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critical thinking doesn't come easily for anyone

writing does not necessarily teach critical thinkin

the best way to help students learn critical thinking may be to actually teach it

Are in-depth group discussions provided during class time? Are students coached to question their thinking processes and those of their classmates? Are students afforded opportunities to evaluate their progress regularly? Are students encouraged to pose questions regularly in class? Are students provided with guides to help them reflect on their thinking (such as Bloom’s Taxonomy)? Do class projects engage students in analysis, synthesis, and evaluation? Are students given opportunities to consider various opinions and to justify their own beliefs?

Table 1 Bloom's Cognitive Taxonomy Competence Description Question/Prompt Knowledge Dates, events, formulas, other facts When did the United States become an independent country from England? What is the formula for area? Comprehension Recognize meaning, sequence, events, interpret information, compare ideas, make inferences, predict ideas What is the author's purpose? How are these numbers related? Is water of sunshine more critical to plant life? Human life? Application Use of information and concepts to solve problems Using your knowledge of calories and your physical makeup, calculate how much energy you must exert to lose three pounds per month. Demonstrate your understanding of how to create a Web site. Analysis Recognize patterns, parts, components Considering the stock market, examine which investments were the most lucrative this quarter. Organize these games by level of difficulty. Synthesis Use of information to create a new system, generalize, draw conclusions When did the United States become an independent country from England? What is the formula for area? Evaluation Assess concepts, weigh opinions for subjectivity, select items, judge Which type of dog would be best suited for your family, given your lifestyle and housing? Which local newspaper is written the most objectively?

1. Be the change. Leaders of professional development seem to forget that they’re actually teaching, and that part of teaching is modeling the activity you hope to see adopted. A session devoted to equipping teachers to implement more collaborative learning that is presented via “death by PowerPoint” is an oxymoron, a term originating from a Greek word appropriately meaning “pointedly foolish.” As one teacher recently expressed it, “Why does the worst teaching often happen in sessions on how to improve teaching?” Why, indeed? Modeling is a powerful teaching technique. In addition to communicating that the suggested new approach promotes learning, demonstration taps into some of the brain’s natural learning systems: This may be because demonstration actually encourages the brain to engage. Specialized neurons known as mirror neurons make practicing “in the head” possible…When a teacher repeatedly performs a sequence of steps, her students’ mirror neurons may enable their own preliminary practice of the same steps. In other words, as a teacher demonstrates a skill, students mentally rehearse it.1

Though we’ve been invited to lead professional development, we do not have all the answers. Professional development involves merging new research findings with current personnel—i.e., bringing ideas and people together. One way I’ve tried to do more of this recently is to ask teachers if any of them have tried something similar to a new approach I’ve explained. If any have, I invite them to share their experience. This invites elaboration, a critical cognitive process for constructing understanding. If the teacher’s experience was positive, we discuss why the approach was successful. If the teacher’s experience was frustrating, we often find together the reason for it and develop a plan for structuring it better the next time. This give-and-take values everyone, respects the experience present in the session, and allows the leader to be a colleague rather than an aloof expert.

2. Listen. I have a tendency to get preoccupied with my preparation and forget that I’ll actually have people in the professional development session. Not just people but colleagues!

to educators, I ask, if you are not teaching these things in your classes, why are you not?

1. How to predict consequences

The prediction of consequences is part science, part mathematics, and part visualization. It is essentially the ability to create a mental model imaging the sequence of events that would follow, "what would likely happen if...?"

Employers and business leaders need people who can think for themselves -- who can take initiative and be the solution to problems. They need people who can build trust and get along with others, and solve complex challenges in teams without much supervision.

"Partnerships between schools and parents in educating the whole child, which includes developing both the character strength and the competencies required to really succeed in the 21st Century."

A.B. Combs Elementary School in Raleigh, North Carolina

research-based Curriculum Maps present a comprehensive, coherent sequence of thematic curriculum units connecting the skills outlined in the CCSS with suggested student objectives, texts, activities, and much more

Creates a learning community that encourages collaboration and interaction, including student-teacher, student-student, and student-content (SREB D.2, Varvel VII.B, ITS 6.a)

