1. ELA / Math Units of Study Roll Out

2. Excerpt: The Road Not Taken
by Robert Frost
Two roads diverged in a yellow wood,
And sorry I could not travel both
And be one traveler, long I stood
And looked down one as far as I could
To where it bent in the undergrowth;
I shall be telling this with a sigh
Somewhere ages and ages hence:
Two roads diverged in a wood, and I –
I took the one less traveled by,
And that has made all the difference.

3. TODAY’S AGENDA Purpose of Today Unit of Study Vision/Expectations
Guiding Documents/Research
Assessment Plan
Unit of Study Overview
Next Step/Planning

6. Guiding Principles
Vision
Collaboration
Accountability

7. District Vision/Goals
Create collaborative culture
Successfully implement and support CCSS K-12 (UOS)
Use CCSS as the vehicle to make district-wide culture changes

8. Collaborative Culture
Education Services Committee
Create CCSS Steering Committee
Secondary Math Committee
School Data Teams

9. CCSS Steering committee
Make Up
- Teachers from all ...grades/subjects
- Principal Reps
- Ed. Service Leadership
Function
Key Actions
- Deep dive into standards
- Redwood
2-day planning retreat

10. Priority Standards Readiness Endurance High Stakes Assessments
(for next level of learning)
Endurance
(concepts and skills that last over time)
High Stakes Assessments
(SBAC)
Leverage
(crossover application to other areas)

11. Units of Study Model
A series of specific lessons, learning experiences, and related assessments — based on targeted Priority Standards & supporting standards — for an instructional focus that may last anywhere from two to six weeks.

12. Common Core Standards: Insufficient By themselves
“To be effective in improving education and getting all students ready for college, workforce training, and life, the Common Core State Standards must be partnered with a content-rich curriculum and robust assessments, both aligned to the Standards.” CCSSI Webinar, 2010

13. JUSD Units of Study Implementation
Standards
Instruction
Assessment
Data Analysis
“Unwrapped” Priority Standards
Matched SBAC Thinking Skill & DOK
Big Ideas
Essential Questions
Engaging Learning Experiences
*Authentic Performance Tasks
Scoring Guides/Rubrics
*Differentiation
* Future
Common Formative Assessments
Variety of Formats (e.g., SBAC)
Frequent Progress Monitoring
Data Teams or PLCs
Focus on Student Needs & Work
Targeted Strategies
Results Indicators
Priority Standards are carefully placed, paced, taught, assessed, re-taught, re-assessed throughout the year.

14. Units of Study Research Base (Effect Size, Hattie, VLFT, 2012)
Formative & Frequency of Assessment
Teacher Clarity
Teacher & Student Feedback
Spaced/ Distributed Practice
Mastery Learning
Teacher Expectation
Effect Size
.90
.75
.73
.71
.58
.43
UOS
CFAs
Unwrap, CFAs & SG/Rubrics
CFAs and Data Teams
Standard Placement
Buffer Days
DOK, Unwrap, CFA
90 – 90 – 90 Study (Reeves, 2000)
Laser-like focus on achievement
Curriculum choices
Non-fiction writing
Collaborative scoring
Multiple opportunities for success

15. JUSD Assessment Plan New District Benchmarks
Administered by all teachers
Details TBD
No Rogue : )

16. Next Steps: Implementation and Accountability
Roll out PD
Ongoing Monitoring
Feedback/Revision
Support/Coaching

17. Unit of Study
Defined
A series of specific lessons, learning experiences, and related assessments—based on designated Priority Standards and related supporting standards—for a topical, skills-based, or thematic focus that may last anywhere from two to six weeks. 17

18. Units of Study
A rigorous curriculum is an inclusive set of intentionally aligned components—clear learning outcomes with matching assessments, engaging learning experiences, and instructional strategies—organized into sequenced units of study. 18

19. Unit of Study…
A rigorous curriculum serves as both the detailed road map and the high-quality delivery system for ensuring that all students achieve the desired end: the attainment of their designated grade- or course-specific standards within a particular content area. . 19

20. Defined Priority Standards
Priority Standards are “those standards that, once mastered, give a student the ability to use reasoning and thinking skills to learn and understand other curriculum objectives.”
- Dr. Douglas Reeves 20

21. Defined Supporting Standards
Supporting standards are those standards that support, connect to, or enhance the Priority Standards. They are taught within the context the Priority Standards, but do not receive the same degree of instruction and assessment emphasis as do the Priority Standards. 21

22. Prioritization, Not Elimination!
An Important Message
Prioritization, Not Elimination!

23. Let’s Look at Our Units!

24. One of the GOALS for today is to answer this Essential Question:
How will Units of Study support teachers in maximizing achievement for ALL students?

