Welcome to the PGPTP
     Secondary Science
          Session
            Dawn Berkeley, Seminar Leader




DO NOW: On the strip provided, jot down one success/challenge
you’ve had so far this school year. Once your done, pass your card
to some one else for recommending a way to address your area(s)
of challenge. Return cards to owners.
Professional Values
ļ‚— Focus on our primary mission of closing the
  achievement gap by setting high expectations for our
  students, our colleagues and ourselves.
ļ‚— Maximize our experience – working with a sense of
  urgency, seeking out and welcoming experiences,
  resources, and feedback in order to grow.
ļ‚— Be flexible.
ļ‚— Respect one another.
ļ‚— Model a Culture of Achievement.
Group Norms
ļ‚— Be respectful of one another
ļ‚— No side conversations
ļ‚— Arrive on time and prepared for class
ļ‚— Keep all cell phones off during session.
ļ‚— Focus on things within your control
ļ‚— No war stories…limit dwelling (whining or complaining)
ļ‚— No blame or excuses
ļ‚— No interrupting
ļ‚— Take ownership of the session by actively participating
So, what’s different?
         2nd Year Completion Requirements:
ļ‚— Requirement #1 – Assessment Projects (5)
    1. Professional Development Plan
    2. Aligning Strategies to Content Requirements & Student Needs
    3. Analyzing Content, Standards, and Resources
    4. Diagnosing Student Readiness, Setting Achievement Goals
       and Monitoring Progress – Part 1
    5. Diagnosing Student Readiness, Setting Achievement Goals
       and Monitoring Progress – Part 1

ļ‚— Requirement #2 – Updated PES Component 4 – ā€œSetting
  Goals for Student Achievement and Professional
  Developmentā€
ļ‚— Requirement #3 – Improving Practice Analysis and
  Reflection (5 – 7 pg. reflection)
Agenda
Time               Section     Activity
5:00 – 5:15 p.m.   Opening     Strategy Debrief


5:15 – 6:10 p.m.   Section 1   Mathematics in
                               Science

6:10 - 7:05 p.m.   Section 2   Implementing
                               Effective Strategies
                               for Math Skills in
                               Science
7:05 – 7:15 p.m.   Break
7:15 – 7:50 p.m    Section 3   Analyzing Pretest
                               Data
7:50 – 8:00 p.m.   Closing     Reflection
Session Objectives
 EXAMINE the mathematics skills necessary to comprehend
  science concepts and define the science teacher’s role in
  supporting students’ math skills. (D.S.)

 DEFINE the expected level of mathematics performance
  prescribed in the standards and determine appropriate solutions
  for modifying or scaffolding instruction when math skills needed for
  science exceed student level. (A.Pa.)

 EVALUATE, select, and plan to implement strategies for teaching
  the math skills necessary to understand science concepts. (A.Pe.)

 EVALUATE, select, and plan to implement comprehension
  strategies. (K.N.)
PT Roles
    ļ‚— Key Keeper: This person makes connections to Course Goals,
        Competencies and Key Messages.
    ļ‚—   Time Keepers: This person will keep time for a section of our
        session. The section will be noted by the number on the clock.
    ļ‚—   Judges: This person explains how this session relates to how
        we are being assessed as educators. Their responsibility is to
        make connections from the day’s session to the assignments
        and assessment projects
    ļ‚—   Town Criers: This person provides encouragement/shout outs
        to the group. Shout outs should be aligned to the session
        norms determined during the orientation session.
    ļ‚—   Session Scribe: This person will be responsible for writing up
        any related feedback from debriefs.

