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5E Lesson Plan Template S2 Science - The UTeach Institute

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Paige Evans, Perri Segura,<br />

Tonya Jeffery<br />

<strong>UTeach</strong> <strong>Institute</strong> - NMSI Annual Conference<br />

Austin, TX / May 25 – 27, 2010<br />

<strong>5E</strong> <strong>Lesson</strong> <strong>Plan</strong><br />

Title of <strong>Lesson</strong><br />

teachHOUSTON Student Name:<br />

Mentor Teacher Name:<br />

Grade Level:<br />

<strong>Lesson</strong> Teaching Date and Time:<br />

Concept Statement:<br />

Broad global statement about the concept(s) you want students to understand as a result of<br />

participating in this lesson. Include a sentence about why this concept is important for your<br />

students to learn.<br />

Example: Carbon dioxide is a gas that is colorless, denser/heavier than air, and does not<br />

support burning. Students should recognize characteristics of carbon dioxide because it is<br />

an important component of the environment that is necessary for life on earth to exist.<br />


<br />

TEKS:

<br />

Give
identification
number
and
letter
and
write
out
the
TEKS.
Underline
the
part
of
the
TEKS
that
your
<br />

lesson
addresses.
<br />

Objectives
<br />

<strong>The</strong>
student
will
be
able
to:
<br />

1.
 
<br />

Evaluation
Questions
for
each
Objective
<br />

2.

 
<br />


<br />


<br />

3.

<br />


<br />


<br />


<br />


<br />

Materials List and Advanced Preparations:<br />


 For
the
teacher:
<br />

For each student:<br />


<br />


<br />

For
each
group:
<br />


<br />


<br />

Safety Issues:<br />

1


Paige Evans, Perri Segura,<br />

Tonya Jeffery<br />

<strong>UTeach</strong> <strong>Institute</strong> - NMSI Annual Conference<br />

Austin, TX / May 25 – 27, 2010<br />

Classroom Management:<br />

Five-E Organization<br />

ENGAGEMENT<br />

What the Teacher<br />

Will Do and<br />

Student<br />

Misconceptions<br />

Include an<br />

interesting and<br />

understandable<br />

attention grabber<br />

that relates directly<br />

to the concept being<br />

taught.<br />

Time: Minutes<br />

Probing/Eliciting Questions and<br />

Students Responses<br />

Check for prior knowledge and<br />

students’ experiences.<br />

List critical questions that will<br />

establish prior knowledge and<br />

create a need to know.<br />

List critical questions that will<br />

address common student<br />

misconceptions.<br />

What the Students Will Do<br />

Describe what the students will<br />

do.<br />

Include the hoped-for correct<br />

responses that students might<br />

give. [Give correct responses in<br />

brackets.]<br />

Transition Statement<br />

What will you say to transition students from the Engagement Section to the Exploration?<br />

Important questions to answer:<br />

(a) What is the purpose of the next activity?<br />

(b) Why do students need to know the information?<br />

(c) How does the next activity connect to the engagement?<br />

EXPLORATION<br />

Time: Minutes<br />

What the Teacher Will Do<br />

and Student Misconceptions<br />

Describe what you will do and<br />

say to introduce and guide the<br />

student exploration.<br />

Explain step-by-step what the<br />

students will do to explore the<br />

concept. Include information<br />

on how the class will be<br />

organized. Specific directions<br />

for the exploration may be<br />

included separately as a<br />

Probing/Eliciting<br />

Questions and Student<br />

Responses<br />

Use questions to guide<br />

student explorations,<br />

evaluate student<br />

understanding, and<br />

facilitate student<br />

interaction and group<br />

collaboration.<br />

List questions you will<br />

ask to check for<br />

students’ understanding<br />

What the Students Will Do<br />

List step by step what the<br />

students will do to explore the<br />

concept.<br />

2


Paige Evans, Perri Segura,<br />

Tonya Jeffery<br />

<strong>UTeach</strong> <strong>Institute</strong> - NMSI Annual Conference<br />

Austin, TX / May 25 – 27, 2010<br />

handout for students.<br />

Check to make sure students<br />

understand the procedures<br />

before students begin the<br />

activity.<br />

of the activity before<br />

they begin to work on<br />

their own.<br />

Also include probing<br />

questions to guide<br />

student explorations and<br />

evaluate student<br />

understanding while<br />

they are working.<br />

Include the hoped-for<br />

correct responses that<br />

students might give.<br />

[Give correct responses<br />

in brackets.]<br />

List any potential<br />

misconceptions students<br />

might have and the<br />

possible incorrect<br />

responses that students<br />

might give due to<br />

misconceptions.<br />

Transition Statement<br />

What will you say to transition students from the Exploration Section to the Explanation?<br />