25. Assigning the Standards
Distribute Priority Standards across multiple units as long as it makes instructional sense to do so.
Distribute Supporting Standards across multiple units.

26. Defined Units Pacing Guide
A pacing calendar is a yearlong (or course-long) schedule for delivering all of the planned units of study for a designated grade level or course, not the daily lessons to be used within units. 26

27. Buffer Days
Pacing calendar is different than the past. Buffer time is now included between units.
Suggested ways for use of Buffer Days
Assess/ Re-Assess
Review
Reteach
Extension

28. Unit One – Review and Discuss
Priority Standards
Distributing Priority Standards
Pacing Guide
Buffer Days
\\jusd.dom\public\MyJUSD\public\JUSD CCSS Standards\ELA\ELA Standards
How is this pacing
different than in
the past? How is this
beneficial for teachers?

29. “Unwrapping” “Unwrapping” the Priority Standards Skills (verbs)
Concepts (nouns – noun phrases)
Graphic Organizer
Bloom’s
DOK (we will go over this later)

30. “Unwrapping” the Standards
Identifying What Students Must Know and Be Able To Do in the Wording of the Standards

31. “Unwrap” Selected Priority Standards
Identify the key concepts (important nouns or noun phrases) by underlining them.
Identify the skills (verbs) by circling them or writing them in CAPS.

32. Bloom’s levels refer to the student’s level of thinking during instruction.

33. Unit One – Review and Discuss
“Unwrapped” Standards
Bloom’s Taxonomy
ELA – Scaffolding
How can “unwrapped”
standards benefit teachers?

34. What Do You Think Is More Engaging for Students?
Essential Question
Big Idea
Good readers
a) Identify the main idea of
the text and explain how it
is supported by details.
b) Determine which details
are key to the text.
c) Use key details and the
main idea to summarize.
d) Explain what happened
and why it happened based
on information in the text.
How do good readers take details and examples to explain the main idea of a text?

35. The Big Ideas
Foundational understandings students will remember long after instruction ends
What you want students to discover as a result of the learning experience
The larger concepts or main ideas
The student’s answer or response to a related Essential Question

36. Big Ideas
Writers create a report on an informational text or topic by:
a) Introducing a topic clearly, grouping related information in paragraphs, and using descriptive details.
b) Developing a topic with appropriate facts, definitions, concrete details, and quotations related to the topic.
c) Providing a concluding statement to the information presented.

37. Essential Questions Questions, not statements,
stimulate student curiosity to find the answers!

38. Characteristics of Essential Questions
Cannot be answered with a “yes” or “no”
Have no single obvious right answer
Cannot be answered from rote memory
Match the rigor of the “unwrapped” standard
Go beyond who, what, when, and where to how and why
Moves away from procedural to conceptual understanding
Makes it relevant

39. Essential Questions
How does a writer create a report on a topic from an informational text?

40. Unit One – Review and Discuss
The Big Ideas
The Essential Questions
How will this
change
Instruction?

41. Designing Quality Assessments
Identify purpose
Select best type for purpose
Make inferences
Guide instruction
Aligned with standards
High rigor

42. DOK Webb’s Depth of Knowledge… DOK is about the test item
NOT the student.
DOK refers the complexity of the assessment.
DOK: Adapted from the model used by Norman Webb, University of Wisconsin, to align standards with assessments

43. DOK DOK 1: Recall and Reproduction DOK 2: Skills and Concepts
Recall facts, information; reproduce simple process/procedure
DOK 2: Skills and Concepts
Make decisions about a question or problem; more than one step
DOK 3: Strategic Thinking
Develop a plan, use evidence, choose more than one answer, justify response
DOK 4: Extended Thinking
Apply conceptual understanding, investigate connections, relate ideas, devise an approach among alternatives—needs extended time

44. 80% of the test was Bloom’s Level 1.
DOK and State Testing…
On the old STAR test,
80% of the test was Bloom’s Level 1.
On the old STAR Test,
0% of the test was DOK 4
On the new SBAC test,
68% of the test is DOK 3 and 4.