.
CONTENT
                          Each of the core subjects you teach has
                          a unique organizational structure,
It is your responsibility vocabulary, and requirements.
to understand deeply      Understanding these elements will help
the content you teach you make connections for your
in order to make          students between skills and
learning meaningful to knowledge, as well as within and
                          between content areas. Most important,
all students.             you will be able to help your students
                          generalize and apply knowledge to new
                          and complex academic tasks.
ASSESSMENT            You will need to monitor student progress
                         carefully, critically analyze results, and make
                         immediate and careful changes to your own
                         teaching practices in order to achieve
Assessment is a key      measurable progress in student
component to closing     performance. You need to understand how to
                         select effective assessments so that you can
the achievement gap.     continuously document student progress
Teachers need to use     toward meeting or exceeding grade-level
ongoing assessments      standards by the end of the school year.
to be highly effective   You will invest students in their academic
in the classroom.        development by being transparent about
                         their performance, sharing results, and
                         providing them with the ongoing assessment
                         tools they need to understand and drive their
                         own academic success.
INSTRUCTION
                         Your instructional choices should
                         support student mastery of standards,
                         be informed by student achievement
Teachers must choose data, and be differentiated to meet
instructional strategies student needs. This will help ensure
carefully to maximize    that your efforts in the classroom will
                         lead toward the academic
their impact on student achievement for every student. Your
achievement.             curriculum is a tool, but whether your
                         students make gains is up to you. No
                         curriculum on its own will be effective
                         for all students.
Opening
             Strategy Debrief
                                  KEY KEEPER



ļ‚— DO NOW: Take out Handouts 3.17 and
 3.18: Strategy Implementation
 Planning/Reflection Sheet. Review your
 work and prepare to discuss your
 reflection with the group.
Opening
              Strategy Debrief
                                     KEY KEEPER


Strategy Implementation Routine Groups:
     NOW: Refer to Handouts 4.1. In
partner pairs, please complete the Strategy
Debrief. Be prepared to share with the
group. *



13 min.
Session Objectives
 EXAMINE the mathematics skills necessary to comprehend
  science concepts and define the science teacher’s role in
  supporting students’ math skills. (D.S.)

 DEFINE the expected level of mathematics performance
  prescribed in the standards and determine appropriate solutions
  for modifying or scaffolding instruction when math skills needed for
  science exceed student level. (A.Pa.)

 EVALUATE, select, and plan to implement strategies for teaching
  the math skills necessary to understand science concepts. (A.Pe.)

 EVALUATE, select, and plan to implement comprehension
  strategies. (K.N.)
Section 1
           Mathematics in Science

ļ‚— Math and Expository Text in Science
ļ‚— Planning Instruction to Support Student
 Math Skills in Science
Math and Expository Text in Science

                            KEY KEEPER

Now you will be led in an experience to
help you appreciate the importance of
addressing math in the secondary science
classroom.


Which key message does this connect to
and how?
Math and Expository Text in Science


DO NOW:
        Please locate Handout 4.2 - ā€œScale
        Modelsā€. Using only the format of the text,
predict with a partner how the article might          require
math.

       Now, please read Handout 4.2. As you read, circle
portions of the text that refer to math skills. After
reading and completing        the chart, be prepared to
answer the following:
Math and Expository Text in Science

•    What math skills are needed to understand the
     text fully?
•    What are the implications for science instruction?
•    How critical are math computation, conceptual
     understanding and problem-solving skills outside
     of math or science classes?




    10 min.
Math and Expository Text in Science

ā€œTeachers must choose instructional strategies
 carefully to maximize their impact on student
                achievement.ā€




                            INSTRUCTION
Planning Instruction to Support Student Math
              Skills in Science
 DO NOW:
       Please turn to Handout 4.3 and refer to the
       5 different examples of ā€œMath in Actionā€.

 • Select 1 that most closely represents the subject
   area you teach.

 • Individually write the math skills required for that
   example in the textbox.


  5 min.
Planning Instruction to Support Student Math
              Skills in Science
DO NOW:

      • Please turn to Handout 4.4 – ā€œPlanning Instruction
        to Support Student Math Skills in Scienceā€.

• Now you will follow the same procedure to assist you in
  your planning of the unit you will teach between Sessions 4
  – 7.




   5 min.
Planning Instruction to Support Student Math
              Skills in Science
DO NOW:

    • Please turn to Handout 4.5, where you will record
      the science content and related math concepts and
      skills.
    • After completing Handout 4.5, please return to
      Handout 4.4 and work through Boxes #1 – 3.
       Station 2               Station 7

       Dani, Alexis, Ardalan   Joseph, Kevin




  5 min.
Planning Instruction to Support Student Math
              Skills in Science
• What are some obstacles you foresee
  implementing your unit?

• What resources do you have to help you address
  math skills for your upcoming unit? P.V.

• What is the overarching goal for this course? How
  can that be achieved by the actvity we just
  completed?


