11 effective instructional strategies that work

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11 Effective Instructional Practices that Work PRESENTED BY

Dr. Jacob Francom

&

Dr. Drew Hinds


Good Teaching is Beautiful TEACHING IS LIKE FISHING‌ You use different lures for different fish.

You use different methods for different learners.


Good Teaching is Beautiful TEACHING IS LIKE BEAUTIFUL MUSIC… Where, instructional methods are the instruments… When played alone they make sound… When played together in tune, rhythm, and feeling, they become amazing music!


Goal Setting Instructions for Today GOAL SETTING (Logic model) TEMPLATE  Inputs  Goals  Results  Outcomes

1. Select your FOCUS (classroom or school wide) 2. Select areas of OPPORTUNITY 3. Select areas of CHALLENGE 4. S.M.A.R.T. Goals

Specific, Measurable, Achievable, Realistic & Time-Bound 5. Select an INSTRUCTIONAL PRACTICE


Research Grounding Tell me, I forget  Show me, I remember  Involve me, I understand!

DR. JAKE

DR. DREW

Dr. Tate has studied the research of learning style theorists (Gardner, 1983; Sternberg, 2000), and examined brain research (Jensen, 2008, 2009; Sousa, 2006), then synthesized her findings into 20 strategies (Tate, 2003) that appear more effective for understanding and long-term retention of information than doing worksheets or listening to long lectures.

Dr. Robert Marzano, an educational researcher, conducted a metaanalysis (study of studies) of instructional strategies to determine which were the most effective. Roberto Marzano’s 9 Effective Instructional Strategies summarizes the nine instructional strategies that were found to affect student achievement in the meta-analysis.


11 Effective Instructional Practices that Work 1. Movement 2. Identifying Similarities & Differences

3. Games 4. Nonlinguistic

representations 5. Technology 6. Cooperative Learning

7. Role Plays, Drama,

Pantomimes, & Charades 8. Setting Objectives &

Providing Feedback 9. Project-Based &

Problem-Based Instruction 10. Cues, Questions &

Advanced Organizers 11. Relationships


Guiding Students in the Learning Process…

ACTIVE ENGAGEMENT & SOCIAL INTERACTION Guiding students in the learning process… https://www.youtube.com/watch?v=uMW-dM-BDu0


Guiding Students in the Learning Process is Difficult

ACTIVE ENGAGEMENT & CLASSROOM MANAGEMENT

HTTPS://WWW.YOUTUBE.COM/WATCH?V=PK7YQLTMVP 8


Overcoming Barriers to Learning BREAKING THE LEARNING BARRIER.


Overcoming Barriers to Learning WHAT ARE THE BARRIERS TO LEARNING THAT YOUR STUDENTS’ FACE? • LANGUAGE • delays due to lack of incidental learning • lack of vocabulary

• LACK OF PERSONAL EXPERIENCES • LACK OF EXPRESSIVE ABILITY


Overcoming Barriers to Learning WHAT ARE THE BARRIERS TO LEARNING THAT YOUR STUDENTS FACE? • NOT PRACTICING • not doing their homework • learning is limited to the classroom

• EMOTIONAL HEALTH • isolation • self esteem

• LACK OF SUPPORT FOR LEARNING


Principles of Effective Teaching for Student Engagement “I expect you all to be independent, innovative, critical thinkers who will do exactly as I say!”

DO YOU WING IT?


Define Instruction

WHAT IS GOOD INSTRUCTION? THINK-PAIR-SHARE


What Works BEST in Raising Student Achievement?

HOW DO WE KNOW WHAT HAS THE MOST IMPACT? >0.40 = student learning accelerates 0.40 = students learn a year’s worth of academic material over the course of one school year 0.00 = no effect on student learning <0.00 = student learning is negatively affected


Sources of Variance in Student Achievement: Professor John Hattie (University of Auckland): Meta-analysis of over 100,000 studies

HOME:

5-10%

SCHOOL:

5 - 1 0 % (principals, other leaders as influence)

PEER EFFECT:

5-10%

TEACHERS:

30%

STUDENT:

50%

“It is what teachers know, do, and care about which is very powerful in this learning equation”. – J. Hattie

Reference: Hattie, J. (2003). ‘Teachers Make a Difference: What is the Research Evidence?’, http://www.leadspace.govt.nz/leadership/articles/teachers-make-a-difference.php


Active Engagement Strategies for the Primary Grades

PROCESSING STRATEGY: 10:2 THEORY • To reduce information loss, pause for two minutes at about ten minute intervals. • For every ten minutes or so of meaningful chunks of new information, students should be provided with two or so minutes to process the information. • Students can respond and discuss their current understanding in various ways. (Rowe, 1983)


2

The Value of Rapport

RAPPORT HAS TO DO WITH BUILDING RELATIONSHIPS WITH STUDENTS THAT FORM A BRIDGE THAT HOLDS THE WEIGHT OF

FEEDBACK.


