One of the most important
fourth grade standards is inferencing. One of the most incorrectly answered STAAR
questions in fourth grade is inferencing. This skill is something that students
actually do almost daily, and without even realizing it. I have come to believe
that the reason so many of them struggle with knowing when to infer, is just that-
they don’t know the question is asking them to infer. Once we get our students
to first understand what the questions are asking of them, they are more likely
to answer correctly. I've created a detailed unit plan focused on teaching
inference skills, a critical reading comprehension strategy that often
challenges students. The unit takes a gradual release approach over three
weeks, moving from explicit instruction to independent application. However, given
our new Amplify curriculum, we do not have three weeks to teach this skill. So,
I will now condense the lesson plan into four to five 20-minute mini lessons. I
have also added technology to help facilitate a deeper understanding of this
standard.
The plan emphasizes
multiple modalities of learning and provides opportunities for students to
practice inference skills across different types of texts. It includes specific
support for English Language Learners and various assessment methods to track
student progress.
Fourth Grade RLA
Lesson plan on inferencing:
Learning
Objectives
By the end of this unit, students will be able to:
1. Identify explicit and implicit information in texts
2. Combine text evidence with prior knowledge to make inferences
3. Support inferences with specific evidence from the text
4. Make inferences about characters' feelings, motives, and actions
5. Apply inference skills to both fiction and nonfiction texts
Materials
Needed:
- Leveled texts (fiction and nonfiction)
- Graphic organizers
- Anchor charts
- Student journals
- Assessment materials
- Digital resources (Chromebooks, youtube, google-classroom)
- Visual texts
Pre-Assessment
- Reading passage with inference-based questions
- Student interviews about reading strategies
- Think-aloud protocols to assess current inference practices
- Reading interest survey
Days
1-2: Introduction to Inferences
- Define inference using child-friendly language
- Model "I do, we do, you do" strategy (PK)
- Practice with familiar pictures and situations
- Create class anchor chart of inference language
Text Evidence and Background Knowledge
- Introduce "Detective Method":
- Finding text clues (evidence)
- Using what we know (background knowledge)
- Making smart guesses (inferences)
- Practice with short passages
- Partner discussions about evidence
Days
3-4 Fiction Focus
- Read short stories together
- Model inference think-alouds (CK)
- Guide students in finding evidence
- Practice making and supporting inferences
- Use graphic organizers to track thinking
Nonfiction Focus
- Apply inference skills to:
- Science articles
- Historical texts
- Biographies
- Compare fiction vs. nonfiction inference strategies
Visual Text Inferences (TPK)
- Practice with:
-
Pictures
- Advertisements
- Political cartoons
- Charts and graphs
Assessment
Methods
- Pre and post unit assessments
- Daily exit tickets
- Reading conference notes
- Student inference logs
- Discussion observations
Redesign:
To
better serve my students, I will redesign this unit by adding my humanistic learning
theory approach. The humanistic learning theory, with its emphasis on
student-centered learning and emotional engagement, offers several valuable
solutions to the inference-making challenges in reading comprehension. The
humanistic approach transforms inference-making from a purely academic skill
into a personally meaningful tool for understanding. By emphasizing personal
connection, emotional engagement, and individual growth, students develop not
just the ability to make inferences, but also the confidence and motivation to
tackle challenging texts.
1.
Self-Directed
Learning
·
Allow
students to choose their own reading materials that interest them personally
·
This
investment in choice increases motivation to tackle challenging inference tasks
·
Students
develop ownership of their learning process and feel more confident making
inferences about topics they care about
2.
Emotional
Connection to Learning
1.
Technology
(TPK)
·
Encourage
students to connect text content with their personal experiences
·
Help
students recognize how their own feelings and experiences inform their
inferences
·
Create
a safe classroom environment where students feel comfortable sharing their
interpretations
·
Here
is where I also added technology. I chose to play a Disney Pixar short called, “For
the Birds.” I love to add these into my lessons, as the kids are usually familiar
with them so it allows for new connections. This one in particular is somewhat
emotional as the birds are teasing another bird. I pause it at certain points
and ask the students to tell me what they think the birds are saying, and how do
they know.
3.
Focus
on Individual Growth
·
Move
away from competitive assessment models
·
Track
individual progress in inference-making rather than comparing students
·
Celebrate
personal breakthroughs in understanding
4.
Learning
Through Experience
·
Incorporate
role-playing activities where students act out scenarios requiring inference.
This can also be done with readers theater.
·
Use
real-world situations relevant to students' lives for inference practice
·
Create
hands-on learning experiences that make inference-making concrete
5.
Teacher
as Facilitator (PCK)
·
Shift
from direct instruction to guided discovery
·
Support
students in developing their own inference strategies
·
Provide
feedback that encourages reflection rather than just correction
6.
Building
Self-Concept
·
Help
students see themselves as capable readers who can make valid inferences
·
Validate
students' interpretations when they can support them with evidence
·
Build
confidence through gradual success with increasingly complex texts
7.
Authentic
Assessment (CK)
·
Focus
on the process of making inferences rather than just the final answer
·
This
is where I would like to give them the inferencing equation, BK+CC=I
(Background knowledge plus context clues equals inferencing. I could also turn
it into little emojis. The smiley face with a thought bubble, the magnifying glass
on a book and a lightbulb.
8.
Social
Learning
·
Create
small discussion groups where students share their inference processes
·
Use
peer feedback to help students understand different perspectives
·
Build
community through shared reading experiences
·
Here
is where I would like to tape task cards around the room. I would put students
in groups or pairs and give them clipboards and answer sheets. They have to
sort of hunt for the next card and then discuss how and why they are choosing
the answer to the inference question. Task cards or breakout rooms done on the
computer are also an idea.
9.
Metacognitive
Development
·
Guide
students in understanding their own thinking processes
·
Help
students identify when and why they make inferences
·
Develop
self-monitoring strategies for checking inference validity
10. Reading Journals
·
Students
maintain personal journals documenting their inference journey
·
Include
both cognitive and emotional responses to texts
·
Regular
reflection on growth and challenges
11. Interest-Based Reading Groups
·
Form
flexible groups based on student interests
·
Allow
groups to choose texts that appeal to them
·
Facilitate
peer discussion of inferences
12. Personal Connection Activities
·
Begin
inference lessons with personal experience sharing
·
Draw
parallels between personal experiences and text situations
·
Use
student-generated examples for practice
13. Self-Assessment Tools
·
Create
rubrics with student input
·
Regular
self-evaluation of inference skills
·
Goal-setting
and progress monitoring
14. Real-World Applications
·
Connect
inference skills to daily life situations. Anytime I can, in our daily routine,
I try to use the academic vocabulary and offer real time opportunities for the
students to make conscious inferences.
·
Use
current events and media for practice
·
Demonstrate
the relevance of inference skills outside of reading
By
adding in some of these humanistic approaches, my reading unit on inferencing
would be described as augmentation on the SAMR model. Technology is used to
enhance and directly substitute reading materials such as paper books or
articles to make real life connections and situations the students are able to
relate to and understand easier. Task cards and breakout rooms can also be
created and assigned to work on in the google classroom instead of the room
hunt.
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