  5 min.
Session Objectives
 EXAMINE the mathematics skills necessary to comprehend
  science concepts and define the science teacher’s role in
  supporting students’ math skills. (D.S.)

 DEFINE the expected level of mathematics performance
  prescribed in the standards and determine appropriate solutions
  for modifying or scaffolding instruction when math skills needed for
  science exceed student level. (A.Pa.)

 EVALUATE, select, and plan to implement strategies for teaching
  the math skills necessary to understand science concepts. (A.Pe.)

 EVALUATE, select, and plan to implement comprehension
  strategies. (K.N.)
Section 2
Implementing Effective Strategies for Math Skills
                  In Science

ļ‚— Just Following Orders
ļ‚— Analyzing Charts and Graphs
ļ‚— Introduction to the Strategies
Just Following Orders (J.F.O.)

• What are some of the challenges for
  students in mathematical problem
  solving?

• What are some benefits to
  the modeled strategy?
Just Following Orders (J.F.O.)

DO NOW:
     • Please turn to Handout 4.6 and share with the
       neighbor closest to you in which order you would put
       the strips and give your reasons for doing so.*


• Correction:
  A  P1V1 = V2
        P2

  10 min.
Just Following Orders (J.F.O.)

DO NOW:
     • You will now have an opportunity to plan an example
       of another J.F.O. activity using the content-
       standards related math skill you identified on
       Handout 4.5/Handout 4.4.* Please work in the
       same groups as before using Handout 4.6.

      • Once your group is done, exchange your Handout
        4.6 with another pair and have them work through
        your J.F.O. activity.



  10 min.
Just Following Orders (J.F.O.)
                  DEBRIEF


In what ways could this strategy benefit your
students?
Analyzing Charts and Graphs



What skills do students need with respect to
charts and graphs?
Analyzing Charts and Graphs

DO NOW:
     • You will now work in two groups for the following
       activity. (Team 1 – Green Dot/Team 2 – Blue Dot)
     • Look at Handout 4.7




  10 min.
Analyzing Charts and Graphs

• How would you explain to your students the
  type of data that is best represented by
  each type of graph?

• How would you guide students to think
  about the variables in the data?

• How would you guide students to match the
  information to the graphs to understand the
  information?
Analyzing Charts and Graphs

DO NOW:
     • Now remaining in teams, you will now on a
       discovery activity that helps students differentiate
       between the 3 types of graphs we just discussed.
     • Look at Handout 4.8*




   5 min.
Analyzing Charts and Graphs
                      DEBRIEF
                        (cards)
DO NOW:
     • You will now have 5 minutes to begin to identify how
       you might build instruction on charts and graphs into
       your upcoming unit. Also consider the following:
     • How might you incorporate lessons that teach
       students to analyze the different types of
       graphs?
Introduction to the Strategies


DO NOW:
    • Please refer to Handout 4.9
    • Think about how the strategies relate to
      what you are already doing.
    • Using Handouts 4.10 and 4.11, you
      will select one strategy to implement
      before the next session.


  8 min.
Introduction to the Strategies

ā€œTeachers must choose instructional strategies
 carefully to maximize their impact on student
                achievement.ā€




                            INSTRUCTION
Session Objectives
            (Take & Pass/Four More
                Feedback Folder)
 EXAMINE the mathematics skills necessary to comprehend
  science concepts and define the science teacher’s role in
  supporting students’ math skills. (D.S.)

 DEFINE the expected level of mathematics performance
  prescribed in the standards and determine appropriate solutions
  for modifying or scaffolding instruction when math skills needed for
  science exceed student level. (A.Pa.)

 EVALUATE, select, and plan to implement strategies for teaching
  the math skills necessary to understand science concepts. (A.Pe.)

 EVALUATE, select, and plan to implement comprehension
  strategies. (K.N.)
10 min.
Section 3
Analyzing Pretest Data
Analyzing Pretest Data

DO NOW:

      Take out the data tracker with the results
which should resemble Handouts 4.13b and
4.14b

In what ways do the activities align to the
Inquiry Process?
Analyzing Pretest Data

DO NOW:
      Please Take out Handout 4.15, which
provides the steps for analyzing data. You will
now focus on analyzing the data you
organized. Where are we in the inquiry
process?

