Cognitive Interfund Transfer

Student self-assessment/self-grading* Response to intervention* Teacher credibility* Providing formative assessments* Classroom discussion* Teacher clarity* Feedback* Reciprocal teaching* Teacher-student relationships fostered* Spaced vs. mass practice* Meta-cognitive strategies taught and used Acceleration Classroom behavioral techniques Vocabulary programs Repeated reading programs Creativity programs Student prior achievement Self-questioning by students Study skills Problem-solving teaching Not labeling students Concept mapping Cooperative vs individualistic learning Direct instruction Tactile stimulation programs Mastery learning Worked examples Visual-perception programs Peer tutoring Cooperative vs competitive learning Phonics instruction Student-centered teaching Classroom cohesion Pre-term birth weight Peer influences Classroom management techniques Outdoor-adventure programs

Stage 1: Planning – “Listen to Learn”

Stage 2: Presence – “Stake Our Claim”

Stage 3: Engagement – “Dialog Deepens Relationships”

Teacher Leaders must be compensated adequately for the additional time they spend fulfilling their leadership duties.

A Tool for Collaboration

Flexibility

Virtual Classroom Visits

What does it take to be a Connected Educator?Willingness to be digitally literateWillingness to seek out and connect with other educators.Willingness to explore and share ideas with other educatorsWillingness to develop and maintain a Professional Learning Network of sourcesWillingness to peruse, engage, and share pertinent Education BlogsWillingness to be a lifelong learner in pursuit of relevance

“When there’s no linear time, how is a person supposed to figure out what’s going on? There’s no story, no narrative to explain why things are the way things are. Previously distinct causes and effects collapse into one another. There’s no time between doing something and seeing the result. Instead the results begin accumulating and influencing us before we’ve even completed an action. And there’s so much information coming in at once from so many different sources that there’s simply no way to trace the plot over time”.

If teachers are to help students change their incorrect beliefs, they first need to know what those are.

Knowledge of student misconceptions is a critical tool for science teachers. It can help teachers to decide which demonstration to do in class, and to start the lesson by asking students to predict what’s going to happen. If a teacher doesn’t have this special kind of knowledge, though, it’s nearly impossible to change students’ ideas.