Important questions to answer:<br />

(a) What is the purpose of the next activity?<br />

(b) Why do students need to know the information?<br />

(c) How does the next activity connect to the engagement?<br />

EXPLANATION<br />

Time: Minutes<br />

What the Teacher Will Do<br />

and Student Misconceptions<br />

Have students present and<br />

explain the results of their<br />

investigation.<br />

Add additional content,<br />

including definitions,<br />

explanations, and new<br />

vocabulary in the context of<br />

concepts explored.<br />

Summarize and clarify<br />

Probing/Eliciting<br />

Questions and Student<br />

Responses<br />

List questions that will<br />

deepen and clarify<br />

students’ conceptual<br />

understanding and<br />

skills.<br />

List critical questions<br />

that will address<br />

common student<br />

misconceptions.<br />

What the Students Will Do<br />

Describe what the students will<br />

do.<br />

3


Paige Evans, Perri Segura,<br />

Tonya Jeffery<br />

<strong>UTeach</strong> <strong>Institute</strong> - NMSI Annual Conference<br />

Austin, TX / May 25 – 27, 2010<br />

students’ understanding to<br />

make sure that students will<br />

be able to demonstrate the<br />

performance objectives.<br />

Relate the activity and results<br />

to the science and/or<br />

mathematics concept(s).<br />

Include the hoped-for<br />

correct responses that<br />

students might give.<br />

[Give correct responses<br />

in brackets.]<br />

Transition Statement<br />

What will you say to transition students from the Explanation Section to the Elaboration?<br />

Important questions to answer:<br />

(a) What is the purpose of the next activity?<br />

(b) Why do students need to know the information?<br />

(c) How does the next activity connect to the engagement?<br />

ELABORATION<br />

Time: Minutes<br />

What the Teacher Will Do<br />

and Student Misconceptions<br />

Provide students with the<br />

opportunity to transfer and<br />

extend (apply) the concepts<br />

and skills they have just<br />

learned to new situations.<br />

Probing/Eliciting<br />

Questions and Student<br />

Responses<br />

Connect and apply the<br />

lesson to students’<br />

interests outside the<br />

classroom (not intended<br />

as a homework<br />

assignment).<br />

What the Students Will Do<br />

Describe student actions.<br />

Include the hoped-for<br />

correct responses that<br />

students might give.<br />

[Give correct responses<br />

in brackets.]<br />

List any potential<br />

misconceptions students<br />

might have and the<br />

possible incorrect<br />

responses that students<br />

might give due to<br />

misconceptions.<br />

EVALUATION<br />

What the Teacher Will Do<br />

Time: Minutes<br />

Probing/Eliciting<br />

Questions<br />

What the Students Will Do<br />

4


Paige Evans, Perri Segura,<br />

Tonya Jeffery<br />

<strong>UTeach</strong> <strong>Institute</strong> - NMSI Annual Conference<br />

Austin, TX / May 25 – 27, 2010<br />

Bring the lesson to closure.<br />

Design an evaluation tool to<br />

assess the students’ mastery<br />

of the performance objectives.<br />

During each lesson,<br />

administer and collect a preand<br />

post-test in order to<br />

analyze students’ learning.<br />

You may describe and use<br />

student responses when<br />

assessing prior knowledge<br />

during ENGAGE as your preassessment<br />

instrument.<br />

Use probing questions to<br />

check for mastery of<br />

concepts and skills<br />

presented in the lesson.<br />

Include the hoped-for<br />

correct responses that<br />

students might give.<br />

[Give correct responses<br />

in brackets.]<br />

List any potential<br />

misconceptions students<br />

might have and the<br />

possible incorrect<br />

responses that students<br />

might give due to<br />

misconceptions.<br />

5


Paige Evans, Perri Segura,<br />

Tonya Jeffery<br />

<strong>UTeach</strong> <strong>Institute</strong> - NMSI Annual Conference<br />

Austin, TX / May 25 – 27, 2010<br />

Evaluation<br />

1.



<br />


<br />


<br />


<br />


<br />


<br />


<br />


<br />

2.