You’ve already reviewed:
Handouts 4.13a and 4.14a
Now record your own data on:
Handouts 4.13b and 4.14b                   25 min.
Take notes on Handout 4.16
Analyzing Pretest Data

Where are we in the inquiry process?

For HW, you should complete your planning
and begin to teach the unit with the data in
mind
Please set a date when you will reassess
students (Handout 4.14b)*




                                           5 min.
Closing
                        Reflection

 Address how the objectives were met using Take and
  Pass sheets.

 Share any new challenges or solutions to teaching and
  learning secondary science that surfaced during this
  session.

 Instructional Strategies Log – Handout 1.8
 Session 5 will introduce a focus on scientific inquiry that
  will continue throughout the course.
Session Objectives
            (Take & Pass/Four More
                Feedback Folder)
 EXAMINE the mathematics skills necessary to comprehend
  science concepts and define the science teacher’s role in
  supporting students’ math skills. (D.S.)

 DEFINE the expected level of mathematics performance
  prescribed in the standards and determine appropriate solutions
  for modifying or scaffolding instruction when math skills needed for
  science exceed student level. (A.Pa.)

 EVALUATE, select, and plan to implement strategies for teaching
  the math skills necessary to understand science concepts. (A.Pe.)

 EVALUATE, select, and plan to implement comprehension
  strategies. (K.N.)
Homework
Please complete the following:
     ļ‚— Begin implementation of Handout 4.4 Planning Instruction to
          Support Student Math Skills in Science
      ļ‚—   Complete Handout 4.11 and implement the strategy.
      ļ‚—   Complete Handout 4.12
      ļ‚—   Bring in evidence of the lesson and come prepared to discuss it
          at the beginning of Session 5.
      ļ‚—   Begin to implement the plan developed on Handout 4.16 to
          tailor instruction to student readiness levels.
      ļ‚—   Read one of the two excerpts on Handout 4.18 and complete
          the chart on Handout 4.17
      ļ‚—   Read Handout 4.20 and take notes in the chart on Handout
          4.19
      ļ‚—   Bring a curricular resource: i.e. teacher’s edition for the texbook
          you use.
Instructional & Grouping Strategies