3

The Value of Rapport

STRATEGIES:  Home visits  Parent conferences  Personal connections  Analogies/Metaphors  Multicultural activities


Guided Teaching to Ensure Visible Learning… - Anita Archer

I do it. – modeling (including thinking aloud) WE

do it.

WE ALL YO U

– teacher guided

do it.

do it.

– partner practice or small group

– modeling (including thinking aloud)


Guided Teaching to Ensure Visible Learning… - Anita Archer

I do it. – modeling (including thinking aloud) WE

do it.

WE ALL YO U

– teacher guided

do it.

do it.

– partner practice or small group

– modeling (including thinking aloud)


Visible Learning


Goal: Make Thinking VISIBLE Wow, in this class I have to THINK and I have to EXPLAIN my thinking!

EVERY STUDENT

EXPLAINS

THEIR THINKING & RECEIVES FEEDBACK FROM PEERS AND THE TEACHER

MULTIPLE TIMES

IN

EVERY LESSON!


1. Movement Any task learned when we are physically engaged in doing it remains in our memory for a very long time. (Allen, 2008)


1. Movement “When students move while learning, they put information in procedural or muscle memory. Procedural memory is one of the strongest memory systems in the brain and the reason that one seldom forgets how to drive a car, ride a bicycle, play the piano, type on a keyboard, tie one’s shoes, or brush one’s teeth” (Tate, p. 97).


1. Movement “Having students work quietly at their desks eliminates up to 40 percent of kinesthetic learners who have to be moving to learn” (Hattie, 2009).  “Physical performance is probably the only known cognitive activity that uses 100 percent of the brain” (Jensen, 2008). 


1. Movement EXAMPLES:

Skip-Count aloud by 2s, 10s, 20s while acting like you are jumping rope (Tate, p. 100). Gallery Walks/Chalk Talks — things posted to read around the room.


1. Movement EXAMPLES:

When discussing content in a cooperative group for one or two minutes, have students stand and talk rather than remain seated. Four Corners Activity: Students have to choose a point of view and be able to defend it on the corner.


1. Movement ACTIVITY:

Four Corners 1. 2. 3. 4.


1. Movement

REFLECTION & APPLICATION How will I incorporate

Which MOVEMENT

MOVEMENT into

activities am I already

instruction to engage

incorporating as I

students’ brains?

teach the curriculum?

What additional MOVEMENT will I incorporate?


2. Identifying Similarities and Differences The ability to break a concept into its similar and dissimilar characteristics allows students to understand complex problems by analyzing them in a more simple way.


2. Identifying Similarities and Differences

COMPARING – CLASSIFYING METAPHORS – ANALOGIES


2. Identifying Similarities and Differences ASSESSING MYSELF 0 – 1 – 2 – 3 – 4 COMPARING

TO A GREAT EXTENT

I clearly communicate the knowledge students will use for the comparing activity. I make sure students know how to use the process of comparing. I make sure students understand the graphic organizers for comparing.


2. Identifying Similarities and Differences ASSESSING MYSELF 0 – 1 – 2 – 3 – 4 COMPARING

TO A GREAT EXTENT

I give students an appropriate amount of guidance for the activity. I collect evidence about my students’ proficiency at using comparing.

Examples

Compare the Rain Forest and Desert Climate. Compare the Rain Forest and Desert Animals.


2. Identifying Similarities and Differences REFLECTING ON MY CURRENT BELIEFS & PRACTICES

COMPARING

What is the purpose of asking students to compare? What kinds of activities do I use to help students compare? I can think of a time that I asked students to compare, and I was pleased with the results. Why did it go well?


2. Identifying Similarities and Differences REFLECTING ON MY CURRENT BELIEFS & PRACTICES

COMPARING

I can think of a time when I asked students to compare, and I was not pleased with the results. Why did it not go well? What questions do I have using comparing in my classroom?


2. Identifying Similarities and Differences CLASSIFYING, METAPHORS & ANALOGIES Classifying Graphic Organizers


2. Identifying Similarities and Differences CLASSIFYING, METAPHORS & ANALOGIES Classifying Graphic Organizers

Metaphors Uses one thing to mean another Example: All the World is a Stage


2. Identifying Similarities and Differences CLASSIFYING, METAPHORS & ANALOGIES Classifying Graphic Organizers

Metaphors Uses one thing to mean another Example: All the World is a Stage

Analogies Expresses similarities between things that might seem different Example: Having ADD is like wearing a hearing aid on all five senses


3. Games Using games formats encourages students to cooperate with one another, helps them focus and pay attention, and is motivating and loads of fun. (Algozzine, Campell, & Wang, 2009a)


3. Games “Children pay more attention to academic tasks when brief, frequent opportunities for free play are provided” (Dewar, 2014).  “Students not only learn more when playing a game but their participation in class and their motivation for learning… increases” (Posamentier & Jaye, 2006).