<br />


<br />


<br />


<br />


<br />


<br />


<br />


<br />


<br />


<br />


<br />


<br />


<br />

3.<br />

6


Paige Evans, Perri Segura,<br />

Tonya Jeffery<br />

<strong>UTeach</strong> <strong>Institute</strong> - NMSI Annual Conference<br />

Austin, TX / May 25 – 27, 2010<br />

Overhead Transparency<br />

7


Paige Evans, Perri Segura,<br />

Tonya Jeffery<br />

<strong>UTeach</strong> <strong>Institute</strong> - NMSI Annual Conference<br />

Austin, TX / May 25 – 27, 2010<br />

Activity Sheet<br />


<br />

8


Paige Evans, Perri Segura,<br />

Tonya Jeffery<br />

<strong>UTeach</strong> <strong>Institute</strong> - NMSI Annual Conference<br />

Austin, TX / May 25 – 27, 2010<br />

<strong>Lesson</strong>
<strong>Plan</strong>ning
Guide




 

























<br />


<br />

<strong>Science</strong>
 
<br />

Topic
<br />


<br />


<br />

TEKS
#
 Student
Expectation
 Sample
TAKS
Problem
<br />


 
 
<br />


 
 
<br />


<br />

Review
at
least
3
different
LP
resources
before
completing
the
next
page.
Delete
the
rows
of
resources
<br />

that
you
did
not
review.

<br />

Resource
 Brief
Description
(pg
#)
 Evaluation:
Dislike
(1)
–
Like
(5)
<br />

with
Rationale/Comments
<br />

Activities
from
MT
 
 
<br />


<br />

Region
IV
Accelerated
 
 
<br />

Curriculum
‐
Gateway
<br />

tH
<strong>Lesson</strong>
Bank
 
 
<br />


<br />

Activities
from
tH
 
 
<br />

Student
Worker
<br />

Textbook
 
 
<br />

Web:
<strong>Science</strong>
TEKS
 
 
<br />

Toolkit
<br />

Web:
<strong>Science</strong>
 
 
<br />

Benchmark
<br />

Assessments
<br />

Web:
Middle
School
 
 
<br />

<strong>Science</strong>
<br />

Web:
PBS
 
 
<br />

Web:
Texas
<br />


 
<br />

Instruments
<br />

Other
<br />


 
<br />


<br />


<br />


<br />

9


Paige Evans, Perri Segura,<br />

Tonya Jeffery<br />

<strong>UTeach</strong> <strong>Institute</strong> - NMSI Annual Conference<br />

Austin, TX / May 25 – 27, 2010<br />

<strong>Lesson</strong>
<strong>Plan</strong>ning
Guide




 

























<br />


<br />


<br />


<br />


 Objectives
<br />

Write
objectives
in
SWBAT
form
<br />

Evaluation
Questions
<br />

Each
question
should
match
the
written
objective
<br />

1
 
 
<br />


<br />

2
 
 
<br />


<br />

3
 
 
<br />


<br />


<br />


 Possible
Activities
(attach
copies
if
necessary)
<br />

Engage
 
<br />


<br />

Explore
 
<br />


<br />

Explain
 
<br />


<br />

Elaborate
 
<br />


<br />

Evaluate
 
<br />


<br />


<br />

10


Paige Evans, Perri Segura,<br />

Tonya Jeffery<br />

<strong>Science</strong> Step 2 <strong>Lesson</strong> <strong>Plan</strong> Rubric<br />

<strong>UTeach</strong> <strong>Institute</strong> - NMSI Annual Conference<br />

