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The Reflective Principal: A Taxonomy of Reflection (Part IV) Reflection can be a challenging endeavor. It's not something that's fostered in school - typically someone else tells you how you're doing! Principals (and instructional leaders) are often so caught up in the meeting the demands of the day, that they rarely have the luxury to muse on how things went. Self-assessment is clouded by the need to meet competing demands from multiple stakeholders. In an effort to help schools become more reflective learning environments, I've developed this "Taxonomy of Reflection" - modeled on Bloom's approach. It's posted in four installments: 1. A Taxonomy of Reflection 2. The Reflective Student 3. The Reflective Teacher 4. The Reflective Principal It's very much a work in progress, and I invite your comments and suggestions. I'm especially interested in whether you think the parallel construction to Bloom holds up through each of the three examples - student, teacher, and principal. I think we have something to learn from each perspective. 4. The Reflective Principal Each level of reflection is structured to parallel Bloom's taxonomy. (See installment 1 for more on the model) Assume that a principal (or instructional leader) looked back on an initiative (or program, decision, project, etc) they have just implemented. What sample questions might they ask themselves as they move from lower to higher order reflection? (Note: I'm not suggesting that all questions are asked after every initiative - feel free to pick a few that work for you.) Bloom's Remembering : What did I do? Principal Reflection: What role did I play in implementing this program? What role did others play? What steps did I take? Is the program now operational and being implemented? Was it completed on time? Are assessment measures in place? Bloom's Understanding: What was

"Easily incorporate computational thinking into your curriculum with these classroom-ready lessons, examples, and programs. For more resources, including discussion forums and news, visit our ECT Discussion Forums. Note: Lessons include complete teacher editions, student worksheets, and any applicable Python programs. Examples include short exercises from core subjects with key CT concepts to consider. Programs include Python examples and exercises for teachers to enhance their existing lessons. All lessons, examples, and programs are based on California K-12 state standards."

Robot Obstacle Course is an excellent introduction into programming for young kids. Students are presented with an obstacle course made up of colored blocks and keys. Students must program the robot to jump over the obstacles and pick up the keys to complete the course. Through the obstacle course, students are introduced to basic programming language and learn how to think like a programmer. The obstacles get progressively more difficult and more variables are added.

The Technology Integration Matrix (TIM) illustrates how teachers can use technology to enhance learning for K-12 students." /> <!-- body { background-color: #FFFFFF; margin-left: 20px; margin-top: 10px; } --> This is a cached version of http://fcit.usf.edu/matrix/index.html. Diigo.com has no relation to the site.x

This site contains programs from content providers such as zoos and museums for virtual field trips. Searching can be limited to free programs.

A Moodle course that teaches multimedia programming with the free Scratch programming application

"So it's my pleasure to share with you our new education programs that are aimed at innovations in STEM+ learning and empowering socially responsible entrepreneurs through global collaboration and the power of technology. Our goal is to equip educators, students and aspiring entrepreneurs with the skills and tools to drive amazing social change in their communities and around the world. Needless to say, I'm VERY excited - I think you will be, too... We believe there is no better way to address society's most pressing challenges than by equipping students, educators and future entrepreneurs with the skills and technology to turn their ideas and ambition into action. Our long-term vision is a world where unlimited educational opportunities transform lives, strengthen communities and drive social change worldwide. To turn our vision into reality, we are partnering with leading education, non-profit and nongovernmental institutions to offer three new programs described below. So what could be more exciting than announcing these new programs? Perhaps selecting exciting and innovative proposals in a few months! Will yours be one of them?"

Lots of examples of programming projects using the Scratch programming application.

We have developed a six day Scratch unit for 7th and 8th grade math. One class period of each six-day cycle is devoted to Scratch, effectively spreading the lessons out over a six week period. During their course of study, students learn simple terminology, are introduced to the principles of object-oriented programming, and create original animations and games that are uploaded to our Scratch Web Gallery.

Scratch units with slideshows, videos, and accompanying files for download.

Great, contemporary ideas and examples of programming in Scratch, including downloadable files to accompany lessons.

These are the websites Darcy Goshorn, a former CFF Coach, tagged "program". He's very active on Diigo and typically shares great stuff.

A non-computer programming lesson

"I have been using Scratch, a drag and drop programming language developed by researchers at MIT, since November 2007. I am quite excited about its potential for teaching other skills besides programming. I have set up this wiki to build-up a course for beginner programmers."

Since MIT's Lifelong Kindergarten group released Scratch in 2007, kids ages 8 to 13 have built more than 2.2 million animations, games, music, videos and stories using the kid-friendly programming language. Scratch allows kids to snap together graphical blocks of instructions, like Lego bricks, to control sprites-the movable objects that perform actions. Sprites can dance, sing, run and talk. Now, with a grant from the National Foundation of Science, Lifelong Kindergarten is collaborating with Tufts University's DevTech Research Group to make Scratch Jr, a new version aimed at kids in preschool to second grade. The expected launch date is summer 2012.

a 6-lesson scheme of work to teach ICT and programming using Scratch with lots of great worksheets, powerpoints, games and generally good resources for a tightly focused unit of work

The National Environmental Education Foundation, in partnership with The Weather Channel, has launched Classroom Earth, a program designed to enhance and strengthen environmental education in high school classrooms nationwide. By harnessing the expertise and passion of teachers and students around the country, Classroom Earth will enrich the high school curriculum by encouraging the inclusion of environmental education into all high school subjects - from biology to art - and make it easier for teachers to access best practices online. The primary goal of the program is to increase the environmental literacy of high school students and to provide models for including environmental education in high school classrooms through the Web.

A free downloadable PDF eBook for learning how to program in Scratch.

2 + 1 is comprised of middle school educators who have developed and present an innovative program called MathRocks! Their program combines the music of classic rock songs with original lyrics and PowerPoint slideshows to teach math concepts that range from basic counting to algebra.

programming interactive manipulative for primary students