Inklewriter: interactive story designer

What it is: Inklewriter is a great digital tool that lets students (and teachers if you are so inclined) write and publish interactive stories.  Inklewriter lets students create choose-your-own-adventure type stories, story lines can come with choices and then be linked back together.  Inklewriter makes this process easier by keeping track of which story paths have been finished and which still need work.  There is no set-up required, no programming language to learn and no diagrams.  Inklewriter is free to use and easy to share with the world when it is published.  When a story is finished, it can even be converted to Kindle format!

I found the Inklewriter format to be pretty intuitive and easy to use.  I think intermediate elementary and older will have no trouble using this tool for creative and informative writing.

How to integrate Inklewriter into the classroom: Inklewriter is a great digital tool for creative writing.  Students can explore multiple plot lines and what-if scenarios in their fictional writing.  I also like the idea of using Inklewriter to ask kids to explore the “what-ifs” in history.  What if we lost/won this war/battle?  What if the other guy (or girl) had been elected president?  What if the Berlin wall hadn’t come down?   These types of stories are fantastic opportunities for students to explore their curiosities and, in the process, learn more about the event they are exploring.  After all, you have to know something about how an event actually went in order to write alternate endings.

Inklewriter would be a fun way for students to come up with alternate endings to a novel they are reading.  Our students wrote a variety of endings for The Giver.  Each student wrote a different ending that picked up from the last chapter of the book.  Inklewriter would have been a great tool to use for all of these endings to be available in one place.  Students could copy/paste the last paragraph of the actual book and then offer their alternative endings as options.

In science, students could use Inklewriter as a tool to record their hypothesis. Students can write out the objective and steps in their experiment and make a new “alternate ending” for their various hypothesis.

In math, students could create story problems where they lead others down the path to discover the correct answer.

Tips: These interactive stories are MADE for your tablet devices…if you have some in your classroom, take advantage of them!

Leave a comment and tell us how you are using  Inklewriter in your classroom.

ScootPad: self-paced learning

What it is:  ScootPad is a really neat site that recognize that no two students are alike and that they will master skills in different ways.  ScootPad helps students gain mastery through gradual and thorough practice that is personalized to teach the student.  This personalized practice helps build confidence in learning and keeps students moving forward at a pace that is appropriate to them.  Students can expect a fun learning environment.  Teachers can expect automated practice, real-time progress tracking and assessments that will help you to formulate next steps for students.

All curriculum is based on Common Core Standards, including math and English/language arts for k-5 classrooms.  For students in kindergarten or first grade, there is a voice/read-aloud feature.

The ConceptBank is a free app for Common Core standards and concept review.

Teachers can easily manage a classroom of students from the teacher dashboard.  Curriculum can be customized for a class, group of students or for each student individually.

Parents have access to all of their child’s progress and alerts.  They can encourage their child using customizable rewards.

Best of all…ScootPad is FREE!

How to integrate ScootPad into your curriculum: ScootPad is a really fantastic website for k-5 students and teachers.  Here, students can get personalized practice for learning new concepts.  Teachers and parents receive immediate data about a student’s progress.

ScootPad is a great first step to personalizing the learning experience for students.  I like that it is cross-platform so that it could be easily incorporated into a BYOD (Bring Your Own Device) classroom.  Regardless of what device students are using, ScootPad works for them.

Scoot Pad is really a practice site that helps you to inform instruction based on student needs.  The practice is all drill based (not a lot of room for critical thinking or different ways of showing what a student knows) but this could be a great benchmark tool to help you understand where students have strengths and weaknesses in their learning.

Tips: ScootPad is available as an app for the iPad, Android, Chrome, Mac, Windows, Edmodo,  and Schoolology.  Like I said, it is perfect for a BYOD environment!

***Want to do your part as a CHANGE MAKER in personalized education?  Check out, support and spread the word about the Learning Genome Project!

Please leave a comment and share how you are using ScootPad in your classroom!