Austin, TX / May 25 – 27, 2010<br />

Teach 1 Rubric<br />

LESSON PLAN ELEMENTS<br />

Concept(s)<br />

TEKS<br />

Objectives for <strong>Lesson</strong><br />

Equipment list and<br />

All student materials/Visual<br />

Aids<br />

Safety Requirements<br />

Classroom Management<br />

Engagement<br />

Exploration<br />

1 – Present or Approaching<br />

requirements<br />

Broad global statement about the<br />

concept(s) you want your students to<br />

learn which includes why this concept<br />

is important for your students to learn.<br />

Includes process TEKS and content<br />

TEKS which directly apply to lesson<br />

objectives<br />

States an appropriate number of<br />

objectives.<br />

Contains a detailed description of all<br />

equipment that will be used by<br />

students and instructor.<br />

Includes copies of all materials (hand<br />

outs, assessments, instructions) that<br />

will be distributed to students.<br />

Instructs students in safe experimental<br />

procedures.<br />

Incorporates all STEP 2 Goals/Skills<br />

Includes an interesting and<br />

understandable attention grabber that<br />

directly relates to the concept being<br />

taught.<br />

Lists step by step what the students<br />

will do to explore the concept. Probing<br />

questions are included.<br />

2 – Meets requirements Comments Points<br />

States an appropriate number of<br />

specific, measureable objectives with<br />

clear power verbs.<br />

Includes an interesting and<br />

understandable attention grabber that<br />

directly relates to the concept being<br />

taught. Checks for prior knowledge.<br />

Includes possible answers to all<br />

questions. Correct responses are given<br />

in brackets.<br />

Lists step by step what the students will<br />

do to explore the concept. Probing<br />

questions are included. Includes<br />

possible answers to all questions.<br />

Correct responses are given in<br />

brackets.<br />

11


Paige Evans, Perri Segura,<br />

Tonya Jeffery<br />

Teach 1 Rubric<br />

LESSON PLAN ELEMENTS<br />

Explanation<br />

Elaboration<br />

Evaluation/Assessments<br />

1 – Present or Approaching<br />

requirements<br />

Allows students to present and explain<br />

the results of their activity. Includes<br />

questions that will deepen and clarify<br />

studentsʼ conceptual understanding.<br />

Guides the students in applying the<br />

concept(s) to new situations. Includes<br />

questions to help students connect and<br />

apply the lesson to their interests.<br />

Includes copy of assessment. Most<br />

assessment questions match<br />

performance objectives.<br />

<strong>UTeach</strong> <strong>Institute</strong> - NMSI Annual Conference<br />

Austin, TX / May 25 – 27, 2010<br />

2 – Meets requirements Comments Points<br />

Allows students to present and explain<br />

the results of their activity. Includes<br />

questions that will deepen and clarify<br />

studentsʼ conceptual understanding.<br />

Includes possible answers to all<br />

questions. Correct responses are given<br />

in brackets.<br />

Guide the students in applying the<br />

concept(s) to new situations. Includes<br />

questions to help students connect and<br />

apply the lesson to their interests.<br />

Includes possible answers to all<br />

questions. Correct responses are given<br />

in brackets.<br />

Includes copy of all assessments (pre<br />

and post). All assessment questions<br />

are aligned with performance<br />

objectives.<br />

Use of Questioning<br />

Probing questions presented to help<br />

student get at concept, but more<br />

questions are needed<br />

A sufficient number of in-depth<br />

questions presented to help students<br />

understand concepts.<br />

Transition Statements<br />

All transition statements explaining the<br />

goal of the next activity are included<br />

and connect one E section to the next<br />

E section. Written in a script form of<br />

what will be said to the students.<br />

TOTAL<br />

12


Paige Evans, Perri Segura,<br />

Tonya Jeffery<br />

<strong>UTeach</strong> <strong>Institute</strong> - NMSI Annual Conference<br />

Austin, TX / May 25 – 27, 2010<br />

FEEDBACK on Individual <strong>Lesson</strong>s<br />

STEP 1<br />

Please fill this out and hand to student before he/she leaves your class.<br />

Mentor Teacher Name:<br />

Student Name:<br />

__________________________<br />

Date: _____________________<br />

Time: __________ to __________<br />

(Circle One)<br />

<strong>Lesson</strong> 1 <strong>Lesson</strong> 2 <strong>Lesson</strong> 3<br />

Observed: Evident Not<br />

Evident<br />

Arrived on time (at least 30 minutes<br />

early)<br />

Starts and ends on time<br />

Comments<br />

Dressed appropriately<br />

Was well prepared<br />

Spoke clearly, with appropriate volume<br />

Used attention getting strategies<br />

Did not talk over students<br />

Addressed students by name<br />

Gave clear instructions for activity<br />

Activities strengthened students’<br />

understanding of lesson objectives<br />

Involved all students in the activity<br />

Managed the activity materials well<br />

Used good questions to get at student<br />

understanding<br />

Please fill out the back.<br />

13


Paige Evans, Perri Segura,<br />

Tonya Jeffery<br />

List two strengths:<br />

<strong>UTeach</strong> <strong>Institute</strong> - NMSI Annual Conference<br />

Austin, TX / May 25 – 27, 2010<br />

List two areas for improvement:<br />

14


Paige Evans, Perri Segura,<br />

Tonya Jeffery<br />

<strong>UTeach</strong> <strong>Institute</strong> - NMSI Annual Conference<br />

Austin, TX / May 25 – 27, 2010<br />

FEEDBACK on Individual <strong>Lesson</strong>s<br />

STEP 2<br />

Please fill this out and hand to student before he/she leaves your class.<br />

Mentor Teacher Name:<br />

Student Name:<br />

__________________________<br />

Date: _____________________<br />

Time: __________ to __________<br />

(Circle One)<br />

<strong>Lesson</strong> 1 <strong>Lesson</strong> 2 <strong>Lesson</strong> 3<br />

