Tuesday, 13 August 2013

Professional Reading

Advocacy for Gifted and Talented in New York
______________________________________
What Makes a “Good” Teacher “Great”?
 By: Kathy Hargrove
The fall semester brought me yet another class of graduate students just embarking on their gifted
education courses. Unlike many students I've had in the past, the majority of the class had no
background at all in gifted education--no undergraduate courses, no graduate courses, not even any
staff development. While this was challenging, it was also instructive because their questions let me
know where most teachers really are when it comes to teaching gifted students. One concern voiced
over and over during the semester was "What makes a 'good' teacher a really 'great' teacher for
gifted and talented students?"
Of course, the literature is full of lists of traits of effective teachers of the gifted. In fact, our textbook
had several long and very comprehensive lists--so long and so detailed that one of the students
ventured to say that a teacher who measured up would be at the least a magician and, at most, a
genuine miracle-worker! These lists and the student's frustrations forced me to think about this issue.
So, "What makes a teacher of the gifted great?"
I found some answers in a study by Ken Bain and his associates at the Searle Center for Teaching
Excellence at Northwestern University, reported in The Chronicle of Higher Education (Bain, 2004).
The scholars at the Searle Center studied more than 60 effective college professors--the kind of
teachers students rave about. In fact, an example in the article was one of my own history professors,
Dr. Ralph Lynn. Governor Ann Richards called his classes "magical tours," and People editor Hal
Wingo said that Lynn offered an argument for human cloning because "Nothing would give me more
hope for the future than to think that Dr. Lynn, in all his wisdom and wit, will be around educating new
generations from here to eternity!" Bain and the other researchers concluded that Lynn and the other
great teachers shared some common strategies.
First, they created a "natural critical learning environment." They established an atmosphere that
fostered critical thinking about questions students found interesting and provocative. "Critical thinking"
included making decisions, defending choices, reasoning from evidence, examining quality, and
making improvements--all reinforced by ongoing feedback from the teacher. Think of this process as
something like working out with a personal trainer. The trainer uses a "show and tell" approach with
the client in teaching her how to perform an exercise. The trainer constantly reinforces correct form as
well as criticizing "wrong moves," showing where and how to improve. The message from the trainer
is that one can improve with time and effort.
The same thing is true in the classroom. Learning does take time and effort, and there is no one
teaching strategy that inspires this. Almost any strategy that "works" for an individual teacher is worth
at least a try. But, the teacher must always communicate to the gifted students that mastery and
growth will require effort. Unfortunately, many of our students have never been challenged. Great
teachers will challenge them while simultaneously offering support and making it "okay" to try and fail
and try again.One key to engaging and challenging students is asking provocative questions and providing
guidance as students struggle with answers. Think of yourself as a 21st-century Socrates. Socrates
was never content with just one question; rather, he continued to ask guiding questions that would
help his students discover the answers for themselves. Another important element involved with a
good question (as opposed to initially giving a pat "answer") is to surround the question with broader
issues, both in the discipline and in the world. I liked very much what Donald Saari, a mathematics
professor at the University of California--Irvine was quoted as saying: "I want the students to feel like
they have invented calculus and that only some accident of birth kept them from beating Newton to
the punch." That, I think, is what we want for our gifted students: that feeling that what they are
discovering is important and meaningful. Bain and his colleagues cite many examples of authentic
intellectual activity by students in classrooms, examples across the disciplines. They provide spaces,
Bain says, where "students encounter safe, yet challenging conditions in which they can try, fail,
receive feedback, and try again without facing a summative evaluation." It occurs to me that this is the
description of the kind classroom gifted students need.
What else did they find? They learned that it is important to grab students' attention and keep it
focused. They also found that effective professors begin where the students are, not where the
discipline prescribes they should be. Think again about the personal trainer. He or she discovers at
the beginning of each session where the client is and plans the session accordingly. In addition, the
trainer has a goal, achievement toward which the client should be moving. Great teachers do this, as
well: They plan instruction based on clear goals. And, like personal trainers, they also know that those
goals change. In relation to gifted students, I think knowing students also means keeping in the front
of the teacher's mind the "who" and "what" of giftedness.
Another key to effectiveness is high expectations, not only of the students, but also for the teacher
him- or herself. Teachers of gifted students certainly must ask as much of themselves as they do of
their students, for if we expect commitment from them, we must own it ourselves.
Another idea from Bain's research includes the willingness to help students outside of class. Several
of my students this fall needed lots of "how-to" guidance as they experienced not only a new
discipline (gifted and talented education), but also graduate study itself. Gifted students tend to push
classroom teachers to better explanations, more guidance, and more detail. They have a strong need
to know. Many, as well, have a strong need to get it right.
Further, the best teachers engage students in disciplinary thinking. In the gifted field, we have often
modeled instruction according to the standards of Bruner and others who suggested that we need to
involve students in the structure of the disciplines, to guide them to think like mathematicians or
historians or writers. Disciplinary thinking may also mean relating the discipline to current news--
what's happening in the here and now.
Finally, the research suggested that the great teachers provide diverse learning experiences. Gifted
students demand novelty; they have a great appetite for different ways of thinking and learning.
Again, think of the trainer who alternates exercises and moves on to something new when his client
gets bored or frustrated, finding something that will inject fun and excitement into the workout.
How did I answer my novice gifted educators when they asked about the difference in the "good"
teacher and the "great" teacher? I shared some of these ideas and others as they traveled the
challenging road to greatness.
Reference
Bain, K. (2004, April 9). What makes great teachers great? The Chronicle of Higher Education, B7.