                   Sentence Strip Activity


    Three Views

Session 4

  • 1.
    Welcome to thePGPTP Secondary Science Session Dawn Berkeley, Seminar Leader DO NOW: On the strip provided, jot down one success/challenge you’ve had so far this school year. Once your done, pass your card to some one else for recommending a way to address your area(s) of challenge. Return cards to owners.
  • 2.
    Professional Values ļ‚— Focuson our primary mission of closing the achievement gap by setting high expectations for our students, our colleagues and ourselves. ļ‚— Maximize our experience – working with a sense of urgency, seeking out and welcoming experiences, resources, and feedback in order to grow. ļ‚— Be flexible. ļ‚— Respect one another. ļ‚— Model a Culture of Achievement.
  • 3.
    Group Norms ļ‚— Berespectful of one another ļ‚— No side conversations ļ‚— Arrive on time and prepared for class ļ‚— Keep all cell phones off during session. ļ‚— Focus on things within your control ļ‚— No war stories…limit dwelling (whining or complaining) ļ‚— No blame or excuses ļ‚— No interrupting ļ‚— Take ownership of the session by actively participating
  • 4.
    So, what’s different? 2nd Year Completion Requirements: ļ‚— Requirement #1 – Assessment Projects (5) 1. Professional Development Plan 2. Aligning Strategies to Content Requirements & Student Needs 3. Analyzing Content, Standards, and Resources 4. Diagnosing Student Readiness, Setting Achievement Goals and Monitoring Progress – Part 1 5. Diagnosing Student Readiness, Setting Achievement Goals and Monitoring Progress – Part 1 ļ‚— Requirement #2 – Updated PES Component 4 – ā€œSetting Goals for Student Achievement and Professional Developmentā€ ļ‚— Requirement #3 – Improving Practice Analysis and Reflection (5 – 7 pg. reflection)
  • 5.
    Agenda Time Section Activity 5:00 – 5:15 p.m. Opening Strategy Debrief 5:15 – 6:10 p.m. Section 1 Mathematics in Science 6:10 - 7:05 p.m. Section 2 Implementing Effective Strategies for Math Skills in Science 7:05 – 7:15 p.m. Break 7:15 – 7:50 p.m Section 3 Analyzing Pretest Data 7:50 – 8:00 p.m. Closing Reflection
  • 6.
    Session Objectives  EXAMINEthe mathematics skills necessary to comprehend science concepts and define the science teacher’s role in supporting students’ math skills. (D.S.)  DEFINE the expected level of mathematics performance prescribed in the standards and determine appropriate solutions for modifying or scaffolding instruction when math skills needed for science exceed student level. (A.Pa.)  EVALUATE, select, and plan to implement strategies for teaching the math skills necessary to understand science concepts. (A.Pe.)  EVALUATE, select, and plan to implement comprehension strategies. (K.N.)
  • 7.
    PT Roles ļ‚— Key Keeper: This person makes connections to Course Goals, Competencies and Key Messages. ļ‚— Time Keepers: This person will keep time for a section of our session. The section will be noted by the number on the clock. ļ‚— Judges: This person explains how this session relates to how we are being assessed as educators. Their responsibility is to make connections from the day’s session to the assignments and assessment projects ļ‚— Town Criers: This person provides encouragement/shout outs to the group. Shout outs should be aligned to the session norms determined during the orientation session. ļ‚— Session Scribe: This person will be responsible for writing up any related feedback from debriefs. .
  • 8.
    CONTENT Each of the core subjects you teach has a unique organizational structure, It is your responsibility vocabulary, and requirements. to understand deeply Understanding these elements will help the content you teach you make connections for your in order to make students between skills and learning meaningful to knowledge, as well as within and between content areas. Most important, all students. you will be able to help your students generalize and apply knowledge to new and complex academic tasks.
  • 9.
    ASSESSMENT You will need to monitor student progress carefully, critically analyze results, and make immediate and careful changes to your own teaching practices in order to achieve Assessment is a key measurable progress in student component to closing performance. You need to understand how to select effective assessments so that you can the achievement gap. continuously document student progress Teachers need to use toward meeting or exceeding grade-level ongoing assessments standards by the end of the school year. to be highly effective You will invest students in their academic in the classroom. development by being transparent about their performance, sharing results, and providing them with the ongoing assessment tools they need to understand and drive their own academic success.
  • 10.
    INSTRUCTION Your instructional choices should support student mastery of standards, be informed by student achievement Teachers must choose data, and be differentiated to meet instructional strategies student needs. This will help ensure carefully to maximize that your efforts in the classroom will lead toward the academic their impact on student achievement for every student. Your achievement. curriculum is a tool, but whether your students make gains is up to you. No curriculum on its own will be effective for all students.
