Here we are at the end of another school year.  For me, it marks the end of my 37th year in education, and I still feel the excitement of the end (and of a beginning) of a school year.   My first seventeen years, I was an elementary and middle school teacher.  The last twenty years I have been working with instructional technology needs from our school board office.  So, I have seen a lot of changes in technology use in our schools through the years.

I remember my first use of computers in my classroom.  Back in the early 1980’s I found an Apple IIE computer sitting in the back of a library storage room.  I was told it had been in there a couple of weeks and the librarian was not sure what it was for. I asked if I could roll it into my classroom and my journey of technology integration began! I found a PrintShop application on a 5 ¼ inch disk that I used along with an ImageWriter II color printer to make a banner to hang outside my classroom.  Fellow colleagues saw the banner and they thought I was a computer genius!  

A year later, I transferred to a middle school and guess what I found in their library storage room! Yep, but instead of one, I found three Apple IIE computers.  No one was using them so I rolled them down to my room to use with my math classes.  I had some students that were struggling with multiplications facts. I had tried several strategies to motivate them, but we were not successful.  I found a piece of software where students would use a fire breathing dragon to answer multiplication questions by “breathing fire” on the correct math answers. Students learned their multiplication facts and I saw my first glimpse of how technology can make a difference with student learning!

Fast forward to today and the technology tools our students have access to have a come a long way from our Apple IIes and fire breathing dragons.  We now access the cloud with devices that are becoming more powerful and some cases, less expensive everyday.  We have augmented reality, virtual reality and the reality that everyone needs to be connected!  Technology can be seen everywhere in our world and within our schools.  Just because technology is there does not mean our students are better off now than they were thirty years ago when a few Apple computers were finding their ways into schools.  

The technology can make a difference in our students’ learning, but it is not enough.  The teacher is still the difference maker.  The instructional design provided by the teacher determines how the students will be using the technology.  Will instruction be student-centered?  Will students be able to collaborate, problem-solve, think critically, be creative and demonstrate the potential technology provides them?  When one looks in the classroom, is engaged learning taking place or is it just students sitting in front of devices?  Technology can make a difference, but the teacher is the difference! All of you that are blessed to work with students in our classrooms, take the time to learn ways to integrate technology so it can really make a difference in our students’ learning.  

I have seen the positive impact technology can have when the teacher facilitates instruction that taps into the potential of the students and the technology.  We have access to so many great resources and tools to help our students learn.  What a great time to be an educator!  I hope everyone has a great summer!  Thanks for all you do and I am off to go explore the Oregon Trail on an Apple IIe!

Tim Taylor is a member of the VSTE Board of Directors and  Instructional Technology Supervisor for Shenandoah County Public Schools.

Members of the VSTE Board of Directors will be taking time to periodically share their ideas and passions with the VSTE membership. In this post, Board Member Tim Stahmer muses on the meaning of instructional technology. 

A primary mission of VSTE is, of course, to help empower educators to make great use of technology for teaching and learning. Many of our members even have “instructional technology”, or some variation on the phrase, in their job title.

But what exactly is “instructional” technology? As opposed to another variety of tech, like the 1977 Ford Pinto.

Ask around and you'll probably get many different answers to that question, but, since this is my post, here is my twitter-length definition:

That would exclude the student information system many teachers use every day. Certainly the online grade book, attendance system, and other tools in most SIS packages is an essential part of classroom management. But it’s not used by students in any part of their learning.

We also drop the learning management system (LMS) many districts provide for their teachers. Think Blackboard, Edmodo, or Google Classroom. Also not “instructional” technology.

I suppose you could make the case that students might use parts of some LMS directly for their learning (a blogging tool, for example). But that’s not how they are commonly used. Most LMS function as organizational and distribution systems for content pushed to students, again to improve classroom management.

Also not “instructional”: response tools (Kahoot, Socrative), interactive whiteboards, video tutorials (Khan Academy), and a long, long list of curriculum games. Although I’ve seen a few (very few) special cases, student interaction with these resources is almost always as consumers, responding to material provided by publishers and teachers, not using them as creators.

And for me, that is the fundamental component for any technology to be considered instructional: control. When I say “directly by students”, I expect them to have some meaningful control as to how the technology - device, software, website, whatever - is used in the learning process.

So, what would I consider some examples of “instructional” technology?

That word processing program most students use would count, but only if they have some decision about what they will write. It would be even better if their writing was connected to the web, allowing them to present their ideas to a larger, more meaningful audience. One without a red pen.

We could include one of those slide show presentation programs, but only if the student has some control over the content. And again, let’s extend that control and let them determine the tools that will allow them to best explain their ideas to an audience beyond the walls of their classroom.