COPYRIGHT 2005 Prufrock Press COPYRIGHT 2005 Gale Group www.agateny.com

Rich Task Plan and Evaluation Term 2 Colours

Dairy Flat Rich Task Plan - Colours 2
NZC
Activity
LI
SC
L Act
Eval
Literacy
Read big book
‘Rainbow Fish’
Poems/Songs
Comprehension
ROY G BIV
·        recognises that authors have different voices and styles
·        recognises connections between oral, written, and visual language
·         Identify the use of colours
·         Identify adj used in text.
ActivBd act adj
Children were able to identify colours and attempt to write the word for the colour.
Children enjoyed this topic as they were able to relate to the topic. There was lots of resources available.
Te Reo
ICT
Read a Traditional story to the class


making rainbows in Paint.
Whakarongo - Listening: Understand much of other speakers of te reo Māori say about a range of topics.
·         Read How the Pukeko Stole the Colours
Discuss the meaning of this as related to Rainbows
Research Maori names for colours and write more verses
Children were all very involved and confident with learning Te reo, Most of the colours in the rainbow are in the colour song. “MA is white”
Assessment task on matching the maori with english colour.

Visual
Art
Draw
their own fish
Painting rainbows.
Pop art using rainbow colours
DI
Investigate visual ideas in response to a variety of motivations, observation, and imagination.
CI
Share the ideas, feelings, and stories communicated by their own and others’ objects and images.
·         Draw a shape
That looks like a fish
·         dye background that represents the sea
Draw own fish with scales, vivid edges & scales
Dye background as sea mixing colours
Children loved the pop art and were able to produce many excellent pieces of art work.
They enjoyed working with a range of media and using bright colours.
Science
Look at the properties of a rainbow
Properties and changes of matter
Observe, describe, and compare physical and chemical properties of common materials and changes that occur when materials are mixed, heated, or cooled.
·         Name the colours of the rainbow
·         Discuss how they happen
·         Attempt to produce a rainbow in the class
Activbd act
Rainbows
Discussions around how rainbows were formed were interesting. Using prisms to demonstrate encouraged critical thinking.
Values
Innovation
by thinking critically, creatively, and reflectively
·         Discuss with groups actions and reactions
Experiment as below
Doing plenaries allowed children to think critically and imaginatively
Science
Mixing prime colours
Properties and changes of matter
Observe, describe, and compare physical and chemical properties of common materials and changes that occur when materials are mixed, heated, or cooled.
·         Identify prime colours
·         Mix prime colours to make rainbow colours
Mix 3 prime colours in glasses to make the 7 rainbow colours.
Paint fish in rainbow colours
Chn were all actively involved in identifying the 2 colours needed to mix up a secondary colour using dye in a clear jar. Observations were discussed in groups and chn were self / peer assessing the results.