2. 5 E’s Science Instructional Model
for Multiple-day Lessons
Engage
Explore
Extend
Evaluate
Explain
3. Science 5 E’s Instructional Model for
Lessons
• A lesson is developed around a concept, based on
one or more benchmarks from the Sunshine State
Standards.
• A science lesson may extend over two or more days.
Additional days may be required depending on the
concepts.
• Examples of lesson length:
– The initial lesson on properties of matter may last five days
in one grade, while a review lesson might be two days in a
later grade.
– A lesson on weather might last six or seven days in order to
teach the basic concepts, with data collection extending
over a month or longer.
4. Flow of the 5 E’s Model
• The 5 E’s drive planning and instruction.
• Instruction flows from Engage through Extend,
with informal assessment occurring during and
after each E.
• It may not be a linear flow through the E’s if you
realize that students do not understand a
concept. For example, you may need to create
an additional opportunity for exploration to build
conceptual understanding before moving on.
5. Science 5 E’s Instructional Model
• All science instructional periods should begin with
– a brief opening that includes a review of the previous
day’s work and
– a preview of the work for the day.
• All science instructional periods should end with a short
3-8 minute
– assessment of what was just done in class and
– a preview of the next day’s work.
• Think of the opening and closing as “bookends” for the
period.
6. Science 5 E’s Instructional Model
(Compared to the Workshop Model)
Sample Day 1
Engage
Explore
Closing to assess learning and summarize
Opening to review and previewOpening/Mini-lesson
Work Session
Closing
7. Engage
(Similar to a Hook or a Launch)
Students engage by:
• Demonstrating background
knowledge on a topic or
• Viewing and questioning a
discrepant or novel (surprising)
event or
• Pondering an essential, open-
ended question or problem-
based scenario or
• Participating in a discovery
activity
Teachers help students engage
by:
• Checking students’ background
knowledge:
-with the K of K-W-L,
-a preconception quiz,
-an anticipation guide,
-a Think-Pair-Share, or
-other research-based strategy
• Demonstrating a discrepant
event or
• Providing an open-ended
question, problem-based
scenario, or discovery activity
8. Explore
(Directed or Guided Inquiry)
Students explore by:
• experiencing an inquiry activity
introducing one or more
concepts and
• sharing ideas and
• building common knowledge
base, and
• identifying further questions
and
• analyzing and interpreting data
from inquiry activity
Teachers help students explore by:
• planning and preparing a directed
or guided inquiry activity and
• organizing how students will get,
use, and return materials safely
and
• clarifying procedures and
• monitoring student interactions,
and
• monitoring data interpretation and
asking questions and
• identifying students’
misconceptions
9. Science 5 E’s Instructional Model
Sample Day 2
Explore
Closing to assess learning and summarize
Opening to review and preview
10. Science 5 E’s Instructional Model
Sample Day 3
Closing to assess learning and summarize
Opening to review and preview
Explore
Explain
11. Explain
Students explain by:
• sharing interpretations of data
with other students and the
teacher and
• constructing scientific concepts
and
• building mental and/or
concrete models and
• writing about concepts and
• creating vocabulary maps
Teachers help students explain by:
• directing whole group
discussion of data
interpretations and
• determining levels of
understanding and
• clarifying concepts and
• addressing students’
misconceptions and
• providing pertinent information
through direct instruction and
• connecting the investigation to
the concept and
• using the “teacher as expert
reader” strategy when using the
textbook or leveled reader to
improve text comprehension
12. Science 5 E’s Instructional Model
Sample Day 4
Opening to review and preview
Explain
Extend
Closing to assess learning and summarize
13. Extend
Students extend by:
• making connections to related
concepts and
• developing testable questions
that apply what they have
learned to new problems or
situations and
• Implementing their newly
designed investigation and
• clarifying concepts and
explanations with teachers and
other sources of scientific
knowledge by reading,
researching, and discussing
Teachers help students extend by:
• asking high level questions that
encourage transfer and
application of concepts and
• making science materials and
tools available for students’
testable questions and
• guiding further explorations in or
outside of the science class
• guiding connections to related
concepts and
• posing new problems or
situations and
• providing textbooks, trade
books, periodicals, reference
materials, and technology
resources to support deeper
knowledge.
