Author: sylviamartinez

Sylvia Libow Martinez is an education change agent, writer, speaker, consultant, engineer, maker, and mom.
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2013 SIG-IS Summer Reading Selection – Invent to Learn

2013 SIG-IS Summer Reading Selection – Invent to Learn

The executive committee of the Independent School Special Interest Group (SIG-IS) of the International Society for Technology in Education (ISTE) are pleased to announce that we have chosen the book, Invent to Learn: Making, Tinkering, and Engineering in the Classroom by Sylvia Martinez and Gary Stager as our selection for our Summer Reading program.

Invent to Learn is a timely exploration of the Maker movement, the integration of STEM, STEM + Arts, computer programming, and rapid prototyping using devices such as 3d printers which many schools are currently investigating. Sylvia and Gary provide both the philosophical and pedagogical argument as to why this type of learning is essential for our students to experience as part of learning in the 21st Century. Additionally, they a blue print of how schools can begin to incorporate this into the classrooms, labs, and libraries using low cost materials, such as cardboard and duct tape through the use of programmable micro-controllers such as the Arduino family, Makey Makeys, or Raspberry Pi. They provide links to a variety of programming languages so that you can begin to evaluate and determine which fits the educational goals at your school.

SIG-IS will also be sponsoring several activities to coincide with the book to celebrate your “making”  which we hope you will consider participating in throughout the summer through September. They will include:

  • Moderating an #isedchat twitter chat in July
  • Hosting a series of Google Hangouts, What Are You Making so that can share what you have made
  • The chance to share your project and reflections on your process on the SIG-IS blog
  • A webinar in September featuring a conversation with Sylvia Martinez and Gary Stager about the book.

We are proud and excited to be participating in this long term professional development opportunity for ISTE SIG-IS members!

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Speak Up 2012 report: “From Chalkboards to Tablets: The Emergence of the K-12 Digital Learner”

“The results being released today show that we are indeed in a new world. And we as adults need to learn from kids in this instance. We need to learn from students about how they learn, where they learn, and how they seek information. I believe we must harness this information to give all students a 21st century skill set to prepare them for high-growth, high-demand jobs in the global economy.”–U.S. Rep. George Miller, the senior Democrat on the House Education and the Workforce Committee.

Project Tomorrow has released the Speak Up 2012 report: “From Chalkboards to Tablets: The Emergence of the K-12 Digital Learner”

This report is the second in a two part series to document the key national findings from Speak Up 2012. In 2003, The Speak Up National Research Project was born to give K-12 students a voice in critical conversations, and to hopefully provide their parents, teachers and administrators with new insights about the expectations and aspirations of these newly minted digital learners. Now in its tenth year, the annual Speak Up National Research Project and the resulting trends analysis provides a birds’ eye view of the changing environment for digital learning, both in and out of school.

Why is this important?

If you are working in a school, district, or organization planning your educational technology vision, you need to know the latest data on technology usage from the real users of technology. Don’t be satisfied with what you think you know about technology – find out! In fact, poll your own students on these same questions. If you are one of the smart schools that participated in the Speak Up data survey, lucky you! You are getting your own customized set of data for your own use. If aren’t participating – make plans for next year now!

Key Findings from this year’s report

  • With smartphone usage dramatically on the rise – 65 percent of students in grades 6-8 and 80 percent of students in grades 9-12 are smartphone users – a main concern among today’s digital learners is how to leverage the unique features of different devices, from laptops to smartphones to tablets or digital readers, and use them for certain academic tasks.
  • While only 21% of teachers in middle and high schools are assigning Internet homework on a weekly basis, 69% of high school seniors, 61% of high school freshman and 47% of 6th graders are online at least weekly to find resources to support their homework.
  • In just one year, the number of middle school students with a personally acquired, digital reader more than doubled from 17 percent in 2011 to 39 percent in 2012.
  • In fall 2011, 26 percent of students in grades 6-8 said that they had a personal tablet computer. In one year’s time, the percentage of middle school students with tablets jumped to 52 percent, a doubling over the 2011 percentage.
  • Despite this increase of mobile devices in the hands of students, schools are still reluctant to allow them. Among high school students with smartphones, only half say they can use their device at school and only nine percent of students say they can use their personal tablets at school. With 73 percentage of high school seniors saying they have a laptop, only 18 percent of the Class of 2013 say they are allowed to use their personal laptop at school.

Download both reports!

Sylvia

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ISTE 2013 Roundup – Student Leadership, Hard Fun, and More!

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ISTE 2012 – GenYES students discuss education with the Malaysian Minister of Education

We are looking forward to another fantastic ISTE – the grandmother of all education technology conferences. This year ISTE will be in San Antonio, Texas June 23-26th, 2013. Generation YES will be there in force (meaning kids!) GenYES students from local San Antonio schools will be showcasing their teacher support projects in our booth on the exhibit floor, so please put booth 12226 in your schedule as a MUST VISIT!

