A progressive sequence of theatre techniques for teaching science Paris Papadopoulos Fanny Seroglou Aristotle University of Thessaloniki - Greece.

Slides:



Advertisements
Similar presentations
Study Skills Strategies: Meeting the Needs of Students with Disabilities Presented by Frank A. Shaffer and Phyllis Seeba.
Advertisements

Project-Based vs. Text-Based
Understanding by Design Stage 3
© PMB 2007 Personal Development and Mutual Understanding Unit 1 Rationale and Overview.
Theme-based Curriculum and Task-based Activities: A Language Teacher’s Reflection Yan Zhao.
Irish M. Pangilinan BA Theatre Arts MA Educational Psychology.
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.
ACTION PLAN Ayesha Mujtaba DA Public School (O & A Levels) English, Grade VIII.
Balanced Literacy J McIntyre Belize.
The Creative Curriculum Developmental Continuum Assessment System
PYP Exhibition 2015 Beacon Hill School
Teaching the interrelations of science and society: A set of role-plays on the social and cultural context of science Anna Koumara Athanasios Goutzamanis.
DED 101 Educational Psychology, Guidance And Counseling
1 The New Primary National Curriculum St Helen’s CE Primary School.
Designing and evaluating nature of science activities for teacher education Fanny Seroglou & Agustin Aduriz-Bravo Aristotle University Universidad de of.
Guidelines for Best Practices in Educational Use of Virtual Instrumentation Presentation created by Adina Glava Babeş – Bolyai University of Cluj-Napoca,
FTCE 3.3 Identify and Apply Motivational Theories and Techniques That Enhance Student Learning Learning – Relatively permanent improvement in performance.
Introduction to Course of Study in Drama Stages 5 and 6.
Drama Methods & Education Douglas Gosse, Drama in Education At the University of Winnipeg  The University of Winnipeg has an excellent Education.
Dr. Wafa Hassan & Ahmad Elghamrawy.  What is motivation?  Who is responsible for motivating students to learn?
Creative Arts Christine Hatton Creative Arts Unit, Curriculum K-12.
THE MULTICULTURAL CURRICULUM: Children can and will learn important concepts while incorporating cultural diversity into daily lessons and the overall.
Teachers’ role and responsibilities Cohen, Manion &Morrison Ch. 11 Arthur & Cremin Ch. 1.1.
School Innovation in Science Formerly Science in Schools An overview of the SIS Model & supporting research Russell Tytler Faculty of Education, Deakin.
LANGUAGE ACQUISITION AND DEVELOPMENT STANDARDS KNOWLEDGE BASES PLANNING STANDARDS KNOWLEDGE BASES PLANNING.
Contribution of a Professional Development Program for Teachers’ Learning Mónica Baptista; Ana Maria Freire
Multiple Intelligences Everybody has at least one.
Communicating Ocean Sciences to Informal Audiences (COSIA) Session 3 Teaching & Learning.
Interstate New Teacher Assessment and Support Consortium (INTASC)
Communication Degree Program Outcomes
Technology in Early childhood education
Best Teaching Practices. Technology Important for success in education Kindergarten through high school Electronic tools to enhance learning Information.
Copyright 2006 Thomson Delmar Learning. All Rights Reserved. Caring for School-Age Children Chapter 5 Development in Middle Childhood: Cognitive.
Chapter 7, MMADD about the Arts
Presenting History Using Photostory January 2010 History Connected Teaching American History Grant Connections to Standards: Massachusetts History and.
WHOLE SCHOOL APPROACHES TO HABITS OF MIND WEAC Conference 2004 Gill Hubble and Graham Watts St Cuthbert’s College.
Strathkinness Primary School An introduction to the Curriculum for Excellence – 24 th March 2010 (Revised March 30 th 2010 with new links added)
The Areas of Interaction are…
ationmenu/nets/forteachers/2008s tandards/nets_for_teachers_2008.h tm Click on the above circles to see each standard.
© International Baccalaureate Organization 2006 The Middle Years Program At a Glance.
ROLE PLAYING BY BETH LARAMORE. Role Playing Role Playing is a dramatic approach in which individuals assume the roles of others; usually unscripted, spontaneous.
Chapter 1 Defining Social Studies. Chapter 1: Defining Social Studies Thinking Ahead What do you associate with or think of when you hear the words social.
PROCESS STANDARDS FOR MATHEMATICS. PROBLEM SOLVING The Purpose of the Problem Solving Approach The problem solving approach fosters the development of.
Multiple Intelligence Theory HOW DO YOU LEARN?. MIT  In 1983, Howard Gardner proposed the Theory of Multiple Intelligences (MI), though he has continued.
MASSACHUSETTS ART CURRICULUM FRAMEWORK Sarah Walker and Chelsea Greene.
Prepared by: Emely Jean A. Ortiz. Movies as a Teaching Resource Many educators actually believe that we need to make our teaching more relevant to an.
The World Around Us and the Media Integrating ICT.
CEDAR INTERNATIONAL SCHOOL Middle Years Programme CEDAR INTERNATIONAL SCHOOL.
Constructivism A learning theory for today’s classroom.
Developmentally Appropriate Practices Cynthia Daniel
Chapter 8 Integrating the Arts into the Curriculum.
By: Nicole Oldham. Effectively planned, well-paced, relevant, and interesting instruction is a key aspect of effective classroom management. For schools.
+ The QCT Model Research Evidence. + Social Skills Defined Foundation skills – observation, eye contact, gesture, facial expression; Interaction skills.
Learning Theories. Constructivism Definition: By reflecting on our experiences, we construct our own understanding of the world we live in. Learning is.
To Act, Or Not To Act? Drama In The Classroom Lauren E. Duerson ED-7201 Fall 2011.
Building Bridges. After school programs can provide: an environment in which children can practice ways of learning and behaving that will help them succeed.
 Introduction  Two basic approaches to english teaching  Outlines in learning a foreign language  Participatory Approach  Teacher’s goals in a language.
DUE DATE  COURSE EXAMINATION #1 - Results -  GROUP PRESENTATION - Draw for today’s presentation -  JOURNAL ARTICLE - See Session 4 -  ‘WEEKLY’ JOURNAL.
Welcome to Unit 7! Drama and Learning It will be helpful to have your course books nearby, if possible. Feel free to chat with each other. We will begin.
© Crown copyright 2006 Renewing the Frameworks Enriching and enhancing teaching and learning.
The Creative Curriculum for Preschool
Beyond Rhetoric: Shared Responsibility for All Stakeholders in Making Inclusion a Reality Dr. Saroj Thapa Head, Teacher Development, Universal Learn Today,
TECHNOLOGY IN THE CLASSROOM Integration of technology in teaching and learning.
Educational Curriculum: The Aesthetic & Affective Domains
A workshop by Finn Rasmussen Vocational Education Centre of Zealand Denmark.
Inspirational Physical Education
Learning and Teaching Principles
Focus Areas Business and Applied Business Fine Arts, Design, and Media
Strategies and Techniques
Teaching for Multiple Intelligences
Presentation transcript:

A progressive sequence of theatre techniques for teaching science Paris Papadopoulos Fanny Seroglou Aristotle University of Thessaloniki - Greece

theatre techniques provide a cultural bridge between the two “worlds” inside and outside the school teachers pupils

a progressive sequence of theatre techniques pantomime the experts robe role play the expert’s chair debate trials of historic characters

a teaching course on weather phenomena  What’s is the weather today? year-old pupils  primary school of Drymos

flexible zone  subject-free period of the curriculum  teachers may develop various projects and activities  two hours per week

      haven’t been taught science as an individual subject  the developed course is their introduction to science concepts and phenomena

weather phenomena  rain, snow, hail, wind, water circle  multi-level platform for introducing pupils to the science  children water always play with water  weather phenomena are part of and affect every day life

challenge  motivate pupils to participate in theatre techniques speaking, moving, acting styles   use this creative environment in order to learn science

a progressive sequence  focus each time on a new element of acting (learning through acting)  focus on encouraging the related skills

stepfocustheatre technique 1 movingpantomime 2 speakingdialogues story-telling 3 moving & speaking dramatization 4 debatingrole-play debate expert’s chair trials

learning science becomes… more creative more appealing a pleasure ! pupils involvement in learning increased rapidly

pantomime allows pupils to create movements, sounds and mime pieces about science phenomena water circle and weather phenomena

pantomime the physical representation allows pupils to reflect on the unfolding procedure of the circle of water in an non-verbal way they touch, see and experience the meaning of the science vocabulary

role-play students form three groups: scientists, adults, children each group has its own interpretation about weather phenomena

role-play provides pupils with opportunities to explore and elaborate a range of ideas other than their own introduces them to variety of values and interpretations about the nature of science

fruitful feedback design and re-design the various episodes of the course theatre techniques gradually got engaged in the teaching of other subjects of the curricula became a bridging instructional tool between different subjects

analysing data  qualitative analysis of the videotaped sessions key-ideas concerning the potential and the limitations of using theatre techniques in the classroom

data interpretation three dimensional cognitive, metacognitive and emotional framework theory of multiple intelligences

