What Is a Solution?. Didactic Suggestions (1) (I) Try to start by connecting with the current state of knowledge and experience of the individual in the.

Slides:



Advertisements
Similar presentations
Inquiry-Based Instruction
Advertisements

Substantive Conversations in the Classroom.
Coaching Conversations Content adapted from Facilitative Leadership: Tapping the Power of Participation Interaction Associates, Inc.
The Nature of Problems – Complexity. Didactic Suggestions (1) (Ia) Try to start by connecting with the current state of knowledge and experience of the.
 Better preparation before the interview  Develop a point of view / personal brand  Create a “springboard” for intelligent dialogue  Deeper engagement.
Digital Game-Based Learning Why and How it Works.
Foundation of Nursing Studies in partnership with the Burdett Trust for Nursing Patients First: Supporting nurse led innovation in practice Workshop 1.
The Nature of Problems. Didactic Suggestions (1) These are only suggestions, any group of learners is free to experiment with the use of the micro-module.
Types of Problems.
Department of Mathematics and Science
The Nature of Problems - Structure. Didactic Suggestions (1) T hese are only suggestions, any group of learners is free to experiment with the use of.
The Process of Ideation
Open Identification of Problems/Opportunities (Ideation Step 1)
Problem Solver.
Learning Outcomes Participants will be able to analyze assessments
Problem Solving Journey. Didactic Suggestions (1) (I) Try to start by connecting with the current state of knowledge and experience of the individual.
Rationale To encourage all students to take a full part in the life of our school, college, workplace or wider community. To provide opportunities to enable.
Leadership for the Common Core in Mathematics, University of Wisconsin-Milwaukee Reviewing the Cognitive Rigor Matrix and DOK Tuesday September.
Experiential Learning Cycle
Thinking ‘Behind’ the Steps Engaging Students in Thinking ‘Behind’ the Steps.
The Purpose of Action Research
SUNITA RAI PRINCIPAL KV AJNI
CONSTRUCTIVISM.
PROBLEM SOLVING What is problem solving? Problem solving is a different way to develop skills of thinking and reasoning.
Developing Effective Questioning In Teaching Games For Understanding (TGfU) Pearson & Webb, 2008.
Theme 2: Expanding Assessment and Evaluation for FNMI Students Goal #1: First Nations, Métis and Inuit student achievement is increased as measured by.
Problem Based Learning (PBL) David W. Dillard Arcadia Valley CTC.
Thinking Actively in a Social Context T A S C.
A good research question:
Top 10 Instructional Strategies
CONCEPT DEVELOPMENT LESSONS Region 5 Mathematics Network Conference September 16, 2013.
Cultural Practices of Reading II. Cultural Practices of Reading Goal: To teach rhetorical reading strategies of complex, culturally situated texts.
5 E’s Lesson Model.
Here is an activity that you can use to review or reinforce a lesson or concept.
The 5 E’s Science Lesson Inquiry-Based Instruction.
Problem Solving Session 1 Introduction. In this session we will be Reviewing the topics that will be covered in this module Discussing expectations Filling.
ATL’s in the Personal Project
Or what you always wish your math teachers had told you.
Integrated Risk Management Charles Yoe, PhD Institute for Water Resources 2009.
Sophie Makris  What is a team?  A group of people pooling their skills, talents, and knowledge, with mutual support and resources, to provide.
Problem-Based Learning Wiley Middle School Joseph Cutts and Phyllis Harvey.
Critical Thinking Lesson 8
MakingConnections Assessment.
Training  Addresses a knowledge and skill deficit  “How to get the job done” Technology Transfer  Broader scope than training  Create a mechanism.
111 MakingConnections Focus on Assessment. 222 Facilitator/s: Date:
IST_Seminar II CHAPTER 12 Instructional Methods. Objectives: Students will: Explain the role of all teachers in the development of critical thinking skills.
The Quality Improvement Project MODULE 5: TEAM WORK AND MAKING CHANGE October 2015.
Yr 7.  Pupils use mathematics as an integral part of classroom activities. They represent their work with objects or pictures and discuss it. They recognise.
Metacognition to Motivate Learning
What does it mean to be a ‘good’ maths student? [ AND WHERE DO THESE PERCEPTIONS COME FROM ] Glenda Anthony Oct 2013 Using findings from Learners’ Perspective.
Business Project Nicos Rodosthenous PhD 08/10/2013 1
What is Research?. Intro.  Research- “Any honest attempt to study a problem systematically or to add to man’s knowledge of a problem may be regarded.
Bloom’s Taxonomy The Concept of “Levels of Thinking”
Presented by Ms. Vayas At Bancroft MS March 25, 2008.
Presented by The Solutions Group Decision Making Tools.
Dealing with Difficult People Presented by Paul Lyons Effective Training & Consulting Services.
STUDY IMPLEMENTATION Day 2 - Session 5 Interview guides and tips for effective strategies.
Introduction to Math Methods Math Standards. Why can math be fun? Math can be fun because… it can have so much variety in topics. many different ways.
In the Age of Common Core. Close Reading of text involves an investigation of a short piece of text, with multiple readings done over multiple instructional.
Leading By Convening: A Blueprint for Authentic Engagement September 13, 2014.
MODULE 8 – GROUP COMMUNICATION SKILLS
Core Mathematics Partnership Building Mathematical Knowledge and
OSEP Leadership Conference July 28, 2015 Margaret Heritage, WestEd
Readiness Consultations
Focus Element Helping Students Examine Similarities and Differences
Action learning Session Two
Logo slide English/Arabic
Socratic Seminar This PowerPoint is meant to be used with either teachers or students schoolwide to assist in implementing Socratic Seminar. It is written.
M.A.T.C.H. Professional Series: Module 11
Conducting Knowledge Application Lessons By 4th Grade Reading
Presentation transcript:

What Is a Solution?

Didactic Suggestions (1) (I) Try to start by connecting with the current state of knowledge and experience of the individual in the group/s. (1)Organize students into group/s of 4 or 5 (2) Ask the participants in the group/s to recall: (a) a completely satisfactory solution they individually or along with others found to a problem, and (b) a solution that would have been a better alternative to a “solution” that was implemented but turned out not to be fully satisfactory. Focus on the solution (not the problem) (3)Ask them to reflect about: What is a Solution? (4)Ask the groups to convene and share their results by presenting the “completely satisfactory solution” and the “better alternative solution” per group. Then, they present their conclusions regarding “What is a Solution?” These are only suggestions, any group of learners is free to experiment with the use of the micro-module. The types, number and order of use of the elements in the micro-module are open to choice. Depending on the learning strategy adopted, elements can be also eliminated or added. For this purpose, the micro-modules can be copied and modified.

Didactic Suggestions (2) (II) Use the micro-module “What is a Solution?” to reinforce and deepen the understanding of the concept of “Solution.” (1)Introduce the micro-module “What is a Solution?” to the participants, explaining its multimedia, multi-dimensional, multi-role, multi-didactic intention. (2)Ask the participants in the group/s to explore the micro-module searching, focusing their attention and reflecting on those elements they find most effective in reinforcing and deepening their understanding of the concept of “Solution.” (3)The participants tell their groups about their first three choices and explain why they have selected them. The participants reflect collectively about their choices and their reasons. If some participants do not find the types of elements most appropriate to them, they can tell about those element and, even better, find them and contribute them to the micro-module. (4)The groups convene and share their results by selecting and presenting 3 choices per group, along with their conclusions as to why different people may have different preferences regarding elements and ways of learning. (5)Participants fill in the brief questionnaire about their preferences regarding the elements in the micro-module.

What Is a Solution? A SOLUTION is the means and process(es) leading to the closing of the gap between the existing and the desired situations. Many problems have several solutions.

All progress is precarious, and the solution of one problem brings us to face with another problem. Martin Luther King The important thing about a problem is not its solution, but the strength we gain in finding the solution Seneca For every complex problem, there is a solution that is simple, neat, and wrong. H. L. Mencken A problem well stated is a problem half-solved. Charles Kettering. Believe it can be done. When you believe something can be done, really believe, you rmind will find the ways to do it. Believing a solution paved the way to solution. David Joseph Schwartz What Isa Solution? - Wisdom

What is a Solution? - Fun

What Is a Solution? - Poetry The gift of the solution, the one we seek to win, starts with our own thinking, the answer deep within. Part of a Poem by Michael Charles Messineo

Brief Questionnaire How do you rate the usefulness of the following elements for your learning? Very LowLowModerateHighVery High Definition Wisdom Fun Poetry What other elements would you like to see in the micro-module?

Acknowledgements Developed by Alfonso Molina Sources Various works byDavid Jonassen Various Quotation Websites Various Poetry Websites Various websites with images relating to the concept of Problem