A Big Announcement… Coming Soon We will be demoing our latest improvements to the GenYES suite of online tools and student leadership curriculum – more on that shortly.

Two MUST DO events to add to your schedule

Invent to Learn @ISTE 2013

Join me (Sylvia Martinez) and Gary Stager for an energizing day of “hard fun” as we invent, tinker, and learn how to incorporate hands-on project-based learning in the classroom. Participants will engage in a variety of projects using modern tools and technology – the perfect way to get ready for ISTE.  Sunday, June 23rd from 9AM-3PM.

Breakfast, lunch, and drinks are all part of the day at a great location right on the Riverwalk with easy, walkable access from all the ISTE hotels.

Also included is your very own copy of our new book – Invent To Learn: Making, Tinkering, and Engineering in the Classroom. Click here for details and registration information for Invent To Learn @ ISTE 2013.

Spotlight Session

Tinkering + Technology = Authentic Learning. Combine tinkering and technology and you have a time-honored tradition that allows imagination and creativity to lead the way to real-world problem-solving and learning. Sylvia Martinez

  • Tuesday, 6/25/2013, 2:00pm–3:00pm, SACC 001A
  • Digital-Age Teaching & Learning : Problem Solving & Critical Thinking

Sylvia

 

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Announcing – Invent To Learn: Making, Tinkering, and Engineering in the Classroom

book coverSo some of you may have noticed that I’ve been pretty quiet here lately. All my writing energy has been going to a good cause though! I’m happy to announce a new book: Invent To Learn: Making, Tinkering, and Engineering in the Classroom, authored jointly by yours truly,  Sylvia Martinez, and Gary Stager.

This book has been cooking a long time, fueled by our belief that many schools are heading away from what real learning looks like – projects that are student-centered, hands-on, and authentic. But there is a technology revolution out there that has the potential to change that. New materials and technology can be game-changers: things like 3D printing, microcomputers like Raspberry Pi and Arduino, sensors and interfaces that connect the physical world to the digital, and programming. At the same time, a vibrant “maker movement” is spreading worldwide, encouraging people to make, tinker, and share technology and craft.

Invent To Learn is for educators who want to learn about these new technologies and how they can work in real classrooms. But it’s not just about “stuff” – we explore teaching, learning, and how to shape the learning environment. By combining the maker ethos with what we know about how children really learn, we can create classrooms that are alive with creativity and “objects to think with” that will permanently change education.

Student leadership
One chapter of Invent To Learn is about how learning by doing also gives students a chance to become leaders in their schools and communities. Giving students access to modern creativity tools and technology is not about “jobs of the future,” it’s about real learning NOW.

Making for every classroom budget
Even if you don’t have access to expensive (but increasingly affordable) hardware, every classroom can become a makerspace where kids and teachers learn together through direct experience with an assortment of high and low-tech materials. The potential range, breadth, power, complexity and beauty of projects has never been greater thanks to the amazing new tools, materials, ingenuity and playfulness you will encounter in this book.

Check the Invent To Learn website for information on getting the print or Kindle version of the book, and also about professional development for your district.

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Tips for student presenters at conferences

It’s educational technology conference time of year! There are so many educational conferences that you could literally attend 24/7. Hopefully some of you are taking students along with you to share their work.

There’s nothing more exciting than seeing students step up and hit a home run when presenting, and there’s nothing more excruciating than watching the slow-motion train wreck of a bad presentation by young people who are clearly unprepared or uninterested.

Here are some tips to have the “home run” presenting experience instead of the “train wreck”! (By the way, authentic student voice doesn’t mean they don’t need adult help.)

Ten Tips for Coaching Student Presenters

  1. Make it personal. Have each student tell their own story from their own perspective. It will be more engaging than a generic presentation of what the whole group did.
  2. KISS. Edit down to the essentials. As you practice, help them edit their story down to the essential points. Stick to a 5 minute rule – no one person should talk for more than 5 minutes at a time. Break up the presentation with videos or demonstrations.
  3. Practice, but not too much. Practice out loud in front of other students or teachers if possible. Try not to over-practice; it will sound forced and boring.
  4. Memorize the opening line. Practice the first line until they can do it in their sleep.
  5. Don’t use a script. Even a memorized script will sound stilted.
  6. Try it without notes. It’s a crutch that can be more of a distraction than a help.
  7. Look at the audience, not the screen. Don’t stare at or read from the screen, it disconnects the speaker from the audience.
  8. Timing is everything. Agree on a “secret signal” that means wrap it up. Practice this so they learn to complete a thought without stopping mid-sentence. Explain that you will interrupt their presentation if they go on too long.
  9. Audiences may behave badly. One very odd thing about conferences is that people may get up and leave in the middle of a session. This is normal – don’t take it personally. Be sure to warn students.
  10. Be authentic. Some people are serious, some are born game show hosts. Let them be who they are, use their own words, and show their own personalities.
  11. Rules are made to be broken. If you have one (or more!) exceptionally articulate students, give them more time, but make sure they can stick to the essential message of the presentation.

