GIFTED AND TALENTED EDUCATION:

1. GIFTED AND TALENTED EDUCATION: An overview with classroom implications and application Terri Verhaegen AP/AVID/GATE Program Specialist SAUSD

2. Overview: Who are your GATE students? • Characteristics • Referral • Assessment Process

3. Characteristics Differences commonly found between most gifted learners and their age peers: • Advanced comprehension and a faster pace of learning (2-8 years ahead of the regular age-graded class) • Need for complexity and intensity • Desire for depth (ability to make connections, find unusual relationships and move from facts to principles theories and generalizations) • Crave Novelty or alternative and varied input and processes

4. Intellectual vs. High Achiever • Intellectually gifted children can usually generalize, work with abstract ideas and synthesize diverse relationships Whereas: • High achievers generally function better with knowledge and comprehension level learning than with abstract and open-ended material In SAUSD—we identify BOTH as GATE, but the characteristics are not the same

5. 83% of SAUSD identified as High Achievement 4% of SAUSD identified In SPECIFIC ACADEMIC AREA 13% of SAUSD identified as Intellectual

6. (Mis)Perceptions of Gifted Students

7. Referral • Most gifted students are identified in elementary years. In SAUSD, • every 2nd grader is tested • grades 3-11 are tested upon referral. • a student can apply for GATE assessment in elementary or secondary Assessment Measures: Collection of screening data can include: • Academic Achievement Scores (e.g. Benchmarks, CST’s/CMA’s, Writing Proficiency) • Standardized ability tests (e.g. NNAT2) • Standardized Intelligence tests (e.g. WISC, CogAt, Olsat, Leiter—limited use in SAUSD • Observation/Anecdotal Parent/Teacher checklists • Grades • Rapid acquisition of English for EL students (CELDT)

8. SAUSD Program Design • In both elementary and secondary, SAUSD utilizes the “cluster” design. • “Clusters” of 5 or more students are placed in a regular classroom. • In secondary (grades 6-12) these clusters are usually in “honors” or AP level classes.

9. GIFTED AND TALENTED EDUCATION: What does this mean for your classroom?

10. Implications for Curriculum and Instruction • Connection to CCSS • Types of Differentiation • Acceleration • Novelty • Depth • Complexity

11. What CCSS documents say regarding “Advanced Learners”? 3. The Standards do not define the nature of advanced work for students who meet the Standards prior to the end of high school. For those students, advanced work in such areas as literature, composition, language, and journalism should be available. This work should provide the next logical step up from the college and career readiness baseline established here. 4. The Standards set grade-specific standards but do not define the intervention methods or materials necessary to support students who are well below or well above grade-level expectations. No set of grade-specific standards can fully reflect the great variety in abilities, needs, learning rates, and achievement levels of students in any given classroom. However, the Standards do provide clear signposts along the way to the goal of college and career readiness for all students. ---CCSS page vii (underline added for emphasis)

12. What CCSS documents say regarding “ELA Habits of Mind”? The descriptions that follow are not standards themselves but instead offer a portrait of students who meet the standards set out in this document. They demonstrate independence. They build strong content knowledge. They respond to the varying demands of audience, task, purpose, and discipline. They comprehend as well as critique. They value evidence. They use technology and digital media strategically and capably. They come to understand other perspectives and cultures.

13. What CCSS documents say regarding “Math Practices”? The Standards for Mathematical Practice describe varieties of expertise that mathematics educators at all levels should seek to develop in their students. Make sense of problems and persevere in solving them. Reason abstractly and quantitatively. Construct viable arguments and critique the reasoning of others. Model with mathematics. Use appropriate tools strategically. Attend to precision. Look for and make use of structure. Look for and express regularity in repeated reasoning.

14. Curriculum and Instruction Advancing the concept of differentiation to a new level to both reinforce and extend teaching and learning… • taking the “core” curriculum addingdepth, complexity, novelty and acceleration. • Modifying what students will know (content), how students will think (critical creative and problem-solving skills), how students will access and use resources (research skills), and how student will summarize and share their learning (product).

15. Depth Creative Thinking Critical Thinking Introduction to the Disciplines Problem Solving Resilient What is DIFFERENTIATION? Universal Concepts Logic Novelty Self-Accountability Acceleration Thinking Like a Disciplinarian Task Commitment Group Skills Art of Argumentation Intellectualism Define one’s self and potential Art of Appreciation Understanding of giftedness Expertise Questioning Participation Skills Complexity

16. Connections between GATE and CCSS GATE Standards CCSS Anchor Standards R2. Determine central ideas or themes… L6. Acquire and use accurately a range of general academic and domain specific words… R1. Cite specific textual evidence… R7. Delineate and evaluate the argument… R6. Assess how point of view or purpose shapes the content… R7. Integrate and evaluate content presented in diverse media and formats… W3. Write narratives to develop real or imagined experiences… R1. Read closely to…make logical inferences… • Acceleration • Depth • Complexity • Novelty

17. Acceleration of Content • Use universal concepts like “conflict”, “change” or “relativity”. • Build and bridge concepts (possibly by compacting the curriculum to streamline the curriculum or challenge the level) • Develop the art of appreciation and the art of argumentation • Dig deeper into content through questioning skills or “Thinking like a Disciplinarian”.

18. Questioning Strategies = Collaborative Academic Conversations and Socratic Seminars • Methods used by teachers and students to ask questions that require the respondent to use high-level, critical, and/or creative thinking skills when processing information or responding to the question.