45. Summative Assessments FORMATS
Selected response
Short constructed response
Extended constructed response
Technology enhanced
Performance tasks (ELA only)
CAASPP- California Assessment of Student
Performance and Progress formerly SBAC

46. Pre & Post Assessment Included with every unit
Mirrored, aligned, blended
Administered by all teachers
Formative use
Pre-assessment drives our instruction
Formative and summative use
Post Assessment drives reteaching instruction

47. Pre & Post Assessment Selected-Response questions
Answer key provided (teacher copy)
Constructed-Response questions
Rubric provided (teacher/student copy)
Aligned to SBAC type questions

48. Scoring Guides for Assessments
The scoring guide is a specific criteria describing different levels of student proficiency relative to assessments.
Ainsworth, L., 2011

49. How can rubrics help students?
Rubric – an example
Thorough 4
Adequate 3
Partial 2
Minimal 1
Meets all of the proficient criteria PLUS
Meets 3 or 4 of the proficient criteria
Meets 2 or fewer of the proficient criteria
How can rubrics help students?

50. Unit One – Review and Discuss
Pre-Assessment
Post-Assessment
Student Copy
Teacher Copy
Rubrics
Notice how they are
aligned to the priority
standards
Pre-Assessment
Post-Assessment

51. The Art and Science of Teaching, 2007
Robert Marzano
“Levels of student performance improve when instruction focuses on: active learning, real-world contexts, higher-level thinking
skills, extended writing, and demonstration.”
The Art and Science of Teaching, 2007

52. Math Different Here
Next 7 slides ELA only

53. Performance Task Defined
“Performance tasks provide an opportunity to challenge students to apply their knowledge and skills to respond to complex, real-world problems. They can best be described as collections of questions and tasks presented to students that are coherently connected to a single theme or scenario.”

54. Terms and Definitions Performance Task = A single assessment
Performance Assessment = A collection of related performance tasks

55. Key Points to Remember When Designing Performance Tasks
What are your desired end results for student learning?
Can you “work backwards” – start with a culminating task and then create the lead-up tasks to get there?

56. Relationship between Tasks and Engaging Scenario
Engaging scenario answers question: “Why are we doing it?”
Performance tasks answer question: “What are we going to do?”

57. Engaging Scenario
How will you
“hook”
the students?

58. Effective Engaging Scenarios Contain Five Key Elements
S What is the situation?
C What is the challenge?
R What role(s) does the student assume?
A Who is the audience (preferably an external audience)?
P What is the product/performance student will demonstrate and/or create?  

59. Is Your Scenario Truly Engaging?
Acid test: If there were no standards driving instruction and assessment, would this scenario be so compelling students and teachers would WANT to work on these tasks?

60. What is Proficiency?

61. Terminology Proficiency/ Adequate
The level of performance students must meet to demonstrate attainment of a particular standards
(Thorough, Adequate, Partial, Minimal)

62. Terminology *Anchor Papers Student-produced work samples at exemplary/
thorough and proficient/ adequate levels of performance on the scoring guide.
* Coming soon

63. Terminology Scoring Guide (Rubric)
A set of general and/or specific criteria used to evaluate student performance on a given task or item

64. Unit One – Review and Discuss
Performance Assessment
Look at Situation Challenge Roles Audience Product/Performance
Look at each task
Student Copy
Teacher Copy
Rubrics
Notice how they are
aligned to the priority
standards

65. Range of Effect Sizes for Feedback
0.04 for praise (minimal impact)
0.46 for feedback associated with progress toward stated goals
0.95 for detailed feedback on the specific task and the processes the student is using to master it
J. Hattle and H. Timperley, “The Power of Feedback,“ Review of Educational Research, 2007

66. Other items in the organizer
Academic Vocabulary
Suggested Resources (some being acquired)
Suggested Instructional Strategies/Skills
*Detailing the Unit

67. Unit One – Review and Discuss
Review the rest of the unit organizer
What else is included?

68. Weekly Lesson Plans
How can you start to create lesson plans for unit 1?
Review the priority and supporting standards for unit 1.
Review the “unwrapped” standards, big ideas and essential questions.
Review the post-assessment and the performance tasks.

