What Works: 20 Years of Curriculum Development and Research for Advanced Learners Dr. Joyce VanTassel-Baska The College of William and Mary Honolulu, Hawaii 2009 National Curriculum Network Conference March 6, 2008 Dr. Joyce VanTassel-Baska Jody and Layton Smith Professor of Education Executive Director, Center for Gifted Education The College of William and Mary The Process for Determining What Works Theory Practice Research The Theory… Differentiated characteristics of gifted learners: Precocity Complexity Need for adaptations in school-based curriculum The Integrated Curriculum Model Issues/Themes Dimension Advanced Content Dimension Process-Product Dimension VanTassel-Baska, 1986 The Practice… What Works in Curriculum and Instruction for High End Learners? William and Mary curriculum frameworks and models in core areas Research-based instructional approaches (concept maps, higher level thinking, metacognition, developing concepts et al.) Authentic Assessment tools Strategies for Aligning Curriculum for the Gifted with Content Standards Content Standards Differentiated Task Demands Differentiated Product Demands Use of Overarching Interdisciplinary Models Acceleration of Standards -VanTassel-Baska, 2004 Science Curriculum Framework The Problem Concept Understanding “Systems” Process Using Scientific Research Content Learning Science Wheel of Scientific Investigation and Reasoning Make Observations Tell Others What Was Found Ask Questions SCIENTIFIC INVESTIGATION AND REASONING Learn More Create Meaning Design and Conduct the Experiment The Research… Science Research Findings Significant and important treatment effects were found for students’ ability to design an experiment after exposure to the William and Mary units. Teachers and students both found problembased science units more engaging than typical science units. The Research… Science Research Findings cont. Positive academic achievement effects were significant for all groups of learners, regardless of socioeconomic status, ability level, or ethnicity Continued use of the PBL science curriculum over a three year period resulted in continued academic growth for gifted students. -Feng, VanTassel-Baska, Quek, O’Neil, & Bai, 2005 -VanTassel-Baska, Bass, Ries, Poland, & Avery, 1998 Project Clarion Goals To implement instrumentation sensitive to low socioeconomic learners for identification and assessment of learning. To implement, refine, and extend research-based concept curriculum units of study at primary levels. To develop and implement professional training models for stakeholders. To conduct research on short term and longitudinal learning. Project Clarion Research Findings Primary age students exposed to the William and Mary science units showed significant growth on a standardized achievement test in science (MAT8) compared to control students. Primary age students exposed to the William and Mary units showed significant growth in critical thinking when compared to those students who used the regular science curriculum. Project Clarion Research Findings cont. •Performance-based assessments that emphasized higher-order concepts, scientific investigation, and content mastery showed significant growth for Title I students exposed to the science units. •Positive academic achievement effects were significant for all groups of learners, regardless of socioeconomic status, ability level, or ethnicity -VanTassel-Baska, Bracken, Stambaugh, & Feng, 2007 Social Studies Curriculum Framework The Social/Historical Context Concept Understanding Systems, Cause and Effect Government Economics Process Content Learning Social Studies Content and Habits of Mind Using Social Science Processes History Geography Reasoning Research Document Analysis Reasoning about a Situation or Event What is the situation? Who are the stakeholders? What is the point of view for each stakeholder? What are the assumptions of each group? What are the implications of these views? The Research… Social Studies Research Findings Students engaged in the William and Mary social studies units showed significant growth in measures of conceptual thinking, content learning, and critical thinking. Treatment effects were evident for the whole sample including non-gifted students. Gains were consistent for males and females. -Little, Feng, VanTassel-Baska, Rogers, & Avery, 2007 Language Arts Curriculum Framework The Literature Concept Process Understanding Change Using the Reasoning Process Content Literary Analysis and Interpretation Persuasive Writing Learning Language Arts Content and Skills Linguistic Competency Oral Communication Hamburger Model for Persuasive Writing Introduction (State an opinion.) Elaboration Reason Elaboration Elaboration Reason Reason Elaboration Elaboration Elaboration Conclusion The