Our Book Is Now Available

Developing Technology-Rich Teacher Education Programs: Key Issues

Drew Polly, Clif Mims, and Kay A. Persichitte

Developing Technology-Rich Teacher Education ProgramsDescription

Though technology is expanding at a rate that is alarming to many skilled laborers concerned for the welfare of their industry and jobs, teachers should feel safe in their position; however, teachers who refuse to adapt to technology will be left behind.

Developing Technology-Rich Teacher Education Programs: Key Issues offers professional teacher educators a rare opportunity to harvest the thinking of pioneering colleagues spanning dozens of universities, and to benefit from the creativity, scholarship, hard work, and reflection that led them to the models they describe. Contributors from 32 universities from around the world came together as authors of case studies, methodologies, research, and modeling to produce the work that went into this reference work. The target audience for this book includes faculty, leaders, teacher educators, and administrators within higher institution and every level of education.

Overview

Teacher education programs, more than ever before, are under severe scrutiny from national and state government, policy, and accreditation organizations. Teacher education programs are being asked to provide evidence of their impact on teacher candidates, as well as the indirect impact of teacher education programs on PK-12 students. Reforms in teacher education programs focus on the integration of 21st century skills, which include knowledge and skills related to information technology, creativity, collaboration, critical thinking, and communication (Partnership for 21st Century Skills, 2004).  Technology is an essential component of these 21st Century reforms.

The focus of teacher education programs is to prepare teacher candidates to effectively teach in 21st Century learning environments. These classrooms have access to Internet-connected educational technologies, including computers, hand-held, or portable devices (U.S. Department of Education, 2010). As a result of the technology-rich nature of PK-12 schools, it is critical for teacher education programs to examine their effectiveness related to preparing teacher candidates to effectively use educational technologies to support teaching and learning processes.

The construct of Technological Pedagogical and Content Knowledge (TPACK) has explicated the knowledge and skills related to technology integration. Candidates develop the knowledge and skills related to technology integration through educational technology courses, methods courses, and technology-rich field experiences (Schrum, 1999). In this book, contributors address all of those contexts and provide examples of how technology-rich teacher education programs have developed TPACK and related skills in teacher candidates and faculty.

The purpose of this book is to provide examples and frameworks related to creating effective models of infusing technology into teacher education programs. This book is intended for faculty and others associated with teacher education programs as a resource of creating technology-rich teacher education programs.  As a result, each chapter has clear directions and implications for adopting their ideas into teacher education programs.  Further, the ever-changing landscape of what constitutes current educational technologies, has led the editors to focus this book on examples and models that address current educational technologies, but are likely to be relevant over the next decade or two as well.

The book is divided into six sections, which focus on:  Frameworks for Technology Integration, Web 2.0 technologies, Teacher Education Courses, Integrating Technology across Content Areas, Field Experiences, and Ways to Support Teacher Education Faculty.

Testimonial

“This book offers professional teacher educators a rare opportunity to harvest the thinking of pioneering colleagues spanning dozens of universities, and to benefit from the creativity, scholarship, hard work, and reflection that led them to the models they describe.  Teacher educators are, indeed, fortunate to have this opportunity to make informed decisions that will transform teacher education at this important moment in the history of education.”

Kyle L. Peck, Associate Dean for Outreach, Technology, and International Programs and Professor of Education at Penn State University, USA

Personal Note

I’d like to thank everyone that contributed to this book and worked with us during the past year and a half. I’d especially like to note the contributions and dedication of my friends, colleagues, and co-authors, Drew Polly and Kay Persichitte.

I hope this work enhances teacher education and technology integration ultimately blessing the education and lives of all learners.

– Clif

Collaborative Diagrams, Concept Maps, Site Maps, and More

Thanks to Cindy Brock, I learned about an interesting web tool today. Cacoo‘s website states that it “is an online drawing tool that makes real-time collaboration a reality,” but I found this to be an incomplete description of its many capabilities.

Here are some of the features that I noticed while becoming familiar with Cacoo.

