: teaching Javascript, “the "language of the web," through creative video projects.  Located on Lexington Avenue in the heart of New York City, the week-long intensive was comprised of five core lessons – and was successful enough that the organizers again teamed with Vidcode the following year.

“The 92Y already offered other creative programs, such as comic art and sculpture,” Saxton continued.  “But Vidcode offered something unlike we had ever had before. I had been teaching digital media for some time and was excited to try their ‘pre-existing framework,’” which you could then turn into anything you’d like, for myself. The students immediately loved the Vidcode modules which showed how animation works, and proved to be an amazing introduction for the kids to learn code.”

Vidcode’s learning curve is primarily based on teaching Javascript in a fun, game-like way.  The app’s state-of-the-art interface teaches the Javascript coding language through lessons built around creative art projects.  Once viewed as a sophisticated and difficult tech language to comprehend, Javascript is instantly demystified by Vidcode’s unique program initiatives – creating video filters, JavaScript libraries, and HTML5 to control how each user’s video will look.  

By playfully creating music videos, short animation clips, and movie special effects, kids and adults alike instantly pick up the skills needed to learn sophisticated coding practices. All of the young students who participated in the workshops stated that their favorite elements of Vidcode’s the user-friendly modules included movie-making, stop-motion animation, and the opportunity to instantly view their final projects in the app’s interface.  

Thanks to the program, all of the students walked away from the experience, eager to learn more advanced techniques in coding and application creation.  

“The kids were able to understand pretty sophisticated concepts immediately,” Saxton added.  “Normally, it would take a little while for anyone to learn the syntax and more-advanced technology of coding and animation, but with Vidcode, they were hands-on and able to create things within in minutes.  I thought that it could even be an amazing learning tool for adults, as well.”

As an education tool, the young students – all of whom were novices in the world of coding and digital creation – quickly learned such necessities as variables, arrays, and various application functions, while retaining the advanced information due to Vidcode’s almost video-game like appeal.  

Announcing the Winner of our Girls Code 4 Climate @EDU Award

Vidcode is excited to announce the winners of the Girls Code 4 Climate @EDU Award! Created in partnership with Millennium@EDU Sustainable Education as a contribution to the UN Framework Convention on Climate Change, the contest invited students from around the globe to create, edit, and submit short videos about the Earth's climate.

So – without further ado – we'd like to congratulate the winners, Sudhiksha, Eilene, and Alyssa for their video “Less Paper = Less Climate Change.” In their video, which they coded and edited in the Vidcode app, they explain the simple things people can help do to help combat climate change every day.

Their efforts have earned a new tablet computer, a science lab, and a premium Vidcode account for their classroom. Congratulations, Sudhiksha, Eilene, and Alyssa! 

Congratulations are also in order for our runners-up, whose videos you can view in the Contest Gallery, for their outstanding work in the categories of Research, Concept, Creativity, and Composition. Each category winner won PRO Vidcode accounts, .

The Award is intended to empower students to talk about climate change through art and technology, learning both about the critical environmental issues facing our planet, and about the methods of communication and innovation that will one day help solve them. To participate in this contest, students chose a topic related to climate change, researched that topic and then recorded a short video sharing their research, bringing art, education, and technology together to help change the world. 

If you missed the Girls Code 4 Climate competition, fear not! We will be hosting a GirlsCode4Energy@EDU contest in the spring. Sign up below for updates, and we'll see you soon!

Empowering Students to Talk About Climate Through Art and Technology

Vidcode is excited to announce the Girls Code 4 Climate @EDU Contest created along with Millennium@EDU Sustainable Education, as a Contribution to United Nations Framework Convention on Climate Change.

The contest encourages students to use the skills (or as we call them, superpowers) they learn in computer science, art and media classes in new ways. 

To participate in this contest, students choose a topic related to climate, research that topic and then record a video sharing their research. Topics include:

1. Climate changes and its effects
2. Public responses to climate change
3. How climate changes impact your everyday life
4. What actions participants can take to make a difference

Once they've recorded their video, students add effects and graphics with JavaScript. They can use the graphics that Vidcode provides in creative and relevant ways, or they can create and upload their own. One student, Anna, created and coded a video using a yellow lawn in the background as an example of the drought she refers to and added graphics and effects in the scene to emphasize the lack of water.

We created a guide to help participants get started choosing and researching topics. It includes more information on the topics they can choose from, important climate terms and examples of how other artists are responding to climate change in their work.

Empowering students to show their point of view through art and technology is powerful. Art is a way to connect people with ideas that they would otherwise not be exposed to and gives artists a voice to say something they might not otherwise have been able to say. Alongside art, technology offers new media to create artworks, like creative coding, and new channels for messages to spread and be shared.

And this is important, historically art and technology combined have made a real impact. For example, Judy Collins took recordings of humpback whale songs and included them in her 1970 album Whales and Nightingales, which exposed millions of people to the beautiful and complex songs that whales use to communicate. These whale songs inspired the 'Save the Whales' movement, and in 1982, hunting whales became banned internationally.

We hope that this contest is a starting point for students to have conversations, and to research and create their own projects about climate and climate change, even after the contest ends. The top 5 winners of the contest will get full access to the Vidcode platform, offering them more tools to create projects with code and videos. And the overall winner will receive, in addition to full Vidcode access, a computer device designed for education and a science lab complete with sensors and software, so they can continue their research of the world around them.

Learn more about the contest and submit your own video, or use our Teacher Guide to bring coding, art and science into your classroom. The contest runs until November 15, 2015.

Karlie Kloss + code!

"It's not as hard as I expected," says Kloss.  "Being able to speak and read this language is like a superpower."