Research… Language Arts Research Findings Students who were exposed to the language arts curriculum showed significant and educationally important gains in literary analysis and persuasive writing (VanTassel-Baska, Zuo, Avery, & Little, 2002; VanTassel-Baska, Johnson, Hughes, & Boyce, 1996). Gifted, learning disabled, and typical learners all showed significant learning gains in critical thinking through the W&M model of persuasive writing (Hughes, 2000). Language Arts Research Findings Academic achievement effects were significant for all groups of learners regardless of socioeconomic status, ability level, or ethnicity (VanTassel-Baska, Zuo, Avery, & Little, 2002; VanTassel-Baska, Johnson, Hughes, & Boyce, 1996). Continued use of the language arts curriculum over a three-year period significantly enhanced students’ literary analysis skills and persuasive writing competency (Feng, VanTassel-Baska, Quek, Bai, & O’Neill, 2005). Project Athena Goals To develop and implement instrumentation sensitive to low socioeconomic learners for purposes of identification and assessment of learning. To implement, refine, and extend research-based language arts curriculum units of study. To develop and implement professional training models. To conduct research on short term and longitudinal student learning gains Project Athena Research Findings Students in Title I schools exposed to the language arts units showed significant learning gains annually in reading comprehension and critical thinking compared to students who used a basal reader or teacher-created materials. Students who were exposed the language arts curriculum showed significant and educationally important gains in literary analysis and persuasive writing. Academic achievement effects were significant for all groups of learners regardless of socioeconomic status, ability level, or ethnicity. -VanTassel-Baska, Bracken, Feng, & Brown, under review; Bracken, VanTassel-Baska, Brown, & Feng, 2007 Jacob’s Ladder Research Findings When compared to students in Title I schools who used the basal readers only, those who were exposed to the Jacob’s Ladder curriculum showed significant and educationally important gains in reading comprehension and critical thinking. Students reported greater interest in reading after exposure to Jacob’s Ladder curriculum. Teachers reported more in-depth student discussion after teaching the Jacob’s Ladder curriculum. -Stambaugh, under revision; Stambaugh, 2007; & French, 2006. What Works in Assessment for High End Learners? Multiple assessments Assessments that tap into higher level thinking and problem solving Assessments that match curriculum outcomes Assessments that meet technical adequacy standards Assessment Instruments Test of Critical Thinking (TCT) Classroom Observation Scale – Revised (COS-R) Student observation scale ASPIRE Professional Development Questionnaire Science Observation Scale Performance-Based Assessments Persuasive Writing Pre-Assessment Prompt: Do you think______ should be required reading for your grade? Student B, Grade 3: “Yes, I think the story The Wolf and the Lion should be required reading for all the students. Why? It’s a great story with a very interesting topic. They could also learn from the story. Also they could get lots of interesting questions. That’s why I think 3rd grade students should read The Wolf and the Lion.” Post-Assessment Student B, Grade 3: “Yes, I think all the students in 3rd grade should read this book. It’s such an excellent moral. One reason I think everyone in third grade should read The Miser is because it does teach a good lesson. It could help them learn that things they never use are worthless. Another reason I think all the students in third grade should read this story is they use great, funny words. It basicly is a funny story. One of the parts I likes was “He pulled his hair out (not really). It would make our writing better. Also, the students should read this because it’s similar to a true story. If you have a good, healthy body and you never use it, the muscles will be very weak, and you’ll miss out on a lot of things. As you see, it’s a good moral for all the students in third grade. They could learn great details for their own stories, and they can compare it with a true happening like this story. It’s a great story.” Science Pre-Test Prompt: How would you do a fair test of this question? Are earthworms attracted to light? Tell how you would test this question. Be as scientific as you can as you write about your test. Write down the steps you would take to find out if earthworms like light. Pre-test Response “First, I would put some earthworms in a container. There would be lights and some dirt. I would put several different earthworms in it. If more earthworms like the light than that would be right. If more didn’t like the light than that would be right. I would try this with about seven groups and decide if they like the light.” CFGE, 3rd Grade Science Post-Test Prompt: How would you do a fair test of this question? Are bees attracted to diet cola? Tell how you would test this question. Be as scientific as you can as you write about your test. Write down the steps you would take to find out if earthworms like light. Materials: 2. 