For more tips, check out this PDF – Sharing Student Voice: Students Presenting at Conferences (PDF). It also covers:

  • Balancing the needs of the audience with the needs of students
  • Research on student voice, 21st Century skills and student empowerment
  • How to plan and submit sessions with student presenters
  • Maintaining student ownership and authentic student voice
  • Logistics tips for bigger conferences and exhibit halls
  • The role of the teacher

Let’s get out there and share!

Sylvia

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Infographic: Students have their say on online rights and responsibilities

Check out the results of the 2013 ‘Have your Say’ survey, the UK’s largest ever survey of young people’s attitudes toward online rights and responsibilities. Over 24,000 young people age 7-19 from across the UK responded to the survey, and a further 90 young people explored these findings in focus groups.

Two infographics below with primary and secondary results – these are large files, so why not make a poster! And ask your students what their top ten are to compare.

Sylvia

 

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Powering Authentic Learning. The connection between PBL, design, technology, and empowerment

I keynoted the TiE 2013 conference in Western Massachusetts last week and presented on the topic of Powering Authentic Learning. I’ll post the slides in a bit, but it’s difficult to capture the whole presentation from just the slides.

What I tried to do is make the case for:

  1. Projects not just for younger students, but all ages.
  2. Projects as a way to allow multiple problem-solving and mastery styles.
  3. Playing the “Whole Game” (from Making Learning Whole: How Seven Principles of Teaching Can Transform Education by David Perkins)
  4. Why technology has changed the design process, with an overview of the move from sequential design to spiral design methods.
  5. How computers support spiral design and also different problem solving styles and mastery styles.
  6. How spiral design can be adapted to the classroom and why it is so appropriate for children.
  7. Why all of this is important in the real world and jobs of today.
  8. How students can play a role in all of this, not just as objects to be changed, or workers, but as participants and co-creators of knowledge.
  9. How doing so actually supports teachers as they change to a more student-centered, project-based classroom structure.

I think I tried to put too much into the hour, but I’m so excited by all of these ideas and how computers can be used to really engage and inspire young people to do work that is powerful and meaningful.

Sylvia

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Respect: The Essential Ingredient in the Design of Modern Learning Environments

Cross-posted on GetIdeas.org Learning Trends series on Cultivating Leadership.

A modern learning environment should reflect everything we know about building a community, developing young people, and providing a healthy environment for human beings. We know that people, no matter their age, feel better and are more productive in spaces that are comfortable, clean, and suited to their individual needs. When leaders make these choices — in fact, insist on them — it shows respect for the people who inhabit them.

If we take the time, we can structure learning environments that meet all the needs of children and the adults who teach them. Yes, of course they should be safe, secure, and healthy. But we can go further. We can make these spaces more flexible so that the inhabitants have control over aspects that matter to them. We can make them quieter, calmer, and more comfortable. Most of all, we can use design to improve learning opportunities for everyone.

Prakash Nair, a futurist, planner, and architect with Fielding Nair International, a leading architectural firm specializing in school design, says, “Rather than simply be invested in short-term fixes, any new support for school facilities that districts receive should go to develop tomorrow’s facilities as infrastructure responses to an educational philosophy—one whose goal is not to control students, but to empower them to take charge of their own learning.”

We can build spaces that diminish the distinction between the “control spaces” – such as teacher desks, podiums, projection screens, and the “controlled spaces” – student desks facing the front, electronics that are not controlled by the user, locked thermostats, loud bells and intercoms that interrupt at will, etc.

We can give design projects large and small over to students. Why can’t students help design a new classroom, community space, or play space? But this can’t just be an imaginary project, some generic “school of the future.” Why can’t they do it with their real environments?

This creates natural collaboration opportunities with peers and experts of all sorts, provides challenges at many levels, and, best of all, is really useful. Giving students this kind of responsibility creates a win-win situation where students are valued for their expertise and hard work – real, needed work!

All of this has to do with respect:

  • Respect for the inhabitants by flexibly addressing needs of mind, body, and soul
  • Respect for the community by designing a welcoming space that lives in harmony with its surroundings
  • Respect for the communal and the individual
  • Respect for nature by creating sustainable, green spaces
  • Respect for learning and the importance school has for our community, nation, and world
  • Respect for tradition balanced with respect for progress and new ideas
  • Respect and celebration of all aspects of the human spirit that education aspires to. Learning is not just about math or taking spelling tests. The goal of education should be that art and science flourish together, so that young people can imagine and become their best selves.

