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From site: "The best way for students to learn science is to experience problems that challenge science, and the thought, habits of mind and actions associated with trying to solve them. This implies opportunities for authentic, inquiry-based learning. Problem-based learning (PBL) is a powerful vehicle for this, in which a real-world problem becomes a context for students to investigate, in depth, what they need to know and want to know (Checkly, 1997). It is a robust, constructivist process, shaped and directed primarily by the student, with the instructor as metacognitive coach."

"I love patterns, diagrams and pictures. Ask me to record information and it gets plastered over a page in bubbles, a mind map or random boxes. I'm not particularly artistic but I find I like to store information in this way. Even with telephone numbers - I remember the pattern the digits make, not the number itself."

From the instant we meet someone, our minds get to work making decisions about whether to trust them. So while we may think that we have time to make a good first impression at the office, people's assessments of our trustworthiness form in less than a second.

When we approach this task with key questions in mind, we focus our thinking on how we might plan learning experiences and opportunities that will have the impact we desire.

What changes when we refer to ourselves or our students as members of the community of thinkers and learners that they are apprenticed to? What changes when we are mindful in our use of a language of identity?

What might it take to ensure students choose to be in our courses because the value of the learning achieved through mindful attendance is such that they would not want to be anywhere else?

Particular patterns of pedagogy have been of most interest to me across the years, particularly those that shift the focus from what the teacher does to what the student does. With this shift comes an emphasis on understanding how students learn and with this knowledge in mind developing learning experiences that will allow them to develop their skills for learning.

With our goal of deep-learning in mind where do we begin and what learning opportunities might result in this? Having clarified our key terms of understanding, learning and deep, we can turn to a set of questions which might be of use as we plan the learning our students will engage in along their way.

To ensure reflective practice is more than an activity added to our schedule, we need to take a reflective stance. Too often, reflection becomes the thing we do at the end of a task or the end of the day. We look back and contemplate what was, and with that in mind, we look forward to what we might do differently next time. It is in this way a very reactionary process. By all means, this form of reflection has its place, and it can be a powerful strategy to deploy as we seek to learn from experience. If we value reflective practice, we will be sure to set aside time for this form of reflection on a routine basis. By engaging in reflection habitually, we ensure that it is a routine part of our day. But adopting a reflective stance can make this more powerful.

Whether you're out sick or have a planned day out of the computer lab, writing sub plans is time consuming and often stressful. Technology teachers have a unique set of challenges to consider when deciding what to leave for a sub. This blog post will hopefully give you some solid ideas and peace of mind for the next time you need to be out. I have this other blog post about Technology Tools for Sub Plans with ideas and tools to help your sub be more comfortable using technology. Today's post is going to assume you have a substitute who is not comfortable using or teaching technology. You can skip right to idea #3 if your substitute cannot use any technology. All of the images are linked to the resource if you're interested. Just click or tap to learn more.

Looking for a conference with a difference? What story do you have to tell? The #motm13 Unconference is built around stories for the purpose of making strong connections with other passionate educators who are integrating ICT with pedagogy.

Syntax Tree Editor (Free: Windows Only) a utility for drawing syntax tree diagrams. A syntax tree diagram is a visual representation of the structure of a sentence. The people who most often need to draw these diagrams are linguists, and the Syntax Tree Editor is designed with the needs of linguists in mind. Syntax Tree Editor can be freely downloaded and should work on any computer running a reasonably recent version of the Windows operating system (XP, Vista, 7).

I found ONE! :) Still no Apple, though. Searching, searching, searching.