3. Games EXAMPLES:

Matching Scavenger hunt Bingo


3. Games EXAMPLES:

Ball toss “A ball-toss game not only encourages cooperation, problem solving, and physical movement, but it also enables student to think and act quickly while operating in a safe environment” (Jensen, 2007). 


3. Games ACTIVITY:

Name a City Ball Toss London … New York … Krakow …


3. Games

REFLECTION & APPLICATION How will I incorporate

Which GAMES

GAMES into instruction

am I already

to engage

incorporating as I

students’ brains?

teach the curriculum?

What additional GAMES will I incorporate?


4. Nonlinguistic Representations

Incorporate visuals, images, pictographs, and pantomimes to reinforce concepts and vocabulary.


4. Nonlinguistic Representations

ASSESSING MYSELF 0 – 1 – 2 – 3 – 4 NONLINGUISTIC REPRESENTATIONS

TO A GREAT EXTENT

I clearly identify the knowledge students will use to generate representations. I clearly communicate the strategy that students will use to generate representations. I make sure students know how to use the strategy that I want them to use to represent knowledge.


4. Nonlinguistic Representations

ASSESSING MYSELF 0 – 1 – 2 – 3 – 4 NONLINGUISTIC REPRESENTATIONS

Examples

TO A GREAT EXTENT

Over time, I collect evidence about my students’ proficiency at using a variety of methods to represent knowledge. Compare the Rain Forest and Desert Climate. Compare the Rain Forest and Desert Animals.


4. Nonlinguistic Representations

REFLECTING ON MY CURRENT BELIEFS & PRACTICES

NONLINGUISTIC REPRESENTATIONS

What is the purpose of representing knowledge in different forms? When do I ask students to represent knowledge using forms other than words? What questions do I have about representing knowledge?


4. Nonlinguistic Representations

REFLECTING ON MY CURRENT BELIEFS & PRACTICES

NONLINGUISTIC REPRESENTATIONS

Examples

Capital Resources


4. Nonlinguistic Representations

NONLINGUISTIC REPRESENTATIONS

Examples


4. Nonlinguistic Representations

REFLECTING ON MY CURRENT BELIEFS & PRACTICES

NONLINGUISTIC REPRESENTATIONS

Examples

How a Bill becomes a Law in the United States.


4. Nonlinguistic Representations

NONLINGUISTIC REPRESENTATIONS

Examples


4. Nonlinguistic Representations NONLINGUISTIC REPRESENTATIONS • Consider the images used • Consider the video movement used • Identify a data point that you would call into question


5. Technology Students of all ability levels can use technology “to process, demonstrate, and retain and share information and communication.� (Karten, 2009, p. 196)


5. Technology “Technology is not an end unto itself but should be used to enrich, enhance, and present content in a more efficient manner” (Sousa, 2011).  The use of computers can add a diversity of teaching strategies, increased opportunities for practice, and increases in the nature and amount of feedback to the student (Hattie, 2009). 


5. Technology

CONSIDER: 1. Did you see yourself in the pit crew? 2. What tools do we use? 3. Why observe?


5. Technology Possible Video Clip Questions 1. How were the tires removed?

8.

What was the color of the wheels?

2. How long was the car in the Pit?

9.

What was the last thing that was done to the car before it left the PIT area?

3. Were all 4 tires changed? 4. Did he get gas? 5. Were all of the PIT Crew uniforms the

same colors?

10. What was the race? 11. What was the year?

6. What was the color of the number on

12. How many drinks did the driver

7. What was the color of the car?

13. How fire extinguishers were shown?

the car?

take?


5. Technology EXAMPLES:

Google Classroom/tools: https://www.youtube.com/watch?v=apCIbV9YKA


5. Technology EXAMPLES:

Google Classroom/tools Google Cardboard: https://www.youtube.com/watch?v=mlYJdZ eA9w4


5. Technology IDEAS:

Formative

goformative.com

Socrative

socrative.com

Kahoot

getkahoot.com

ScreenCastify

screencastify.com

Online scavenger hunts


5. Technology ACTIVITY:


5. Technology

REFLECTION & APPLICATION How will I incorporate

Which TECHNOLOGY

TECHNOLOGY into

am I already

instruction to engage

incorporating as I

students’ brains?

teach the curriculum?

What additional TECHNOLOGY will I incorporate?