  • Multiple users editing the same diagram means real-time collaboration.
  • Cacoo allows you to share diagrams with everyone.
  • Shared diagrams can be edited by anyone.
  • Create wireframes, mind maps, network diagrams, site maps, and many other types of drawings using “stencils” that you drag and drop into place.
  • Cacoo can be pasted into a variety of web applications, such as Wiki and Blog.
  • Promotes collaboration through “diagrams” with flexibility, quickness, and beauty.
  • Currently available in 13 languages.

View the full list of features.

Free Inspiration Webcast

(NOTE: I received this announcement via email from Inspiration.)

Webcast: Using Visual Learning Techniques to Improve Academic Performance with Inspiration®
Date: Thursday, January 29th, 2009
Time: 12:00-12:45 p.m. Pacific Time, 3:00-3:45 p.m. Eastern Time
Register for this event today!

Inspiration® helps students develop ideas, analyze concepts and improve organizational skills. Join us on January 29th to explore templates and examples that will help your students improve academic performance in Science, Language Arts and Social Studies. Cathy Cuff, our Education Development Manager for Science, will host a complimentary 45-minute webcast demonstrating how you can use Inspiration 8 to:

  • Expand on ideas to create well-supported thinking and conclusions
  • Build knowledge by increasing comprehension of new concepts
  • Increase organizational skills by connecting ideas into a logical hierarchy

Join us for this professional development webcast!

If you are unable to join us, don’t worry – the webcast will be archived and available to you shortly after the event concludes.

View our archived webcasts!

Webcast: Writing to a Prompt with Kidspiration

(NOTE: I received this announcement via email from Inspiration.)

Kidspiration

Graphic organizers are an effective tool to support students as they learn how to write to a prompt. Join us on January 15th to see how your students can learn to write on demand using Kidspiration®. Lucy Belgum, our Education Development Manager for Language Arts, will host a complimentary 45-minute webcast demonstrating how to:

  • Use visual techniques to plan writing that is mindful of audience, purpose and form
  • Engage students in the process of writing paragraphs that contain supporting details
  • Target, plan and write to the components found within the various modes of writing using graphic organizers

Date: Thursday, January 15, 2008
Time: 12:00-12:45 p.m. Pacific Time, 3:00-3:45 p.m. Eastern Time

Register Today!

If you are unable to join us, don’t worry – the webcast will be archived and available to you shortly after the event concludes.

View our archived webcasts!

Prezi

PreziI discovered Prezi today via a bookmark from Dean Mantz. I spent about 10 minutes looking through the site, the tutorial and the three examples on the homepage.

Here’s what some are saying.

When it comes to presentations, Microsoft Powerpoint is the desktop tool that most of us use. Apple Keynote delivers better visuals and is preferred by creatives. Google & Zoho presentations bring a subset of the functionality to the web and allow collaboration. Slideshare introduces community – following the strategies of Youtube (video) and Scribd (documents). But Prezi flips the paradigm of presentation inside out to bring you simple interactive presentations like you’ve never seen before. (Source)

Prezi allows anyone who can sketch an idea on a napkin to create and perform stunning non-linear presentations with relations, zooming into details, and adjusting to the time left without the need to skip slides. (Source)

With the help of Prezi you can create maps of texts, images, videos, PDFs, drawings and present in a nonlinear way. (Source)

Josh Lowensohn of CNET stated that Prezi is a presentation creator that ditches the idea of individual slides in place of a giant expanse that can be navigated with a mouse, keyboard, and eventually touch screens. The end result is pretty incredible and feels a lot like Google Maps. (Source).

Educational Uses

I must admit that while browsing through the site I almost gave up and left twice, but I’m very glad that I didn’t! It’s an interesting tool and holds untold educational potential. Here are a few thoughts that came to mind.