Quicklyst: Note taking web app created by student

What it is: Senior in high school Shantanu Bala emailed me yesterday with a link to a new web application he built called Quicklyst. Quicklyst is a web application for note taking. Shantanu created Quicklyst to make taking and studying notes easier.  Quicklyst makes it easy to take notes, deliver notes to a Kindle device, look up topics in Wikipedia, and define words within notes automatically using the Merriam Webster Dictionary.  It is free and easy to use from any web connected computer. Students can quickly organize their notes into study guides and even create a study queue for important notes.  Notes can be searched by topic or subject.  Quicklysts can be delivered to a Kindle, printed, or downloaded as text files.  There is no need to register to create a Quicklyst, to save a Quicklyst, students will need to create a username (could be email address but doesn’t have to be) and password. While students take notes, they can instantly include definitions and search information in their notes.  Type a question mark followed by the word you want searched and Quicklyst will automatically add information from Wikipedia and DuckDuckGo. Type a colon followed by the word you want defined and Quicklyst will automatically insert the definition into the notes. Students can click on the + sign next to their notes to add the notes to their Study Queue.  The study queue is a place for students to save notes that they want to reference and study later.

How to integrate Quicklyst into the classroom: Quicklyst is a great addition to any student (or teacher) tool box. It makes note taking a breeze, quickly importing definitions and search information into the notes. In a one to one setting (where every student has access to a computer) Quicklyst could be used by students to take notes during discussion, lecture, or any type of whole class learning activity.  In the one or two computer classroom, Quicklyst could be assigned as a student job in your classroom. During the class, the student assigned can take notes that can later be downloaded and sent to students, or printed as a study guide.  The class job should be rotated so that each student has an opportunity to be class recorder.

Quicklyst is also excellent for teachers taking notes in staff meetings, professional development, or conferences.  It is such a simple tool to use and has just the right amount of extras (instant definitions) to make it really useful!

Use Quicklyst with younger students to create KWL (know, want to know, learn) type notes with students.  Using a projector-connected computer, interactive whiteboard, or classroom computer, students can begin the chart and fill it in as they learn more.  The simple built in search and definition make it ideal for this type of use.

Tips: Quicklyst is a fantastic example of student innovation, it once again begs the question are we providing opportunities for this kind of creativity in schools?  Shantanu created Quicklyst in his free time for fun, amazing! I asked Shantuanu where the idea for Quicklyst came about and how he learned how to program, here is his response: Mainly, notes were something I always had a problem with. I’d either lose them or forget them, or just use a textbook since my notes weren’t very good. Although my school doesn’t have laptops for every student, schools are slowly getting more and more computers for use directly in the classroom. I realized it might be interesting to create something that stores a person’s notes online and allows a person to search his or her notes easily. That solved my first problem of losing and forgetting my notes. But there was one thing I found missing when looking through some of my notes: structure. I’d try to continue my notes chronologically, but sometimes there’s a gap when a teacher stops teaching one subject and jumps to something else that’s more urgent. Other times, I’d miss a lesson, and I’d forget to copy someone else’s notes. On a computer, this process is much easier, and copying/moving things around can happen in a couple seconds. I also realized that notes feel very disconnected — there’s a wealth of information available online, and there’s only so much a teacher can fit into a class period that’s less than an hour. Providing that information to a student while they take their notes in class seems like the right direction. It encourages active learning by allowing a student to ask a lot of questions and find answers themselves.

Part of the reason I am really excited about the amount of information available online (and the quality of the information) is because I was able to teach myself how to code in the 6th grade. I just followed some tutorials online, and whenever I was confused I just asked a question on a forum and I’d get an answer pretty quickly. There are a ton of people who write excellent materials and answer questions completely in their free time. It’s really amazing. Once I got into high school, I found out that I could get credit by taking some community college courses in programming, so I took Java and C++ classes. But my favorite programming language is really the one I learned first — Python.

Thank you Shantanu for creating such a useful application and sharing it with all of us!

Leave a comment and share how you are using Quicklyst in your classroom.