1. The following PowerPoint presentation was delivered at an Advanced Academics training in early 2010. Although the topic of the presentation is alternative assessment, the idea of using ascending levels of questioning may also be useful in extending the thinking of Advanced students after the lab investigation. Please see slides 22-30 for an example. Please contact Advanced Academics for further information.

2. Assessment for Advanced Academics In a time of Standards and Standardization

3. Essential Questions What is the purpose of assessment? What factors should be considered when assessing advanced academic students? In what ways should assessment be differentiated when you assess advanced academic students? What are the implications of common assessments for advanced academic students?

4. What is Assessment? Assessment is defined as the process of gathering and organizing information about student work from a variety of sources for the purpose of making sound educational decisions. (VanTassel-Baska 2008)

5. What is the purpose? To move students towards mastery of skills and concepts.

6. Additional goals for Advanced Academics… To move students towards expertise. To move students towards autonomy as learners. To give students opportunities to perform as practitioners in the discipline.

7. Why?

8. Why? and toward a knowledge economy Moving away from an industrial economy innovation is a major keystone

9. Why? We must CHANGE in the GLOBAL economy. if we HOPE to compete (NCEE 2006)

10. Why? We must try to CULTIVATE our most creative citizens. We must TEACH creativity.

11. How?

12. Alternative Assessment

13. – The “ceiling effect” – Rigor, depth and complexity – Value-added learning – Creative applications of learning

14. Why Not Let High Ability Students Start School in January? (Reis, Westberg, Kulikowich, et. Al 1993)

15. What?

16. Examples Performance Based Assessment – Portfolios – Presentations – Real world applications of knowledge Creativity and product assessment models – Creative Problem Solving – Future Problem Solving – Problem Based Learning

17. Ascending Intellectual Demand PRACTITIONER EXPERT APPRENTICE NOVICE

18. Ascending Intellectual Demand Concept Attainment PRACTITIONER EXPERT APPRENTICE NOVICE Manipulates micro-concepts one-at-a time Connects information with a micro- concept Creates generalizations that explain connections among concepts Utilizes concepts within and among disciplines in order to derive theories and principals

19. Ascending Intellectual Demand Autonomy PRACTITIONER EXPERT APPRENTICE NOVICE Seeks affirmation of competency in order to complete a task Seeks confirmation at the end of a task. Reflects upon both content and skills in order to improve understanding/ performance. Works to achieve flow and derives pleasure from the experience (high challenge, advanced skill/knowledge)

20. Ascending Intellectual Demand Skills and Task Commitment PRACTITIONER EXPERT APPRENTICE NOVICE Requires skill instruction, guided practice, support, encouragement and guidance. Applies skills with limited supervision. Exhibits task commitment and persistence when challenges are moderate. Independent and self-directed learner.

21. AID in Science PRACTITIONER EXPERT APPRENTICE NOVICE Sees science as a body of facts and skills. Sees science as a body of concepts and recognizes connections among the microconcepts. Understands and appreciates that scientific knowledge is never declared certain. Makes a contribution to the discipline and or field (e.g. new experiments, new observations, new methods and tools, new theories, principles, and rules.

22. LS.3 A The student will investigate and understand that living things show patterns of cellular organization. PRACTITIONER EXPERT APPRENTICE NOVICE Sees science as a body of facts and skills. Sees science as a body of concepts and recognizes connections among the microconcepts. Understands and appreciates that scientific knowledge is never declared certain. Makes a contribution to the discipline and or field (e.g. new experiments, new observations, new methods and tools, new theories, principles, and rules. What does this look like at each level?

23. LS.3 A The student will investigate and understand that living things show patterns of cellular organization. PRACTITIONER EXPERT APPRENTICE NOVICE Sees science as a body of facts and skills. What does this look like at each level?

24. LS.3 A The student will investigate and understand that living things show patterns of cellular organization. PRACTITIONER EXPERT APPRENTICE NOVICE Identifies and/or describes the different types of cells found in a multic-ellular organism and explains how their characteristics relate to their specialized functions. What does this look like at each level?

25. LS.3 A The student will investigate and understand that living things show patterns of cellular organization. PRACTITIONER EXPERT APPRENTICE NOVICE Identifies and/or describes the different types of cells found in a multic-ellular organism and explains how their characteristics relate to their specialized functions. What does this look like at each level? Sees science as a body of concepts and recognizes connections among the micro- concepts.

26. LS.3 A The student will investigate and understand that living things show patterns of cellular organization. PRACTITIONER EXPERT APPRENTICE NOVICE Identifies and/or describes the different types of cells found in a multi-cellular organism and explains how their characteristics relate to their specialized functions. What does this look like at each level? Identifies and/or describes the different types of cells found in a multi-cellular organism and recognizes that there is frequently a relationship between form and function in living things.

27. LS.3 A The student will investigate and understand that living things show patterns of cellular organization. PRACTITIONER EXPERT APPRENTICE NOVICE Identifies and/or describes the different types of cells found in a multi-cellular organism and explains how their characteristics relate to their specialized functions. What does this look like at each level? Identifies and/or describes the different types of cells found in a multi-cellular organism and recognizes that there is frequently a relationship between form and function in living things. Understands and appreciates that scientific knowledge is never declared certain.

28. LS.3 A The student will investigate and understand that living things show patterns of cellular organization. PRACTITIONER EXPERT APPRENTICE NOVICE Identifies and/or describes the types of cells found in a multi-cellular organism and explains how their characteristics relate to their specialized functions. What does this look like at each level? Identifies and/or describes the types of cells found in a multi- cellular organism and recognizes there is frequently a relationship between form and function in living things. Recognizes the principle of “form follows function” frequently applies in living and non- living things. Categorizes a variety of examples and non- examples of this principle.

29. LS.3 A The student will investigate and understand that living things show patterns of cellular organization. PRACTITIONER EXPERT APPRENTICE NOVICE Identifies and/or describes the types of cells found in a multi-cellular organism and explains how their characteristics relate to their specialized functions. What does this look like at each level? Identifies and/or describes the types of cells found in a multi- cellular organism and recognizes there is frequently a relationship between form and function in living things. Recognizes the principle of “form follows function” frequently applies in living and non- living things. Categorizes a variety of examples and non- examples of this principle. Makes a contribution to the discipline and or field (e.g. new experiments, new observations, new methods and tools, new theories, principles, and rules.

30. LS.3 A The student will investigate and understand that living things show patterns of cellular organization. PRACTITIONER EXPERT APPRENTICE NOVICE Identifies and/or describes the types of cells found in a multi-cellular organism and explains how their characteristics relate to their specialized functions. What does this look like at each level? Identifies and/or describes the types of cells found in a multi- cellular organism and recognizes there is frequently a relationship between form and function in living things. Recognizes the principle of “form follows function” frequently applies in living and non- living things. Categorizes a variety of examples and non- examples of this principle. Critically analyzes the principle of “form follows function” and develops generalizations about its application in nature and in the man-made world that lead to new insights about the nature of science.

31. Discuss What is the purpose of assessment? What factors should be considered when assessing advanced academic students? In what ways should assessment be differentiated when you assess Advanced Academics kids?

32. Reflection What role do common assessments play when using the novice to expert continuum to create Ascending Intellectual Demand?