  • 11.
    Opening Strategy Debrief KEY KEEPER ļ‚— DO NOW: Take out Handouts 3.17 and 3.18: Strategy Implementation Planning/Reflection Sheet. Review your work and prepare to discuss your reflection with the group.
  • 12.
    Opening Strategy Debrief KEY KEEPER Strategy Implementation Routine Groups: NOW: Refer to Handouts 4.1. In partner pairs, please complete the Strategy Debrief. Be prepared to share with the group. * 13 min.
  • 13.
    Session Objectives  EXAMINEthe mathematics skills necessary to comprehend science concepts and define the science teacher’s role in supporting students’ math skills. (D.S.)  DEFINE the expected level of mathematics performance prescribed in the standards and determine appropriate solutions for modifying or scaffolding instruction when math skills needed for science exceed student level. (A.Pa.)  EVALUATE, select, and plan to implement strategies for teaching the math skills necessary to understand science concepts. (A.Pe.)  EVALUATE, select, and plan to implement comprehension strategies. (K.N.)
  • 14.
    Section 1 Mathematics in Science ļ‚— Math and Expository Text in Science ļ‚— Planning Instruction to Support Student Math Skills in Science
  • 15.
    Math and ExpositoryText in Science KEY KEEPER Now you will be led in an experience to help you appreciate the importance of addressing math in the secondary science classroom. Which key message does this connect to and how?
  • 16.
    Math and ExpositoryText in Science DO NOW: Please locate Handout 4.2 - ā€œScale Modelsā€. Using only the format of the text, predict with a partner how the article might require math. Now, please read Handout 4.2. As you read, circle portions of the text that refer to math skills. After reading and completing the chart, be prepared to answer the following:
  • 17.
    Math and ExpositoryText in Science • What math skills are needed to understand the text fully? • What are the implications for science instruction? • How critical are math computation, conceptual understanding and problem-solving skills outside of math or science classes? 10 min.
  • 18.
    Math and ExpositoryText in Science ā€œTeachers must choose instructional strategies carefully to maximize their impact on student achievement.ā€ INSTRUCTION
  • 19.
    Planning Instruction toSupport Student Math Skills in Science DO NOW: Please turn to Handout 4.3 and refer to the 5 different examples of ā€œMath in Actionā€. • Select 1 that most closely represents the subject area you teach. • Individually write the math skills required for that example in the textbox. 5 min.
  • 20.
    Planning Instruction toSupport Student Math Skills in Science DO NOW: • Please turn to Handout 4.4 – ā€œPlanning Instruction to Support Student Math Skills in Scienceā€. • Now you will follow the same procedure to assist you in your planning of the unit you will teach between Sessions 4 – 7. 5 min.
  • 21.
    Planning Instruction toSupport Student Math Skills in Science DO NOW: • Please turn to Handout 4.5, where you will record the science content and related math concepts and skills. • After completing Handout 4.5, please return to Handout 4.4 and work through Boxes #1 – 3. Station 2 Station 7 Dani, Alexis, Ardalan Joseph, Kevin 5 min.
  • 22.
    Planning Instruction toSupport Student Math Skills in Science • What are some obstacles you foresee implementing your unit? • What resources do you have to help you address math skills for your upcoming unit? P.V. • What is the overarching goal for this course? How can that be achieved by the actvity we just completed? 5 min.
  • 23.
    Session Objectives  EXAMINEthe mathematics skills necessary to comprehend science concepts and define the science teacher’s role in supporting students’ math skills. (D.S.)  DEFINE the expected level of mathematics performance prescribed in the standards and determine appropriate solutions for modifying or scaffolding instruction when math skills needed for science exceed student level. (A.Pa.)  EVALUATE, select, and plan to implement strategies for teaching the math skills necessary to understand science concepts. (A.Pe.)  EVALUATE, select, and plan to implement comprehension strategies. (K.N.)
  • 24.
    Section 2 Implementing EffectiveStrategies for Math Skills In Science ļ‚— Just Following Orders ļ‚— Analyzing Charts and Graphs ļ‚— Introduction to the Strategies
  • 25.
    Just Following Orders(J.F.O.) • What are some of the challenges for students in mathematical problem solving? • What are some benefits to the modeled strategy?
  • 26.
    Just Following Orders(J.F.O.) DO NOW: • Please turn to Handout 4.6 and share with the neighbor closest to you in which order you would put the strips and give your reasons for doing so.* • Correction: A  P1V1 = V2 P2 10 min.
  • 27.