  • Presentations could become more dynamic, interactive and hopefully engaging. Prezi IS the message.
  • The ability to easily incorporate most any digital file or media allows teachers/designers to account for a variety of learning styles (audio, video, visual, etc.).
  • Prezi could be used as one of the (if not the) most robust concept mapping/semantic mapping tools that I’ve seen.
  • Teachers and students could find it useful for organization, collaboration and project management.
  • I like the idea of using Prezi to help during the design and development phases of lesson planning, unit development, team planning, cross-curriculum mapping, etc. In some instances (such as a typical presentation) your design and development work actually becomes part of the final product or learning artifact.

This Afternoon at EBC

Diving Deep into Google Earth and Google Maps

Web 2.0 in Teacher Education (Program Info)

  1. My presenter notes
  2. Alternative to the term Web 2.0 is the Read, Write Web
  3. Teacher education and professional development that effectively helps teachers better integrate technology with teaching and learning
    • Allow the teachers to select their own goals and help them reach them
    • Online social networks can more easily provide the in-time assistance, coaching, mentoring, etc. that individuals during development/learning, but teachers often don’t think about using the networks
  4. How do we prepare teachers to teach in the 1-to-1 environment?
    • The emphasis should change from "teaching" to designing learning that engages the students.
  5. Resources for future teachers

Designing the 21st Century Global Learning Environments (Program Info)

  1. Building on some online discussion that has been ocurring for the past year here and here.
  2. If there were no barriers what would education look like? Brainstorming notes

Free Concept/Semantic Mapping Software

The following free software programs are good alternatives for concept/ semantic mapping technologies like Inspiration and OpenMind. These are helpful in the development of concept/ semantic maps, flow charts, diagrams, timelines, and more.

Free Open Source Software (FOSS)

I’ve run across several lists of free open source software (FOSS) in the last few days. I’ve added each to my del.icio.us bookmarks (see My Bookmarks in the main menu) but I wanted to a bit more proactive in sharing this information with teachers, thus the reason for this post.

Free/Open Source Software for Kids – This list was generated for those teaching 3-12 year old students. It suggests FOSS for music composition, painting, space exploration, math, and more.

KDE-Education Program – This group is “developing high-quality educational software for the K Desktop Environment. Our primary focus is on schoolchildren aged 3 to 18, and the specialized user interface needs of young users. However, we also have programs to aid teachers in planning lessons, and others that are of interest to university students and anyone else with a desire to learn!” You’ll find about 30 educational software games/ tools related to math, science, languages, art, keyboarding, and more.

23 Most Valuable Free Software – A list of the most outstanding free/open source software.

GIMP – “The GNU Image Manipulation Program. It is a freely distributed piece of software for such tasks as photo retouching, image composition and image authoring. It works on many operating systems, in many languages.”

Exploratree – Exploratree is a free web resource where you can download, use and make your own interactive thinking guides, concept/semantic maps, organizers, charts, tables, and more.

Firefox – A cross-platform browser, providing support for various versions of Microsoft Windows, Mac OS X, and Linux. However, the source code has been unofficially ported to other operating systems. This project has a large community of external contributors. If you haven’t already switched from Internet Explorer to Firefox (or at least something else) then I strongly suggest that you consider it.

Blender – “Blender is the free open source 3D content creation suite.”


For even more, you can also review my previous notes on other FOSS and TeacherJay’s Free Software Guide.

Demo of an AMAZING New Technology

Using photos of oft-snapped subjects (like Notre Dame) scraped from around the Web, Photosynth (based on Seadragon technology) creates breathtaking multidimensional spaces with zoom and navigation features that outstrip all expectation. Its architect, Blaise Aguera y Arcas, shows it off in this standing-ovation demo…Indeed, Photosynth might utterly transform the way we manipulate and experience digital images.from TED Talks

The potential implications this kind of technology could have on education are mind blowing. Off the top of my head I can see connections to math, science, geography, art, architecture, photography, mass media and communications, and language arts just to name a few. Then there’s the unbelievable potential for semantic mapping/concept mapping. I’d very much like to hear your thoughts about this. Please leave your response using the Comments link below.