Then there are the devices that many students bring to school everyday, the ones that too many of their teachers still consider as the antithesis of “instructional”. Beyond providing access to vast amounts of information, those so-called phones are also powerful creative tools that can be used to record, edit, and distribute still images, audio, and video. Tools students can use in many, many ways to communicate their thoughts, ideas, and learning.

Of course, all of the above is only my opinion. But what do you think? How would you define "instructional technology" (or it’s shorter, equally vague sibling “edtech”)? Tweet your ideas to @timstahmer and @vste and let’s have that conversation. Or post a longer comment to this post on my blog.

Because in the end, the terminology we use when discussing these issues - with our colleagues, the community, legislators - does matter. We must be very clear when advocating for the use of technology in our schools and why it makes a difference for students.

Tim has been helping educators make better use of technology for teaching and learning at his website AssortedStuff since the turn of the century. He also loves to connect with interesting people on Twitter and is a member of the VSTE Board of Directors and serves on the conference committee. 

Members of the VSTE Board of Directors will be taking time to periodically share their ideas and passions with the VSTE membership. For this edition, Board Vice Chairperson Michael Speidel discusses his own path to personalized learning. 

No Longer the Sage on the Stage.

I have long been an individual who believes that, if you would like your school to change its instructional practices, you must model and be the change that you wish to see.  A few years ago, while conducting a professional development session on how to use our learning management system, I came to the realization that the individuals in the class were all at very different points in their learning. That evening, I struggled with ways that I could meet the needs of all of the learners in the professional development session.

The next day, I developed a “choose your own adventure” professional development activity based on our learning management system. Teachers in the next session would take a pre-assessment that would determine where they would begin their training. Because this was during the “flipped” classroom craze, much of the choose your own adventure professional development was done via YouTube videos that I had created. Besides some of the odd looks that I got from participants as I explained how they were going to learn about our learning management system, the other interesting reaction was that of fellow presenters. Many other presenters looked at me with a “Okay… what do I do now?” face. The presenters were so used to being the sage on the stage that initially this new method of training was something that was uncomfortable to them. Slowly, they began to understand that they could be the coach on the side and help all of the learners meet their needs at one time. This was my initial introduction to personalized learning.

Why Personalized Learning?

This past summer I read a book by Todd Rose called The End of Average: How We Succeed in a World that Values Sameness. In the book, Rose details the history of how the concept of the average individual came to be. There is one example in the book that struck me which was the transition from propeller planes to jet engines. Prior to 1950, all Air Force cockpits were designed around the average pilot.  The US Air Force would measure pilots on 10 various body measurements and then design a cockpit around the average measurement of those 10 standards. As the US Air Force transitioned to jet airplanes, they found an increased number of pilot related crashes. Confused about what could be the cause of these crashes, the US Air Force commissioned a study to re-measure 5000 pilots to see if the average measurements had changed and were resulting in the pilot related crashes. The Air Force believed that, if they designed the cockpit around these average measurements, they would have designed a cockpit that would work for the majority of US pilots. When the study was completed, the US Air Force found that, of the 5000 pilots who were measured, not one pilot had the same body measurements as the “average” pilot would have, so they had developed a cockpit that works for no one!

When you think about today’s society, it is a society that is based on the average. Admissions offices, HR departments, banks and doctors make life-changing decisions based on averages. As a matter of fact our entire educational system is based on the systems of average.  When you think about all of the students that you had in your classroom as an educator, you know that all those students had strengths and weaknesses. There were no two students who were the same, and there is no such thing as the “average” student. In fact, there is no such thing as the average teacher, the average administrator, or even the average school. This simple yet flawed theory is the reason why personalized learning is so important.

Personalized Learning vs Personal Learning

The terms “personal” and “personalized” have become buzzwords in both technological and educational spheres, with “personal” learning environments and “personalized” search engine results making headlines. Often, the terms are used interchangeably. The difference between personalized learning and personal learning sometimes seems like a matter of semantics, but that could be that terms are used interchangeably when they’re actually not the same.

In a personalized learning environment, much of the content is served up through various platforms; many that are specific to content. Often, these are educational platforms that do not leave much room for personalization. Personalization of learning comes in with how the educator designs their lessons. Personalized learning is like being served at a restaurant. Someone else selects the food and prepares it. There is some customization – you can tell the waiter how you want your meat cooked – but essentially everyone at the restaurant gets the same experience.

On the other hand, in a personal learning environment the learner is the individual who gets to select what and how they wish to learn. Often, personal learning is an item that is equated to project-based learning. Personal learning is like shopping at a grocery store; You need to assemble the ingredients yourself and create your own meals. It’s harder but it’s a lot cheaper, and you can have an endless variety of meals. Sure, you might not get the best meals possible, but you control the experience, and you control the outcome.

Ultimately, if students are to become lifelong learners, they need to be able to learn though a method that works for them. Students need to understand how to forge their own processes, and we as educators, have the responsibility to ensure that they have the necessary skills and tools to meet their varied needs.