Observed: Evident Not<br />

Evident<br />

Arrived on time (at least 30 minutes<br />

early)<br />

Starts and ends on time<br />

Comments<br />

Dressed appropriately<br />

Was well prepared<br />

Greeted students at the door<br />

Spoke clearly, with appropriate volume<br />

Used attention getting strategies<br />

Did not talk over students<br />

Addressed students by name<br />

Gave clear instructions for activity<br />

Activities strengthened students’<br />

understanding of lesson objectives<br />

Involved all students in the activity<br />

Managed the activity materials well<br />

Addressed all the lesson objectives<br />

Asked good questions to get at<br />

student understanding<br />

Please fill out the back.<br />

15


Paige Evans, Perri Segura,<br />

Tonya Jeffery<br />

List two strengths:<br />

<strong>UTeach</strong> <strong>Institute</strong> - NMSI Annual Conference<br />

Austin, TX / May 25 – 27, 2010<br />

List two areas for improvement:<br />

16


Paige Evans, Perri Segura,<br />

Tonya Jeffery<br />

<strong>UTeach</strong> <strong>Institute</strong> - NMSI Annual Conference<br />

Austin, TX / May 25 – 27, 2010<br />


<br />


<br />

Classroom
Management
<br />

Courses
 Goals/Skills
 Evidence/Implementation
<br />

STEP
1
 • Uses
attention‐getting
strategies
<br />

• Utilizes
an
effective
“teacher
voice”
<br />

• Uses
of
a
method
of
knowing
students
<br />

names
<br />

• Assigns
student
tasks
for
cooperative
<br />

groups

<br />

• Uses
effective
procedures
and
routines
<br />

o Starts
and
ends
on
time
<br />

• Utilizes
power
point
to
enhance
<br />

implementation
<br />

STEP
2
 • Uses
attention‐getting
strategies
<br />

• Utilizes
an
effective
“teacher
voice”
<br />

• Uses
of
a
method
of
knowing
students
<br />

names
<br />

• Assigns
student
tasks
for
cooperative
<br />

groups

<br />

• Uses
effective
procedures
and
routines
<br />

Classroom
<br />

Interactions
<br />

o Starts
and
ends
on
time
<br />

o Assigns
time
limits
to
each
activity
<br />

• Develops
power
point
to
enhance
<br />

implementation

<br />

• Greet
students
at
the
door
<br />

• Uses
effective
transitions
for
grouping
<br />

• Uses
attention‐getting
strategies
<br />

• Utilizes
an
effective
“teacher
voice”
<br />

• Uses
of
a
method
of
knowing
students
<br />

names
<br />

• Develops
student
tasks
for
cooperative
<br />

groups
<br />

• Uses
effective
procedures
and
routines
<br />

o Starts
and
ends
on
time
<br />

o Assigns
time
limits
to
each
activity
<br />

• Develops
power
point
to
enhance
<br />

implementation

<br />

• Greet
students
at
the
door
<br />

• Uses
effective
transitions
for
grouping
<br />

• Discipline
management
strategies
<br />

o<br />

o<br />

o<br />

Redirects/stops
inappropriate
<br />

behavior

<br />

(example:
sleeping,
talking,
getting
<br />

out
of
seat,
etc.)
<br />

Proximity
<br />

Gives
clear
instructions
<br />

• Documented
on
mentor
feedback
form
<br />

• Documented
on
master
teacher
<br />

observation
form
<br />

• <strong>Plan</strong>s
written
out
on
<strong>Lesson</strong>
<strong>Plan</strong>ning
<br />

Guide
<br />

• Role
playing
during
practice
teach
<br />

• Written
and
verbal
reflections
from
<br />

students’
teaching
experiences
<br />

• Documented
on
mentor
feedback
form
<br />

• Documented
on
master
teacher
<br />

observation
form
<br />

• <strong>Plan</strong>s
written
out
on
<strong>Lesson</strong>
<strong>Plan</strong>ning
<br />

Guide
<br />

• Role
playing
during
practice
teach
<br />

• Written
and
verbal
reflections
from
<br />

students’
teaching
experiences
<br />

• Documented
on
mentor
feedback
form
<br />

• Documented
on
master
teacher
<br />

observation
form
<br />

• Role
playing
during
practice
teach
<br />

• Article,
reflection,
class
work
<br />

• Written
and
verbal
reflections
from
<br />

students’
teaching
experiences

<br />

17

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