69. Lesson Planning Guided Practice
Review performance task #4.
In your group, brainstorm what you would need to teach to prepare students for task #4.
Write these ideas on chart paper.
Be ready to share out.
Sample list on next slide…

70. Sample lesson plan ideas…
Students will research a planet using several different resources. They will take notes on the topology, location, life forms (if any), etc. using step-up to writing strategies and/or graphic organizers. (Task 1)
Student will assemble a project/model, poster, diorama, or power point at home with family support that includes the planet elements. (Task 2)
Students will write an organized report that includes the elements of the planet, and main idea, details, information, and demonstrate command of conventions of English. (Task 3)
Students will give an oral presentation using a visual aid on their planet, including the elements of the planet. (Task 4)
*Rubrics are provided for each Task.*

71. “Effective schools have a clear, strong internal focus on issues of instruction, student learning, and expectations for teachers’ and students’ performance.”
R. F. Elmore, School Reform from the Inside Out: Policy, Practice, and Performance, 2004

72. Reflections – Table Discussion72 72

73. Math Units
4th Grade

74. Unit One – Review and Discuss
Content-Specific Vocabulary
Critical Areas of Focus
Implications of Mathematical Practices
Suggested Pacing
Pre-requisite skills – possible Math Review topics
How will these components
enrich your instruction?

75. Support for Instructional Design
In the Unit Organizer
Vocabulary
needed for the unit.
Learning Objectives
(COLO)
Academic Vocabulary
Addends Greater than >
Associative property of addition Identity property of addition
Commutative property of addition Inverse operations
Compare Less than <
Compatible numbers Millions
Difference Not equal to ≠
Digit Odd
Equal to = Parentheses
Equation Period
Estimate/ Round Regroup
Even Standard form
Expanded form Sum
Expression Variable
Fact family Word form
Factor
To be created at a later date

76. Critical Areas of Focus derived from the State Standards
Implications of Mathematical Practices
(How are students going to use the practices within the unit)
Critical Area of Focus #1
Students generalize their understanding of place value to 1,000,000, understanding the relative sizes of numbers in each place. Depending on the numbers and the context, they select and accurately apply appropriate methods to estimate or mentally calculate sums and differences.
Make sense of problems and persevere in solving them.
Students will use visual models to aide them in making sense of larger place value quantities and persevere while constructing larger numbers for use in addition and subtraction.
Reason abstractly and quantitatively.
Students will recognize that the value of a digit is determined by its place.
Construct viable argument and critique the reasoning of others.
Students construct arguments using concrete referents, such as manipulatives and charts while participating in mathematical discussions. Students will ask questions like “How did you get that?”, “Explain your thinking”, and “Why is that true?” when solving problems.
Model with mathematics.
Students will use base ten blocks and manipulatives to represent different number quantities.
Use appropriate tools strategically.
Students will use place value charts, base ten blocks, and number lines to solve problems.
Attend to precision.
Students use appropriate vocabulary when discussing place value, addition, and subtraction.
Look for and make use of structure.
Students will discover a pattern when working with numbers and will understand the role of commas when reading and writing numbers to 1,000,000.
Look for and express regularity in repeated reasoning.
Students will build upon prior knowledge of place value when assessing the reasonableness of estimates when adding and subtracting quantities.
Critical Areas of Focus
derived from the State Standards
Standards for Mathematical Practice and their implications for the unit.

77. Priority and Supporting Standards in Instructional Sequence
In “Resources and Materials” find Go Math! corresponding lessons, suggested manipulatives, sample online lessons, etc.
Sequence of Standards and Pacing
“Unwrapped” Priority Standards and Supporting Standards
Learning Experiences/
investigations
Resources and materials
4.NBT.2
PRIORITY
(4-5 days)
READ
WRITE
 COMPARE
DOK: 1
Multi-digit whole numbers
Using base-ten numerals
Number names
Expanded form
Multi-digit numbers
Using symbols <, =, >
Engage with the Digital Lesson TE. 9B- Essential Question
Think Central Math on the Spot Video Tour
Digital Lessons/Activities
Go Math Chapter 1 lessons
Base 10 blocks
Manipulatives
Place Value chart
Learn Zillion 4. NBT.2
In the Sequence of Standards and Pacing , you will find a suggested sequence and pacing. Priority Standards are in bold. Standards are unwrapped and Depth of Knowledge (DOK) noted.
Learning experiences allow the students to discover Big Ideas for themselves (see next slide)….
*Notice on 4.NBT.2 Lessons 1.2 and 1.3 are suggested to be taught before 1.1.