3. 4. Diet Cola, 3 large containers, 3 small containers, 6 bees. Hypothesis: 1. Post-Test Response If you give bees diet cola then they will be attracted to it. Gather 6 bees, diet cola, 3 large containers, 3 small containers. Put 2 bees in each large container. Pour 5 ml of diet cola in each small container. CFGE, 3rd Grade 5. 6. Set the small container of diet cola in each large container that has bees in it. Watch and observe to see if the bees are attached to the diet cola. You should record if the bees like diet cola on a chart like below. BeesIf they are attracted to Diet Cola 1. 2. 3. 4. 5. 6. What Works in Professional Development for High End Learners? Use of teaching and learning models to demonstrate high level instruction Training on materials to reduce inferences about application Emphasis on the linkage between teacher behaviors and student learning Professional Development Research Findings •Teachers can significantly improve their skills in the differentiation strategies of problem solving, critical thinking, curriculum delivery, and metacognition, given ongoing professional development in such strategies embedded in a social studies curriculum (Avery, 1999) •Untrained teachers of the gifted in Title I schools can significantly improve their skills in differentiation strategies across two years, given training and implementation support in language arts (Van Tassel-Baska, Bracken, Feng, & Brown, in press). Professional Development Research Findings Teachers score at differential levels in critical thinking and creative thinking, rendering it problematic for them to teach these skills to students if they are low in the capacity to use the skills themselves (McGowan, 2007). ►Exemplary secondary teachers of the gifted in specialized schools in Singapore and the United States score high in the use of differentiated strategies and have incorporated these practices effectively into their daily repertoire (VanTasselBaska, Feng, & MacFarlane, 2007). Professional Development Research Findings Teacher self-assessments of differentiation use suggest that they are using differentiation strategies more frequently and more effectively than external trained assessors would rate them (Tyler, 2006; Avery, 1999). When teachers employ differentiation strategies, there is corresponding active engagement of students with the learning process (VanTassel-Baska, Bracken, Feng, & Brown, in press). Lessons Learned on Curriculum Development Today is always here…Tomorrow, never. -Toni Morrison Lesson #1 Curriculum design matters. 1 Learner Characteristics & Needs 7 Assessment of Outcomes 8 2 Curriculum Goals Evaluation of Curriculum/Revision 3 6 Outcomes/Objectives Materials & Resources 5 Teaching-Learning Strategies 4 Activities/Task Demands/Questions VanTassel-Baska, 2003 Lesson #2 The curriculum development process matters. Tryouts Field Testing Revisions Piloting Lesson #3 Curriculum development work for high-end learning requires collaboration with content experts and teachers. Teachers of the gifted Curriculum development Content experts Lesson #4 Student exposure to repeated models over time enhances student achievement and learning transfer. Lesson #5 High-level curriculum may be used successfully with all learners. Twice-exceptional Typical learners High readers Promising learners Lesson #6 Promising learners from low-income backgrounds and students of color benefit from high-powered curriculum. Lesson #7 Use of authentic assessment documents authentic learning. Curriculum-based Portfolio Products Lesson #8 Professional development on curriculum materials enhances faithful implementation. Modeling Explicit linkage to content standards Guided practice Lesson #9 Fidelity of implementation of innovative curriculum efforts requires monitoring. Peer coaching Ambassador model Administrative technical support Lesson #10 Institutionalization of innovative curriculum and instruction requires ongoing attention. Time is like a series of liquid transparencies. You don’t look back Along time, But through it like water. -Margaret Atwood, Canadian writer Center for Gifted Education School of Education The College of William & Mary Joyce VanTassel-Baska, Ed.D. Executive Director Jody & Layton Smith Professor of Education 427 Scotland Street Williamsburg, VA. 23185 (757)221-2362 cfge@wm.edu www.cfge.wm.edu