AEA PD Online Website HomeAbout UsFAQsCurrent InitiativesResearch & ResourcesInstructor ToolboxK-12 Online LearningProject OLLIE Current Projects • Transition Process• Marketing Plan• Job Descriptions guest · Join · Help · Sign In · Teaching StandardsProtected page Details and Tags Print Download PDF Backlinks Source Delete Rename Redirect Permissions Lock discussion (1) history notify me Details last edit by eabbey Mar 11, 2011 6:56 am - 26 revisions Tags none Iowa Online Teaching Standards Composed from Iowa Teaching Standards and Other Resources 1. Demonstrates ability to enhance academic performance and support for the agency's student achievement goals (ITS 1) • Knows and aligns instruction to the achievement goals of the local agency and the state, such as with the Iowa Core (Varvel I.A, ITS 1.f, ITS 3.a) • Continuously uses data to evaluate the accuracy and effectiveness of instructional strategies (SREB J.7, ITS 1.c) • Utilizes a course evaluation and student feedback data to improve the course (Varvel VI.F) • Provides and communicates evidence of learning and course data to students and colleagues (SREB J.6, ITS 1.a) 2. Demonstrates competence in content knowledge (including technological knowledge) appropriate to the instructional position (ITS 2) • Meets the professional teaching standards established by a state-licensing agency, or has the academic credentials in the field in which he or she is teaching (SREB A.1, Varvel II.A) • Knows the content of the subject to be taught and understands how to teach the content to students (SREB A.3, Varvel II.A, ITS 2.a) • Is knowledgeable and has the ability to use computer programs required in online education to improve learning and teaching, including course management software (CMS) and synchronous/asynchronous communication t

In the 1950's Benjamin Bloom developed his taxonomy of cognitive objectives, Bloom's Taxonomy. This categorized and ordered thinking skills and objectives. His taxonomy follows the thinking process. You can not understand a concept if you do not first remember it, similarly you can not apply knowledge and concepts if you do not understand them. It is a continuum from Lower Order Thinking Skills (LOTS) to Higher Order Thinking Skills (HOTS). Bloom labels each category with a gerund.

In the 1990's, a former student of Bloom, Lorin Anderson, revised Bloom's Taxonomy and published this- Bloom's Revised Taxonomy in 2001.Key to this is the use of verbs rather than nouns for each of the categories and a rearrangement of the sequence within the taxonomy. They are arranged below in increasing order, from low to high.

Bloom's digital taxonomy map

at least 45 percent of undergraduates demonstrated "no improvement in critical thinking, complex reasoning, and writing skills in the first two years of college, and 36 percent showed no progress in four years."

What good does it do to increase the number of students in college if the ones who are already there are not learning much? Would it not make more sense to improve the quality of education before we increase the quantity of students?

students in math, science, humanities, and social sciences—rather than those in more directly career-oriented fields—tend to show the most growth in the areas measured by the Collegiate Learning Assessment, the primary tool used in their study. Also, students learn more from professors with high expectations who interact with them outside of the classroom. If you do more reading, writing, and thinking, you tend to get better at those things, particularly if you have a lot of support from your teachers.

Research examining student achievement in block-scheduled schools compared to traditional schools showed mixed and inconclusive results

Most research about block scheduling and classroom instruction, as with research on school climate, used student, teacher, and parent questionnaires and surveys.

The Birth of ReligionWe used to think agriculture gave rise to cities and later to writing, art, and religion. Now the world’s oldest temple suggests the urge to worship sparked civilization.

Before them are dozens of massive stone pillars arranged into a set of rings, one mashed up against the next. Known as Göbekli Tepe (pronounced Guh-behk-LEE TEH-peh), the site is vaguely reminiscent of Stonehenge, except that Göbekli Tepe was built much earlier and is made not from roughly hewn blocks but from cleanly carved limestone pillars splashed with bas-reliefs of animals—a cavalcade of gazelles, snakes, foxes, scorpions, and ferocious wild boars. The assemblage was built some 11,600 years ago, seven millennia before the Great Pyramid of Giza. It contains the oldest known temple. Indeed, Göbekli Tepe is the oldest known example of monumental architecture—the first structure human beings put together that was bigger and more complicated than a hut. When these pillars were erected, so far as we know, nothing of comparable scale existed in the world.

At the time of Göbekli Tepe's construction much of the human race lived in small nomadic bands that survived by foraging for plants and hunting wild animals. Construction of the site would have required more people coming together in one place than had likely occurred before. Amazingly, the temple's builders were able to cut, shape, and transport 16-ton stones hundreds of feet despite having no wheels or beasts of burden. The pilgrims who came to Göbekli Tepe lived in a world without writing, metal, or pottery; to those approaching the temple from below, its pillars must have loomed overhead like rigid giants, the animals on the stones shivering in the firelight—emissaries from a spiritual world that the human mind may have only begun to envision.

grounding in both theory and pedagogical application

current research,