78. Corresponding Big Ideas
The Big Ideas should NOT be posted in your classroom. The learning experiences and lessons should lead the students to the Big Ideas.
Essential Questions should be posted in the classroom during each unit.
Essential Questions
Corresponding Big Ideas
How can the place value system help you add and subtract?
Why is it important to understand the value of a digit?
How are addition and subtraction related?
Why is estimation important in solving addition and subtraction problems?
4.NBT.2: The value of a digit is determined by its position.
4.NBT.2: Place value is a system based on groups of 10. Knowing place value makes it easier to compose and decompose numbers..
4.OA.3: Addition and subtraction are inverse operations
4.OA.3: Estimation is a tool used to help determine the reasonableness of an answer.

79. Intervention, Extension, Differentiation, and Additional Support.
Sequence of Standards and Pacing
“Unwrapped” Priority Standards and Supporting Standards
Learning Experiences/
investigations
Resources and materials
Interventions/
Extensions
Differentiation/
Additional Supports
4.NBT.2
PRIORIT Y
(4-5 days)
READ
WRITE
Multi-digit whole numbers
Using base-ten numerals
Number names
Expanded form
Engage with the Digital Lesson TE. 9B- Essential Question
Think Central Math on the Spot Video Tour
Go Math Chapter 1 lessons
Base 10 blocks
Manipulatives
Place Value chart
Go Math Enrich
Reteach
Common Errors TE p. 10
Advanced Learner Activity TE p. 11
UA- Grab and Go
Intervention, Extension, Differentiation, and Additional Support.
Until our full adoption, GO MATH! may be your best resource to reach all learners. There might be some learning experiences and problem-solving tasks that you may want to use with an advanced group. There are online sources that provide additional algorithm practice. There are other online sources that could be useful/helpful as well.
Each unit has a problem-solving task and /or performance task(s) to be completed.
The tasks allow students to apply their learning from the unit. They are a formative assessment of student knowledge.
Mid Chapter Test
Mid Chapter Checkpoint Quiz
Go Math Student Edition p. 21
Problem Solving Task: Math Review Poster Method
An Amusement Park- Go Math SE Assessment Guide Chapter 1 Task

80. Year- Long Unit Pacing of Standards
NOT listed in teaching order- look in unit organizer for suggested teaching order.
Each Unit has one week of buffer
Time at the end to work in Go Math’s “Getting Ready for Grade 5.”
Year- Long
Unit Pacing
of Standards
Unit of Study Pacing Guide
4th Grade Math
Week
Unit
Name
Standards
(Highlight Priority)
Trimester 1
(12 Weeks)
*Standards are not listed here in suggested teaching order; look in unit organizer for standard teaching order
4 weeks +
Buffer:
1 week
Unit 1: Place Value, Rounding, Fluency with Addition/Subtraction
OA.3
OA. 5
NBT.1
NBT.2
NBT.3
NBT.4
NF.6
7 Weeks
Unit 2: Multiplication and Division of Whole Numbers
OA.4
NBT.5
NBT.6
OA.1
OA.2

81. Sample Lesson Planning Ideas
Beginning with the “Show What You Know” from Go Math! could help you plan for instruction in the upcoming unit/chapter.
Pre-requisite skills can be reviewed and solidified through daily Math Review.

82. Day 1-Unit 1:
Introduce Essential Question: “Why is it important to understand the value of a digit?” using the Engage 1.1 online digital lesson
Create a place value chart
Review place value period names
Use base 10 blocks to represent place values
Day 2- Unit 1:
Watch the Engage 1.2 digital lesson online
Watch the Real World video to introduce the concept (2 minute video)
Teach Go Math! Lesson 1.2, pgs. 9-10
Review Common Errors prior to closing lesson
*Use differentiation for students during (using results of “Quick Check” problems) or after lesson with Reteach 1.2/Enrich 1.2/Personal Math Trainer, etc.
…Continue on with planning for the remainder of the unit

83. Unit One Overview – Review and Discuss
Instructional Design/Weekly Lesson Planning:
Look at the sequence of standards, priority/
supporting/unwrapped standards, Big Ideas, and
Essential Questions
Review resources/materials/learning experiences
Review Pre- and Post- Unit Assessments
Review Problem-solving/Performance tasks
How will students discover the big ideas and use the mathematical practices?
Use all of this to help you plan out your daily/weekly/unit lesson plans.
QUESTIONS?