    Just Following Orders(J.F.O.) DO NOW: • You will now have an opportunity to plan an example of another J.F.O. activity using the content- standards related math skill you identified on Handout 4.5/Handout 4.4.* Please work in the same groups as before using Handout 4.6. • Once your group is done, exchange your Handout 4.6 with another pair and have them work through your J.F.O. activity. 10 min.
  • 28.
    Just Following Orders(J.F.O.) DEBRIEF In what ways could this strategy benefit your students?
  • 29.
    Analyzing Charts andGraphs What skills do students need with respect to charts and graphs?
  • 30.
    Analyzing Charts andGraphs DO NOW: • You will now work in two groups for the following activity. (Team 1 – Green Dot/Team 2 – Blue Dot) • Look at Handout 4.7 10 min.
  • 31.
    Analyzing Charts andGraphs • How would you explain to your students the type of data that is best represented by each type of graph? • How would you guide students to think about the variables in the data? • How would you guide students to match the information to the graphs to understand the information?
  • 32.
    Analyzing Charts andGraphs DO NOW: • Now remaining in teams, you will now on a discovery activity that helps students differentiate between the 3 types of graphs we just discussed. • Look at Handout 4.8* 5 min.
  • 33.
    Analyzing Charts andGraphs DEBRIEF (cards) DO NOW: • You will now have 5 minutes to begin to identify how you might build instruction on charts and graphs into your upcoming unit. Also consider the following: • How might you incorporate lessons that teach students to analyze the different types of graphs?
  • 34.
    Introduction to theStrategies DO NOW: • Please refer to Handout 4.9 • Think about how the strategies relate to what you are already doing. • Using Handouts 4.10 and 4.11, you will select one strategy to implement before the next session. 8 min.
  • 35.
    Introduction to theStrategies ā€œTeachers must choose instructional strategies carefully to maximize their impact on student achievement.ā€ INSTRUCTION
  • 36.
    Session Objectives (Take & Pass/Four More Feedback Folder)  EXAMINE the mathematics skills necessary to comprehend science concepts and define the science teacher’s role in supporting students’ math skills. (D.S.)  DEFINE the expected level of mathematics performance prescribed in the standards and determine appropriate solutions for modifying or scaffolding instruction when math skills needed for science exceed student level. (A.Pa.)  EVALUATE, select, and plan to implement strategies for teaching the math skills necessary to understand science concepts. (A.Pe.)  EVALUATE, select, and plan to implement comprehension strategies. (K.N.)
  • 37.
  • 38.
  • 39.
    Analyzing Pretest Data DONOW: Take out the data tracker with the results which should resemble Handouts 4.13b and 4.14b In what ways do the activities align to the Inquiry Process?
  • 40.
    Analyzing Pretest Data DONOW: Please Take out Handout 4.15, which provides the steps for analyzing data. You will now focus on analyzing the data you organized. Where are we in the inquiry process? You’ve already reviewed: Handouts 4.13a and 4.14a Now record your own data on: Handouts 4.13b and 4.14b 25 min. Take notes on Handout 4.16
  • 41.
    Analyzing Pretest Data Whereare we in the inquiry process? For HW, you should complete your planning and begin to teach the unit with the data in mind Please set a date when you will reassess students (Handout 4.14b)* 5 min.
  • 42.
    Closing Reflection  Address how the objectives were met using Take and Pass sheets.  Share any new challenges or solutions to teaching and learning secondary science that surfaced during this session.  Instructional Strategies Log – Handout 1.8  Session 5 will introduce a focus on scientific inquiry that will continue throughout the course.
  • 43.
    Session Objectives (Take & Pass/Four More Feedback Folder)  EXAMINE the mathematics skills necessary to comprehend science concepts and define the science teacher’s role in supporting students’ math skills. (D.S.)  DEFINE the expected level of mathematics performance prescribed in the standards and determine appropriate solutions for modifying or scaffolding instruction when math skills needed for science exceed student level. (A.Pa.)  EVALUATE, select, and plan to implement strategies for teaching the math skills necessary to understand science concepts. (A.Pe.)  EVALUATE, select, and plan to implement comprehension strategies. (K.N.)
  • 44.
    Homework Please complete thefollowing: ļ‚— Begin implementation of Handout 4.4 Planning Instruction to Support Student Math Skills in Science ļ‚— Complete Handout 4.11 and implement the strategy. ļ‚— Complete Handout 4.12 ļ‚— Bring in evidence of the lesson and come prepared to discuss it at the beginning of Session 5. ļ‚— Begin to implement the plan developed on Handout 4.16 to tailor instruction to student readiness levels. ļ‚— Read one of the two excerpts on Handout 4.18 and complete the chart on Handout 4.17 ļ‚— Read Handout 4.20 and take notes in the chart on Handout 4.19 ļ‚— Bring a curricular resource: i.e. teacher’s edition for the texbook you use.
  • 45.
    Instructional & GroupingStrategies Sentence Strip Activity Three Views