6. Cooperative Learning

Research shows that organizing students into cooperative groups yields a positive effect on overall learning.


6. Cooperative Learning NON-LINGUISTIC PROGRAMMING (NLP) ANIMAL

ROLE

Owl

note taker

Chimp

spokesperson

Lion

time keeper

Koala

includer / encourager

Grouping

Description

Benefit

Heterogeneous

Different animals

Base Camp

Homogeneous

Same animal

Expert Group


7. Role Plays, Drama, Pantomimes, & Charades When learning is physical, it is more motivating, engaging, and likely to be extended. (Jensen, 2008)


7. Role Plays, Drama, Pantomimes, & Charades “The brain based learning strategies of role play and simulations provide students with emotional connections to real life” (Karten, 2008).  “Role play motivates students to participate, enhances enthusiasm and recall of information, and stores that information in the body as well as the brain” (Jensen, 2007). 


7. Role Plays, Drama, Pantomimes, & Charades IDEAS:

How an atom works… How subtraction/addition works… Dramatize a story of historical significance.


7. Role Plays, Drama, Pantomimes, & Charades IDEAS:

Have students act out geometric terms — line, line segment, ray, right angle, obtuse angle, acute angle‌

Have someone come up and re-teach something that was just taught.


7. Role Plays, Drama, Pantomimes, & Charades ACTIVITY:

Dramatize “The Camel’s Nose”


7. Role Plays, Drama, Pantomimes, & Charades REFLECTION & APPLICATION How will I incorporate

Which ROLE PLAYS, etc.

ROLE PLAYS, etc. into

am I already

instruction to engage

incorporating as I

students’ brains?

teach the curriculum?

What additional ROLE PLAYS, etc. will I incorporate?


8. Setting Objectives & Providing Feedback

Set objectives that are adaptable to student learning goals and provide feedback toward those goals.


9. Project-Based & Problem-Based Instruction A great deal can be achieved when the projects that teachers assign pull students into the learning by helping them make personal connections. (Karten, 2007)


9. Project-Based & Problem-Based Instruction “Project–based learning is a 21st Century approach that differentiates instruction while simultaneously encouraging high levels of student engagement” (Bender, 2012).  “Problems stimulate brain activity as it seeks patterns, makes sense, finds connections, and functions effectively” (Fogarty, 2009). 


9. Project-Based & Problem-Based Instruction

“The more complex the problem, the more complex the brain activity becomes” (Fogarty, 2009, p. 167). 


9. Project-Based & Problem-Based Instruction ACTIVITY:

Scientific Method M&M Experiment


9. Project-Based & Problem-Based Instruction REFLECTION & APPLICATION How will I incorporate

Which PROJECT &

PROJECT & PROBLEM

PROBLEM BASED

BASED INSTRUCTION into

INSTRUCTION am I

instruction to engage

already incorporating as

students’ brains?

I teach the curriculum?

What additional PROJECT & PROBLEM BASED INSTRUCTION will I incorporate?


10. Cues, Questions and Advanced Organizers

Use questions, cues, and advance organizers to help students tap into their background knowledge to make sense of information.


11. Relationships

CHARACTER DEVELOPMENT

“It is easier to build strong children than to repair broken men.” – Fredrick Douglass (Dunivent, A. & Dunivent, S., 2007, p. 92)


11. Relationships

Word or phrase that best describes your thoughts on relationships: https://answergarden.ch/


11. Relationships

The Whisper Test: A Message from Mrs. Leonard


11. Relationships

NO WRITTEN WORD NOR SPOKEN PLEA CAN TEACH OUR YOUTH WHAT THEY SHOULD BE. NOR ALL THE BOOKS ON ALL THE SHELVES. IT’S WHAT THE TEACHERS ARE THEMSELVES. –UNKNOWN


11. Relationships

At your school, every student should belong to every teacher.


11. Relationships “As I get older it becomes even clearer to me that the best the world has to offer finds its expression not in ideology, not in doctrine but in simple, caring relationships.� - Alexander Solzhenitsyn


11. Relationships ACTIVITY:

Write down the three most influential people in your life as you were growing up.


11. Relationships

BUILD RELATIONSHIPS Every Child Needs a Champion…

https://www.youtube.com/watch?v=SFnMTHhKdkw


11 Effective Instructional Practices that Work 1. Movement 2. Identifying Similarities & Differences

3. Games 4. Nonlinguistic

representations 5. Technology 6. Cooperative Learning

7. Role Plays, Drama,

Pantomimes, & Charades 8. Setting Objectives &

Providing Feedback 9. Project-Based &

Problem-Based Instruction 10. Cues, Questions &

Advanced Organizers 11. Relationships


11 Effective Instructional Practices that Work STRATEGIES I WILL APPLY IN MY TEACHING…


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