This sense of respect, belonging, and shared responsibility is the essence of citizenship and leadership. When we show young people that we care about them, we communicate that what they do matters and is valued by the whole community. Respect for others, communicated through the design of educational spaces is leadership that can change lives and make the world a better place.

Sylvia

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Q&A with Generation YES President Sylvia Martinez on STEM and ways for parents to be involved

Check this out! I’m interviewed in the current issue of Washington Exec. Here’s the interview.

Sylvia Martinez is President of Generation YES. Prior to joining this non-profit, she was VP of Development at Encore Software, a publisher of game and educational software on PC, Internet, and console platforms. For seven years, she was also the executive producer at Davidson & Associates/Knowledge Adventure, an educational software developer.

Martinez has an M.A. in Educational Technology from Pepperdine University, and a B.S. in electrical engineering from the University of California, Los Angeles.

WashingtonExec got the chance to speak with Martinez about her role at Generation Yes, how to get involved, the future STEM holds, and more.

WashingtonExec: What is your background and how did you get involved in STEM?

Sylvia Martinez: I have an electrical engineering degree and worked in aerospace on the GPS satellite navigation system development right out of college. After I had children, I became interested in using computers in education. I got a masters in education, then worked as an executive producer for Davidson & Associates, of MathBlaster software fame and other software and console game publishers.

WashingtonExec: Please describe your day to day responsibilities at Generation Yes.

Sylvia Martinez: Generation YES is a non-profit with a mission to empower young people to make a difference by using technology in education. We have curriculum and online tools that help teachers and students collaborate to use technology in the classroom. As president, I speak, write, and evangelize about our mission. It encompasses product development, PR, marketing, development, grant writing, and working with educators all across the US.

WashingtonExec: The U.S. is not turning out the engineering students that we need to in order to compete as an innovative country. Why is this issue so important to you?

Sylvia Martinez: For me personally, becoming an engineer was the intellectual turning point in my life. I was always good at math and science in school, but learning to solve real problems that could make the world a better place meant that I could make a difference. I want everyone to have that feeling.

Children need to have those powerful experiences at all ages, to prove to themselves that their ideas are valuable and can turn into positive action. Those experiences are key to innovation.

WashingtonExec: What’s your view to get more parents involved in STEM?

Sylvia Martinez: I think schools need to be more open to the whole community, not only parents. We need children and parents to see that science is around them everyday. STEM isn’t worksheet problems or vocabulary words.

WashingtonExec: What are some simple ways to get their kids more involved in STEM at an early age?

Sylvia Martinez: Parents can seek out experiences where their kids get to make and do things. The Maker movement has exploded recently. Get a copy of Geek Dad or Geek Mom and make something with your kids–anything from cooking and sewing to building a fort. Sometimes moms do not realize that the crafts they do have terrific STEM connections. The act of making something reinforces learning, and also teaches habits of persistence, willingness to “have a go”, and mindfulness. Parents should not accept schools where science and math only happen on paper and are only measured with multiple-choice tests.

WashingtonExec: What’s the best STEM success case study/project that you have been personally involved in?

Sylvia Martinez: For the past 5 years I’ve been on the faculty of Constructing Modern Knowledge, a summer institute for teachers. Every year we bring amazing resources like Legos, robotics, wearable computers, and more for teachers to play with and learn to use. Many teachers are a bit unsure of themselves as scientists and it’s crucial that they have experiences just like ones that are good for kids. Every year, teachers amaze themselves with the projects they do in a few short days. Our graduates report this changes the way they teach and that to me is a huge success.

WashingtonExec: What’s the future of STEM? How can other like-minded people get involved?

Sylvia Martinez: I am hopeful that students will get more hands on, experiential learning, with modern materials and more engaging projects. I also hope that we can empower younger students to experiment with the digital world. So much is possible these days with very inexpensive microcomputers, 3D printing, robots, and other fascinating technology.

However, I worry that the US is too focused on test scores and simple standardized assessment. The future will be about who can be creative and innovative, not who gets the best test scores.

People need to speak out about what’s important for education. We need all kids to have access to engaging, experiential learning opportunities, not just test prep.

WashingtonExec: What blogs/resources are useful to check out?

Sylvia Martinez: I post a lot of resources on our Generation YES blog http://blog.genyes.org and there is more information about the Constructing Modern Knowledge summer institute at http://www.constructingmodernknowledge.com. Our website http://www.genyes.org has many free resources such as how to start a student-run “Genius Bar” at your school. We hope that people take these ideas and work with students to make them happen. It’s only by working collaboratively with young people that education will improve and move forward.