Editor's Notes

  • #2Ā Session To Do’s:
  • #6Ā Review the night’s agenda
  • #7Ā Have PT’s read the Objectives next to their names…
  • #8Ā Read the PT Roles
  • #9Ā Have PT’s whose names appear on the slides read the Key Messages and be responsible for how the session activities connect to those messages throughout the session.
  • #10Ā Have PT’s whose names appear on the slides read the Key Messages and be responsible for how the session activities connect to those messages throughout the session.
  • #11Ā Have PT’s whose names appear on the slides read the Key Messages and be responsible for how the session activities connect to those messages throughout the session.
  • #12Ā Tell the PT’s that this activity will allow them to receive feedback on the pretest they administered for homework before they administer it to their students before next session.EXPLAIN: The reviewer will examine the pretest and give general feedback as well as specific feedback on the following: Standards alignment to content expecationsStandards alignment to cognitive expectationsAlignment to state or textbook test or released itemsTagged questions based on standardsPT’s will write their feedback on Handout 3.1. After 5 minutes, ask that pre-tests be returned and provide PTā€s with opportunity to review and ask for clarification on the feedback.Direct PTā€s to list revisions they will make before administering the test under the box labeled ā€œREVISION PLANā€.
  • #13Ā Tell the PT’s that they will meet in these same strategy groups every time they do the strategy implementation routine. Also try to keep the sheets in an organized fashion for an analysis for Session 15.
  • #14Ā Have PT’s read the Objectives next to their names…
  • #15Ā Tell PT’s: Now you will be led in an experience to help you appreciate the importance of addressing math in the secondary science classroom.
  • #16Ā Tell PT’s: Now you will be led in an experience to help you appreciate the importance of addressing math in the secondary science classroom.
  • #17Ā Have PT’s read Handout 4.2 and complete the chart on the back of Handout 4.2.
  • #18Ā Have PT’s read Handout 4.2 and complete the chart on the back of Handout 4.2.
  • #19Ā Ask a PT to read and mention how they currently apply this in practice.
  • #20Ā Tell PT’s they will now examine their science content standards for mathematical concepts and skills and plan to survey their students’ abilities to tackle conceptual, computational and problem-solving aspects of their science courses.
  • #21Ā Tell PT’s they will now work in course-alike work groups to look ahead to an upcoming unit in order to identify the essential math skills needed to understand the standards more deeply…For this activity, you will use the standards of the unit you plan to teach between Sessions 4 – 7 (use textbook as a reference if necessary).PT’s will now examine a sample planning guide to help target students’ prior knowledge and skills in math. Tell PT’s that Mr. Taylor is going to examine the science topics and corresponding math skills needed for his standards-based physical science unit on measuring.
  • #23Ā .
  • #24Ā Have PT’s read the Objectives next to their names…
  • #25Ā Tell PT’s: Now you will be led in an experience to help you appreciate the importance of addressing math in the secondary science classroom.
  • #26Ā Tell PT’s that in any of the sessions where content is learned, we will go through the strategy routine, where strategies are actually modeled.We will begin the strategy routine in this session by learning 2 strategies for: one for developing math skills and concepts that are procedural and the other for graphs.
  • #29Ā TRANSITION:Now we will experience another strategy for teaching another math skill: analyzing graphs through picture inquiry.Tell PT’s the purpose of the next activity is to model how they an help students interpret data presented in graphs and charts as well as determine the best type of graph based on a set of data.
  • #30Ā TRANSITION:Now we will experience another strategy for teaching another math skill: analyzing graphs through picture inquiry
  • #34Ā Tell PTā€s that they will learn more about how to teach their students how to create graphs in Session 12.
  • #35Ā Explain to PT’s that they began with 2 strategies: One for developing math skills and one for understanding graphsIt’s now time to review the strategy overview chart
  • #36Ā Ask a PT to read and mention how they currently apply this in practice.
  • #37Ā Have PT’s read the Objectives next to their names…
  • #39Ā Have PT’s read the section activities. Tell PT’s rthe goal of this section is to convey the importance of building student science content knowledge.
  • #40Ā EXPLAIN:Tell PT’s that the strategy routine in this session began by presenting 4 strategies for developing reading comprehension – questioning, clarifying, summarizing, and predicting and one strategy for using writing to deepen understanding – science notebooks.The next step is to review the strategy overview chart that accompanies the session. Explain that Handout 3.13 outlines strategies for bolstering student comprehension of scientific text and language. There are 15 strategies found in Handout 3.13
  • #42Ā 6 – 8 weeks after the previous assessment Or at the end of the planned unit
  • #43Ā Have PT’s read the section activities. Tell PT’s rthe goal of this section is to convey the importance of building student science content knowledge.
  • #44Ā Have PT’s read the Objectives next to their names…