19. Why use Questioning Strategies? • Questioning strategies are essential to the growth of critical, creative, and higher level thinking skills. (Shaunessy, 2005) • When teachers regularly model questioning strategies and expect student questions, students learn to formulate questions that will improve their learning. (Fisher, 2007)

20. Elaborate and Clarify Support with Examples Build on or Challenge another’s ideas Paraphrase Synthesize What is meant by ______? How do you know? How could we prove or confirm that? If ____happened, what would be the result? Support your conclusion What might be other points of view? How could you say that another way? Why do you believe that? How can we bring this all together? Good questions help to accelerate learning:

21. Novelty Students expressing knowledge in their own words and ways. Includes elements of… • Creative thinking • Critical thinking • Problem solving • Logic • Self-accountability • Task commitment • Group skills • Intellectualism • Self-defining • Develop expertise • Understanding giftedness • Resilient • Participation skills

22. Apply what you’ve learned • How do acceleration and novelty already have a place within classrooms implementing Common Core State Standards? • Turn and share ideas with your elbow partner

23. Power of Depth and Complexity Icons…Provide structure and support for taking a deeper and more complex look at any topic • Quick Easy Application to any Material • For Visual learners--A picture is worth a thousand words • Provide scaffolding to do higher level thinking for second language students and students with learning disabilities • Develop “Habits of Mind” that become ingrained • Advanced learners are asked to reach into the upper ranges of their ZPD • Increase student enthusiasm and motivation

24. But remember, we are not teaching the icons, we are teaching concepts to new levels of depth and complexity using pictures to stand for the thinking strategies. Think PROMPTS.

25. Concrete Entry Points • Brainstorm Common Everyday Icons • Use the Detail Icon as way for students to talk about themselves (Seen and Unseen Details) • Read a story like the Butter Battle Book by Dr. Seuss to introduce several icons • Use Multiple Perspectives for conflict resolution • Use the Rules icon for class rules on first day • Use the Big Idea for writing a paragraph

26. Use the Icons Within Your Classroom and Lessons • Post the icons in your classroom • “Look for (appropriate icon) in our lesson today on (content area).” • Use the Big Idea to summarize or end lessons. • Label your daily agenda and lesson plans with the icons. • Have students label all work with the appropriate icons. • Label all classroom work and charts with the icons.

27. Depth • Refers to approaching or studying something from the concrete to the abstract, from the known to the unknown. • Requires students to examine topics by determining the facts, concepts, generalization, principles and theories related to them. • Necessitates uncovering more details and new knowledge related to a topic of study. • Encourages students to adopt perspectives and to see patterns in connections.

28. Language of the Disciplines: Specialized vocabulary, names of skills or tasks, tools used Details: Attributes, parts, factors, variables Patterns: Repetition, predictability Trends: Forces, direction, ongoing Rules: Structure, order, hierarchy, explanation Ethics: Points of View, different opinions Big Idea: Generalization, principle, theory Unanswered Questions: Discrepancies, missing parts, unclear ideas, incomplete ideas Impact: Cause and effect, influence Process: sequence, procedures Motive: reasons, causes, purpose Proof: evidence, validation Depth has the following major dimensions:

29. Complexity • Includes making relationships, connecting other concepts, and layering. • Why/how approach that connects and bridges to other disciplines to enhance the meaning of a unit of study. Relate concepts and ideas at a more sophisticated level • Encourages students to see associations among diverse subjects, topics or levels and find multiple solutions from multiple points of view

30. Complexity has these major elements: • Over Time: Between the past, present and future, and within a time period • Points of View: Multiple Perspectives, opposing viewpoints, differing roles and knowledge • Interdisciplinary: With, between and across the disciplines • Context: environment shapes or affects outcome • Translate: multiple and varied meanings of language, various interpretations • Original: new, unique, what makes it new • Judgment: factors that influence decisions

31. Practice Time #1Nursery Rhyme • Read the text provided to your group. • Develop a question and possible response based on your given prompt. • Share and discuss with your small group.

32. Practice Time #2Exemplar Text from CCSS Appendix B • Read the text provided to your group. • Develop a question and possible response based on your given prompt. • Share and discuss with your small group.

33. How can we use this with what we already do? • Use Thinking Maps with Depth and Complexity icons • Frame of reference • Tree map headers • Develop Text-Dependent questions • Socratic Seminar and Collaborative Academic Conversations

34. Tree Map

35. Double Bubble Ice Cream Pizza

36. Intellectual Pathway • For each student or group, create an individual Intellectual Pathway to a product. • Student A: • Student B: • Student C:

37. Use Depth and Complexity concepts to elaborate any topic or unit. • Give of . • Look for . • Use to shed light on . • Pull apart the you encounter. • Discover if are due to insufficient , • unknown , or issues.

38. Now on your own • Utilizing a text your brought, rework a current assignment to include elements of depth and complexity (you may also include novelty and acceleration). • Be ready to share in 10 minutes.

39. Depth Creative Thinking Critical Thinking Introduction to the Disciplines Problem Solving Resilient DIFFERENTIATION in your classroom Universal Concepts Logic Novelty Self-Accountability Acceleration Thinking Like a Disciplinarian Task Commitment Group Skills Art of Argumentation Intellectualism Define one’s self and potential Art of Appreciation Understanding of giftedness Expertise Questioning Participation Skills Complexity