Indirect Teaching EDG 4410 Teaching Strategies and Classroom Management University of Central Florida, Orlando, FL Dr. Verkler Fall 2014.

Slides:



Advertisements
Similar presentations
The PTSM: Curriculum Level STAGE I: Advanced content + short term creative and critical thinking activities STAGE II: Challenging activities that develop.
Advertisements

Critical Thinking and Problem Solving
Department of Mathematics and Science
Produced by Mr B Ward (Penwortham Girls School) Questioning Teaching Ideas and Strategies If you ask the wrong questions, you’ll probably get the wrong.
What is Inquiry Inquiry is a state of mind – that of inquisitiveness or curiosity Inquiry approach – a process of teaching and learning which emphasizes.
Careers in Education Teaching Strategies. Learning Target: Students will be able to… – Explain in words the 3 different teaching strategies – Apply the.
Teaching Inquiry The BSCS 5E Model. What is Inquiry? Inquiry is a general term for the processes by which scientific knowledge is developed. Scientific.
Inquiring Minds Want to Know
Mathematics Reform The Implications of Problem Solving in Middle School Mathematics.
NCTM’s Focus in High School Mathematics: Reasoning and Sense Making.
Developing Instructional Strategies
Teaching Thinking, Problem Solving, and Skill Acquisition
Inductive Model Also known as guided discovery Teacher’s role is to provide examples that illustrate the content and then guide students’ efforts to find.
Thinking, reasoning and working mathematically
INDUCTIVE & DEDUCTIVE RESEARCH APPROACH
Copyright ©2007 by Pearson Education, Inc. Upper Saddle River, New Jersey All rights reserved. Gary D. Borich Effective Teaching Methods, 6e Gary.
Science Inquiry Minds-on Hands-on.
Effective Questioning in the classroom
Developing Effective Questioning In Teaching Games For Understanding (TGfU) Pearson & Webb, 2008.
 Inquiry-Based Learning Instructional Strategies Link to Video.
Concept Attainment Inquiry Lessons.  Is used to teach concepts, patterns and abstractions  Brings together the ideas of inquiry, discovery and problem-solving.
Bettina Matysiak PIDP 3104November Introduction  What are “application cards”?  an informal assessment technique which allows instructors to.
Problem Based Learning (PBL) David W. Dillard Arcadia Valley CTC.
Scientific Inquiry: Learning Science by Doing Science
Chapter 3: Instructional Approaches for the Young Learner
Chapter 8: Problem Solving
Preventing behavior problems Rules – did you cover everything? Consequences – did you ever talk to the student? Include the parents? Communicating rules.
The Problem Solving Method Newcomb, Warmbrod, & McCracken (Brian Parr)
Top 10 Instructional Strategies
Cognitive Strategy Instruction EEX 3257 Core Teaching Strategies University of FL.
Central concepts:  Assessment can measure habits of mind or habits of recall.  Tests have their limits.  It is important to know the purpose the test.
© 2013 University Of Pittsburgh Supporting Rigorous Mathematics Teaching and Learning Making Sense of Numbers and Operations Fraction Standards via a Set.
5 E’s Lesson Model.
Pupil-centered approaches. Methods Independent learning Inquiry Discovery Problem solving Creativity Characteristics High pupil involvement Emphasis on.
1 Issues in Assessment in Higher Education: Science Higher Education Forum on Scientific Competencies Medellin-Colombia Nov 2-4, 2005 Dr Hans Wagemaker.
 “No teaching approach has greater potential for student involvement and engagement than student- directed investigation (Larson & Keiper, 236)  Uses.
Language Objective: Students will be able to practice agreeing and disagreeing with partner or small group, interpret and discuss illustrations, identify.
+ Chapter 7 Using Integrated Teaching Methods. + Integrated Teaching Methods Combining direct and indirect delivery of instruction Encourages self-directed.
Ch. 3 StudyCast SarahBeth Walker. NETS-T Standard 1  Teachers use their knowledge of subject matter, teaching and learning, and technology to facilitate.
Fourth session of the NEPBE II in cycle Dirección de Educación Secundaria February 25th, 2013 Assessment Instruments.
Enquiry learning method. Outline of the presentation 1. What is enquiry? 2. Steps of enquiry learning 3. Definition of enquiry learning 4. Activity 5.
Welcome Science 5 and Science 6 Implementation Workshop.
Effective Teaching Strategies Day 2
Introduction to STEM Integrating Science, Technology, Engineering, and Math.
COSEE California Communicating Ocean Sciences Session 3: Comparing Teaching Approaches.
INQUIRY AND CRITICAL THINKING What is inquiry??? Simply put…. CRITICAL THINKING….
IST_Seminar II CHAPTER 12 Instructional Methods. Objectives: Students will: Explain the role of all teachers in the development of critical thinking skills.
Problem-Based Learning Models
INQUIRY BASED TEACHING. What do you understand by the term ‘Inquiry’?
Dealing with scientific data can be challenging and intimidating to the inexperienced.
Is teaching an art or a science?. Do We make a difference? Coleman (1966) discovered that only 10% of student achievement is influenced by what goes on.
Indirect Teaching Also known as inquiry or discovery learning. Also known as inquiry or discovery learning. Students are provided with information and.
Questioning Strategies EDG 4410 Teaching Strategies and Classroom Management University of Central Florida, Orlando, FL Dr. Verkler Fall 2014.
How to Teach Science using an Inquiry Approach (ESCI 215 – Chapter 1)
By: Asma Marshoud AlTarjimi Presented to: dr. Antar
 In a small group create a definition of rigor as it applies in education.
The Inquiry Process Model developed by George Polya ( ) Stage 1: Understand the problem. a) make sure you understand all the words and phrases.
Planning for Instruction and Assessments. Matching Levels Ensure that your level of teaching matches your students’ levels of knowledge and thinking.
Questioning Strategies
Constructivism is a theory based on observation and scientific study about how people learn. It is a teaching philosophy based on the concept that learning.
Inquiry Science and the 5-E Model
TEACHING MATHEMATICS Through Problem Solving
Building Critical-Thinking Skills
Questioning Strategies
MTT Competency 007-I Presented by Maribel Gracia
Like all science, biology is a process of inquiry.
TAKS, Inquiry, Standards and Assessment
Inquiry learning What do inquiry tasks look like in mathematics?
Inquiry learning What do inquiry tasks look like in mathematics?
Presentation transcript:

Indirect Teaching EDG 4410 Teaching Strategies and Classroom Management University of Central Florida, Orlando, FL Dr. Verkler Fall 2014

Indirect Teaching Also known as inquiry or discovery learning. Also known as inquiry or discovery learning. Students are provided with information and through the guidance of their teachers, they “discover” the abstraction the teachers are working toward in the attainment of the learning goal. Students are provided with information and through the guidance of their teachers, they “discover” the abstraction the teachers are working toward in the attainment of the learning goal. Student involvement is promoted. Student involvement is promoted.

Indirect Teaching Best used for teaching concepts, inquiry, relationships, and problem solving. Best used for teaching concepts, inquiry, relationships, and problem solving. Involves asking the students to go beyond the information given, to draw conclusions, make generalizations, and/or find a pattern of relationships. Involves asking the students to go beyond the information given, to draw conclusions, make generalizations, and/or find a pattern of relationships.

Indirect Teaching Questioning skills are of utmost importance in indirect/inquiry/discovery teaching. Questioning skills are of utmost importance in indirect/inquiry/discovery teaching. The questions are mostly divergent. The questions are mostly divergent. The questions should head the students toward attaining the learning goal. The questions should head the students toward attaining the learning goal. The questions should progress from very general questions to more specific questions, leading up to the questions that will allow the students to attain the learning goal. The questions should progress from very general questions to more specific questions, leading up to the questions that will allow the students to attain the learning goal.

Indirect Teaching Questioning should proceed from very general questions to more specific questions. Questioning should proceed from very general questions to more specific questions. Otherwise, the questioning can go on indefinitely. Otherwise, the questioning can go on indefinitely. Think of a funnel as you work your way from general to specific questioning. Think of a funnel as you work your way from general to specific questioning.

The Challenges of Questioning in an Indirect Teach Can be very demanding because teachers are constantly involved in immediate decision making and thinking on their feet. Can be very demanding because teachers are constantly involved in immediate decision making and thinking on their feet. Prompting and probing are involved; teachers must decide when to begin channeling the divergent responses toward the learning goal. Prompting and probing are involved; teachers must decide when to begin channeling the divergent responses toward the learning goal.