14. Science 5 E’s Instructional Model
Sample Day 5
Extend
Opening to review and preview
Evaluate
Closing to summarize
15. Evaluate
Students evaluate understanding by:
• reviewing what they have learned
and
• completing short-answer and
extended response items and
scoring them with a rubric and
• organizing information needed for
the unit performance task and
• discussing written items and
performance tasks with others and
the teacher and
• taking quizzes and tests
Teachers help students evaluate by:
• providing written practice with
concepts, including short answer
and extended response items with
rubrics and
• allowing students to discuss
rubrics and self-score selected
items and
• providing opportunity to organize
information related to the unit
performance task and teacher-
developed rubric and
• observing and questioning and
• giving quizzes and tests, including
district Progress Monitoring
Assessments for Grades 3-5
16. Example of a Lesson for Grade 1
on Plant Parts Using the 5 E’s
• Developed during a coaching cycle at an elementary
school
• Based on benchmarks
– SC.1.L.14.2 Identify the major parts of plants, including stem,
roots, leaves, and flowers.
– SC.1.L.17.1 Through observation, recognize that all plants and
animals, including humans, need the basic necessities of air,
water, food, and space.
– SC.1.N.1.2 Using the five senses as tools, make careful
observations, describe objects in terms of number, shape,
texture, size, weight, color, and motion and compare their
observations with others.
• Illustrates the flow of the 5 E’s through a concept (parts
of a plant)
17. Engage
• Observe two different plants and record how they are
alike and different.
or
• Go outside to a preselected area and dig up a few small
plants to compare when back in the classroom.
or
• Go outside for a scavenger hunt to record different kinds
of plants on the school grounds.
or
• Sort premade picture cards of parts of plants.
Listen and look for evidence of students’ prior knowledge
about plant parts.
18. Explore
Students planted bean seeds in clear plastic cups a
week ago. Seeds were placed in the soil to be clearly
visible through the sides of the cups.
• Use hand lens to observe roots. Measure and record
length of roots. Draw sprouted seed and label roots.
Write about changes in the seed. Predict changes.
and
• Observe and compare roots of different kinds of
plants, including those we eat (carrots, turnips,
radishes). Draw and write about these roots.
Look at what students recorded to assess their ability
to observe and compare differences in plant roots.
19. Explain
• Students use their drawings and writing to explain their
observations about plants.
and
• Teacher asks probing questions and notes
misconceptions that students have about plants, their
roots, and what roots do to help plants meet their basic
needs.
and
• Teacher reads an appropriate text selection to make
connections to the concept explored (roots of plants),
clarifying vocabulary.
Assess understanding of plant roots with a new labeled
drawing.
20. Extend
Enrichment
• Teacher provides materials and resources to
help students ask a new testable question,
control variables, and collect data during the new
investigation.
Remediation in small group
• Teacher guides students in examining plants for
different kinds of roots and discusses how roots
are alike and differ and what roots do for plants.
21. Evaluate
Teacher have been informally assessing each day by
– listening to and observing students as they work,
– reviewing students’ notebooks for understanding, and
– questioning and redirecting student thinking about
plants.
Students use their observations and data about plants and
roots to answer their own questions and often pose
additional questions.
and
Teacher assesses formally by
– reviewing students’ notebooks for understanding of
the roots of plants, and
– evaluating student work on the plant parts
performance task.
22. The 5 E’s Instructional ModelThe 5 E’s Instructional Model
23. For more science instruction
information, go to…
• DCPS Science Department
• Riverdeep Learning Village
• FCAT Homepage
• FCAT for Educators
• FCR-STEM
• CPALMS
Editor's Notes
The 5 E’s Science Instructional Delivery Model is a research-based model for planning and delivering science instruction. It is endorsed by the Florida Department of Education and is used in professional development modules for implementation of the Next Generation Sunshine State Science Standards.
Each E enters on clicking. Note: in some versions of the 5 E’s, EXTEND is called ELABORATE .
The 5 E’s is NOT a model for daily lesson planning. All 5 E’s are NOT covered in one science class period but extend over time.
Emphasize the flow of the 5 E’s model. What a teacher is doing in the class does not determine which E is being done. The E determines which instructional activities are planned and implemented. For example, having students read the textbook does not mean that the teacher is implementing the Extend . Something in the textbook may, however, lead to the Extend by challenging and deepening students’ conceptual understanding and skills.
