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It is generally accepted that learning is enhanced by the inclusion of deliberate, reflective practice. Indeed the act of reflecting on the impact that our actions have towards the achievement of any goal (learning oriented or other) is shown to have a positive impact. Reflective practice is defined as the praxis (interdependent and integrated theory, practice, research, thought and action) of individuals or groups to move from 'better thinking to better action' as a result of reflection for, in and on learning (Harvey et al. 2010 p140). With this in mind, it is worth considering what reflective practice might look like and to consider it in a range of contemporary contexts. 

Einstein is often quoted as having said "If I have an hour to solve a problem and my life depended on the solution, I would spend the first 55 minutes determining the proper question to ask, for once I know the proper question, I could solve the problem in less than five minutes." Clearly Einstein understood how to attack puzzling problems. As teachers we face a host of puzzles on a daily basis. Every student we teach, thanks to their idiosyncrasies presents a unique puzzle. The interactions between students further complicates things. Our goals for our learners, their learning needs, the demands of the curriculum, pressures from beyond the classroom all result in puzzles for us to manage and to solve.

A study documenting how teachers, leaders, and students experience Personalized Learning in Wisconsin Schools.

One of my foundational rules of classroom engagement is simply this: never be the first one to open your mouth and start talking about any topic. Twenty years in the classroom taught me that one. Never assume. Never take prior knowledge for granted. Listen first, then act. Never presume to know what the students in front of you are capable of. They'll show you if you are bold enough to listen.

Can four-year-olds be taught programming concepts? A research project at MIT is examining just that question. The researchers in MIT's Media Lab are creating a system that lets children aged four to eight control a robot by showing it stickers they've placed on laminated sheets of paper.

How do we keep the Common Core in perspective?

When does tech become more than just tech, and simply how we learn?

Interactive math practice website for various grade levels and tons of different math functions.