As a review, below is the sequence of a direct teach. Presentation/Input (whole class instruction) Guided Practice (students are working with assistance) Independent Practice (each student is working by him/herself)

In contrast, below are the steps in indirect teaching. Teacher: Presents example of concept. Teacher: Presents example of concept. Students: Describe example of concept. Students: Describe example of concept. Teacher: Presents additional examples of the concept. Teacher: Presents additional examples of the concept. Students: Describe second example and Students: Describe second example and compare to first example. compare to first example. Teacher: Presents additional examples and Teacher: Presents additional examples and non-examples. non-examples.

Steps in Indirect Teaching (continued) Students: Compare and contrast examples and Students: Compare and contrast examples and non-examples. non-examples. Teacher: Prompts students to identify Teacher: Prompts students to identify characteristics or relationships between characteristics or relationships between examples. examples. Students: State definition of concept or Students: State definition of concept or relationship between concept and other relationship between concept and other concepts. concepts. Teacher: Asks for additional examples. Teacher: Asks for additional examples.

Another Version of Indirect Teaching: The Scientific Method The teacher presents the class with a problem (topic or situation to be investigated/solved). The teacher presents the class with a problem (topic or situation to be investigated/solved). Students form hypotheses (tentative answers to the questions or solutions to the problem presented in Step 1). Students form hypotheses (tentative answers to the questions or solutions to the problem presented in Step 1). Data are gathered and will be used to assess the validity of the hypotheses. Data are gathered and will be used to assess the validity of the hypotheses. The students analyze the The students analyze the data and draw conclusions. data and draw conclusions.

Planning for an Indirect Teach Develop a learning goal and select examples/questions that will allow the students to arrive at the lesson’s goal. The selection is of utmost importance because the students must rely solely on the examples to arrive at the goal. Develop a learning goal and select examples/questions that will allow the students to arrive at the lesson’s goal. The selection is of utmost importance because the students must rely solely on the examples to arrive at the goal. Sequence the examples/questions you will use in the lesson. Sequence the examples/questions you will use in the lesson.

Planning for an Indirect Teach Analyze the areas of the content and determine if any of them can be taught using a problem-solving approach. Analyze the areas of the content and determine if any of them can be taught using a problem-solving approach. Typically, the inquiry approach is most appropriate when there is some type of causal relationship involved in the content area. Typically, the inquiry approach is most appropriate when there is some type of causal relationship involved in the content area. Not all concepts/material lend themselves well to indirect teaches. Not all concepts/material lend themselves well to indirect teaches.

Advantages of the Indirect Teach Increased student involvement. Increased student involvement. Provides the opportunity for critical thinking by the students. Provides the opportunity for critical thinking by the students. Gives ownership of their learning to the students. Gives ownership of their learning to the students. Puts the spotlight on the students and takes it off of the teacher. Puts the spotlight on the students and takes it off of the teacher.

Advantages of the Indirect Teach Stages in the approach can provide students with practice in information gathering and analysis – “real life” skills. Stages in the approach can provide students with practice in information gathering and analysis – “real life” skills. It provides an alternate way of teaching content other than teacher-directed, expository techniques. It provides an alternate way of teaching content other than teacher-directed, expository techniques. Because students tend to be more involved in indirect teaches, they tend to enjoy them more than direct teaches. Because students tend to be more involved in indirect teaches, they tend to enjoy them more than direct teaches. Because students tend to be more involved in indirect teaches, teachers tend to enjoy them more than direct teaches. Because students tend to be more involved in indirect teaches, teachers tend to enjoy them more than direct teaches.

Take note…. Because students are not given the concept right away, their initial responses will tend to be more divergent than those in expository/direct teach lessons. Because students are not given the concept right away, their initial responses will tend to be more divergent than those in expository/direct teach lessons. Consequently, inquiry lessons will probably take longer than direct lessons. You thus need to make sure you allot enough time to carry out a true, indirect teach. Consequently, inquiry lessons will probably take longer than direct lessons. You thus need to make sure you allot enough time to carry out a true, indirect teach.