The opening and closing are NOT part of the 5 E’s. They are the connections that link the 5 E’s over all the days of instruction. Best practice has always recommended an opening and closing to an instructional period.
Here is a sample lesson of the 5 E’s compared to the workshop model.
Engage initiates the unit of study. The activity should make connections between past and present learning experiences, anticipate activities, and focus students’ thinking on the learning outcomes of current activities. The student should become mentally engaged in the concept, process, or skill to be explored.
Explore provides students with a common base of experiences that allow them to identify and develop concepts, processes, and skills. During Explore , students actively investigate their environment or manipulate materials. Remember : Activity before Concept and Concept before Vocabulary (AbC-CbV)!
Since Explore is a carefully planned activity based on a benchmark, it may extend from the previous day and may continue to the next day. How long Explore lasts depends on the concept(s) and skill(s) being taught.
When Explore continues to Day 3, it is used for students to complete their written records of the activity before they Explain what they have learned. They may also do a final trial of their investigation. Remember that the length of time in any one E depends on the concept being taught.
Explain is the time for students to provide an explanation of what they understand from their exploration and data collection. Students should explain using their notes, data, and diagrams from the activity. Teachers should use this time to identify students’ misconceptions and to teach and reteach concepts and vocabulary. Remember : Activity before Concept and Concept before Vocabulary (AbC-CbV)! Explain leads to the essential next step, Extend .
Explain may continue to Day 4. This is the time for teachers to check students’ understanding again and clarify concepts after reflecting on the previous day’s instruction. Extend should be clearly connected to the concepts learned in the previous E’s to allow students to apply their new knowledge and skills.
Extend is an essential E because it allows students to apply what they have learned. It helps students move into a higher level of cognitive complexity and allows them to practice their skills. Students will develop a testable question and carry out an investigation with the support of the teacher. Some investigations might involve the collection of data during a few minutes of succeeding days (e.g., plant growth data) while other investigations would require more class time to implement.
Extend gives students the opportunity to use previously learned information to support additional learning. Students are encouraged to apply or elaborate on new concepts and skills. Although teachers are assessing student understanding throughout all phases of the 5 E’s, Evaluate is the time for summative assessment of the concepts and skills of the unit of study.
Evaluate can be informal (teachers observations and questions) or formal assessment (performance task, district formatives, teacher quizzes and tests). District Progress Monitoring Assessments (PMAs) are designed to determine students’ understanding of concepts and benchmarks taught in the lessons and clarify for teachers what may need reteaching. Teachers should meet by grade level to develop the rubric for the performance tasks before the assignment is made to students. Teachers need to work collaboratively to discuss student work on the performance tasks as well as on the short and extended response items on the formatives.
The following slides give an example of a unit of study using the 5 E’s instructional model.
These are some possibilities for engaging activities. Teachers would select an Engage based on what they know about their students and the materials and options available at their schools.
An Explore provides all students with a common base of experience by actively investigating the parts of different kinds of plants. Students build their observing, recording, writing, and communicating skills during this stage. This is an example of a lesson that will return to the same Explore later when teaching about stems, leaves, and flowers.
The Explain provides students an opportunity to verbalize their conceptual understanding. It is an appropriate time to connect formal science vocabulary to the informal vocabulary students use to describe concepts and phenomena.
The Extend phase allows an opportunity for students to further develop and broaden their conceptual understanding through new experiences. For example, teacher might bring in two of the same type of plants (i.e.: marigolds, parsley, petunias, etc.). After observing the roots, the students may wonder what would happen if the roots were smaller on one plant than the other. Or…What would happen if one of the plants was planted in soil and the other in sand? Or…What would happen if one of the plants was planted in soil and the other in water? Or…What would happen if one of the plants was planted in soil and the other in rocks?
This example provides opportunities for teachers to Evaluate student progress toward achieving the educational objectives of the unit of study. Students should also have an opportunity to reflect on, measure, and evaluate their own learning and skill development. In Grades 3-5, reviewing students’ performance on the district progress monitoring assessments (PMAs), especially on the SR responses, provides another form of formal evaluation.
This graphic shows that we need to assess student understanding during each stage of a 5 E’s lesson.
These links go to resources for teaching and assessing science as well as to district resources for professional development.