Table 1. Cognitive Dimension: qualitative data analysis of the videotaped sessions ConcerningBoys (%)Girls (%)Total (%) Involvement in learning 75%67%71% Problem solving skills 60%50%55% Content of Physics 85%88%86% Learning and thinking trough observation and experiments. ( Scientifically) 55%60%58%

Table 2. Meta-cognitive Dimension: qualitative data analysis of the videotaped sessions ConcerningBoys (%) Girls (%)Total (%) Interactions of science and society (Moral, Cultural, Democratic and usefulness). 30%40%35% Nature of science (Methodology, content, science as not an absolute truth, changes of science through time). 41%45%43% Justify, form and express opinions78%70%74% Synthesising ideas in order to question and explain reason. 70%65%67%

Table 3. Emotional Dimension: qualitative data analysis of the videotaped sessions ConcerningBoys (%) Girls (%)Total (%) Exploring attitudes and values other than their own 70%65%67% Increased students interests and motives 90%95%93% Positive classroom climate100 % Feeling that the work was meaningful. 85%90%67%

Table 4. Linguistic Intelligence( According to Gardner’s theory) : qualitative data analysis of the videotaped sessions ConcerningBoys (%) Girls (%)Total (%) Increased narrative comprehension and production. 45%40%42% Decreasing need for adult support during writing. 35%30%33% Use of unfamiliar (scientific) and wider vocabulary. 80%75%73% Longer retention of information65%70%67%

Table 5. Intrapersonal Intelligence( According to Gardner’s theory) : qualitative data analysis of the videotaped sessions ConcerningBoy s (%) Girls (%)Total (%) Express of feelings55%70%63% Self-esteem and self awareness 43%30%37% Self-control60%65%63% Making decisions55%50%53% Increased independence25%30%27%

Table 6. Interpersonal Intelligence( According to Gardner’s theory) : qualitative data analysis of the videotaped sessions ConcerningBoys (%) Girls (%)Total (%) Social and communication skills65%60%63% Sharing and working collaboratively 80%85%82% Acceptance of the difference90%85%87% Pupils’ participation through peer- group 100%

Table 7. Bodily- Kinesthetic-Intelligence( According to Gardner’s theory) : qualitative data analysis of the videotaped sessions ConcerningBoy s (%) Girls (%)Total (%) Usage of body-gesture symbols 55%60%53% Acting skills60%55%57% Ability to observe carefully and then to recreate scenes in detail (imitate) 72%70%71%

Meta-cognitive Dimension: qualitative data analysis of the videotaped sessions 1 st Step 2 nd Step3 rd Step4 th Step MovingSpeakingMoving and SpeakingDebating Panto- mime Dialog uesStory telling Depiction image of weather forecast Depiction image of impacts on people’s life. Role play Image Trial Interactions of science and society Moral - 35%25%- 40% Cultural - -18%-32%45%55% Demo- cratic % Utili- tarian - 31%35%- 60%65%

Meta-cognitive Dimension: qualitative data analysis of the videotaped sessions 1234 MovingSpeakingMoving and SpeakingDebating Pantomi me DialoguesStory telling Depiction image of weather forecast Depiction image impacts on people’s life. Role play Image Trial Nature of science Methodol ogy -30%35%--58%55% Content -30%45%--55%60% Science as not an absolute truth -25%20%--50%40% Changes of science through time -25%20%--75%65%

Meta-cognitive Dimension: qualitative data analysis of the videotaped sessions 1 st Step2 nd Step3 rd Step4 th Step MovingSpeakingMoving and SpeakingDebating Panto- mime DialoguesStory telling Depiction image of weather forecast Depiction image impacts on people’s life. Role play Image Trial Justify, form and express opinions %75% Synthesising ideas in order to question and explain reason %64%

Intrapersonal Intelligence( According to Gardner’s theory) : qualitative data analysis of the videotaped sessions 1 st Step2 nd Step3 rd Step4 th Step MovingSpeakingMoving and SpeakingDebating Pantomi me DialoguesStory telling Depiction image of weather forecast Depiction image impacts on people’s life. Role play Image Trial Express of feelings 60%--67%63%60%65% Self-esteem and self awareness 35%--38%40%35%40% Self-control 67%45%55%70%72%70%60%

Intrapersonal Intelligence( According to Gardner’s theory) : qualitative data analysis of the videotaped sessions Concerni ng 1 st Step 2 nd Step3 rd Step4 th Step MovingSpeakingMoving and SpeakingDebating Panto mime Dialogues Story telling Depiction image of weather forecast Depiction image of impacts on people’s life. Role play Image Trial Making decisions ---30%42%40%100 % Increased independence 25%--20%32%20%42%