Michael Speidel is an instructional designer for Virtual Loudoun at Loudoun County Public Schools. 

 

Members of the VSTE Board of Directors will be taking time to periodically share their ideas and passions with the VSTE membership. In this edition, Board member Meg Swecker will talk about the approach used by Roanoke County Public Schools. Last week, Janet Copenhaver shared the strategies from Henry County Public Schools. Janet and Meg have worked together on many projects in technology that benefitted the school divisions in the Commonwealth.  Their designs are easily replicated and measurable. 

How Two School Divisions Measured a Return on Instruction for their Technology
Part 1: Roanoke County Public Schools

In today's world, most school divisions have chosen a device to use instructionally with their students. After the device is implemented, the real question becomes, how do you prove real outcomes on your investment for instruction? A successful implementation that is instructional driven is much easier to chart outcomes. As you move forward with technology, there are many measures you can use to calculate your Return on Instruction. 

MEASURING RETURN ON INSTRUCTION FOR ROANOKE COUNTY SCHOOLS.

For over a decade, RCPS has maintained a robust 1:1 program in grades 9-12. In recent years, the 1:1 program was piloted in in our middle schools.  Currently, grades 7-12 are involved in our 1:1 program, and we hope to expand the program in future years.

Feedback from parents, local businesses, and higher Ed institutions indicate that Roanoke County students are better prepared for a life after graduation based on their participation in the 1:1 program.  Regular use of Microsoft Office programs and 24/7 learning via Blackboard familiarize our students with skills they will need as the move on to college or into the workforce, and access to a laptop 24/7 deepens learning opportunities that many students, and their families wouldn’t otherwise have.  But our instructional practices take students beyond the Virginia standards and support the development of less measurable soft skills, as well. 21^st Century skills are a focus of our comprehensive plan and embedded in RCPS instruction.

An example of this is a year-long program that was implemented during our 8^thgrade 1:1 pilot.  The Be the Change project challenged 8^th graders to identity, research, and connect with, agents of change.  The students selected change agents based on their own personal interests and passions.  Cultural diversity, animals rights, hunger, clean water, special needs, and women’s health, were just some of the topics that students connected with.  Based on this description, you might be inclined to think that the parameters of this project were not that different from other good projects for students of this age. But the technology involved, and the way it was used, gave us a much deeper ROI.

Using their personal interests and passions, the students in the Be the Changeproject selected historical change agents to research.  They were then added to a group of students who were studying the same historical figure.  Each group was comprised of students in their own school, although not necessarily from their own class, as well as students from our neighboring district, Roanoke City Public Schools.  The groups met at local public libraries on three occasions throughout the year, but the rest of the work happened digitally.  Students collaborated via Office 365 to accomplish their tasks.

Students worked collaboratively to research and presented information about their historical agent of change. The presentations were well done, but the overall impression was that these individuals were somehow above the norm.  The students didn’t really connect with the idea that their actions could create positive change in the community.

The next phase of the project was closer to home.  Based on the original interest that the students in each group selected, local agents of change were identified. These individuals were working in our own communities to make positive changes.  The teachers approached these individuals, explained the project, and asked the local change agents to mentor a group.  The response from our local community was overwhelming positive. In our second face to face meeting, groups met their mentors, interviewed them, and learned how regular people from their own communities worked every day to make a difference.

The culminating project for each group involved designing a 30 second PSA based on the information gleaned in the interview with each mentor. The PSA needed to be developed for the mentor’s target audience and had to be easily shared via social media or television.  The students used Office Mix to create artifacts that were broadcast ready.  Most were unfamiliar with Office Mix, however, and had to learn how to use this tool.  Once students understood how to use Office Mix, they created tutorials for their counterparts in Roanoke City. The tutorials were also shared with mentors who expressed interest.

To celebrate the completion of this project, community leaders, mentors, family members, teachers and students met on a Sunday afternoon at a public library. The students shared their PSAs and talked visitors about the changes that were occurring in our community.  It was a celebration that inspired all of us.  The students had transformed. They knew they could make a difference, and they knew how.

• Special Olympics PSA
• Angels of Assisi PSA

The ROI from this project goes far beyond the development of research skills and the use of software.  Students from very different social cultures worked together, based on shared passions. Working together helped them embrace the differences in their cultures and they developed a respect for each other that otherwise might never have existed.  They collaborated in a digital workspace and overcame the challenges associated with not working together in a physical environment. They connected with experts in the community and created artifacts that would further positive changes in our area.  More than all of this, they students learned that they had a voice and the ability to make a positive change in their own communities and beyond.

Quality instruction has always been a focus for Roanoke County Public schools, and the meaningful integration of technology has played a major role.  The Be the Change project is just one example of deeper learning that could not have happened without technology.

Meg Swecker is an ITRT currently working with the Roanoke County School system.