Outline Introduction Methodhology Domains associated with teacher training in technology integration Domains, knowledges and teaching competencies for.

Slides:



Advertisements
Similar presentations
Definitions Innovation Reform Improvement Change.
Advertisements

Creating the Map To Set the Direction. Educational Positioning System (EPS – a play on GPS)
Educational Technology
An Introduction to Multicultural Education
PORTFOLIO.
Learning Objectives, Performance Tasks and Rubrics: Demonstrating Understanding and Defining What Good Is Brenda Lyseng Minnesota State Colleges.
A PRACTICAL GUIDE to accelerating student achievement across cultures
TASK-BASED INSTRUCTION Teresa Pica, PhD Presented by Reem Alshamsi & Kherta Sherif Mohamed.
DED 101 Educational Psychology, Guidance And Counseling
Teaching, Learning, and Assessment Learning Outcomes Are formulated by the academic staff, preferably involving student representatives in the.
University of Jyväskylä – Department of Mathematical Information Technology Computer Science Teacher Education ICNEE 2004 Topic Case Driven Approach for.
Introduction to Workshop 10 Choosing Learning and Teaching Approaches and Strategies.
Chapter 10.  Basic Functions  Insert Graphics, Audio/Video  Add Text  Create Links  Capture Brainstormed Ideas  Generate Outline  Organize Graphics,
Concept and Necessity.  A successful organization has one major attribute that sets it apart from unsuccessful organizations, viz., DYNAMIC AND EFFECTIVE.
ASSESSMENT& EVALUATION Assessment is an integral part of teaching. Observation is your key assessment tool in the primary and junior grades.
Existing Frameworks: UNESCO Integration in stages The introduction and use of ICT in education proceeds in broad stages that may be conceived as a continuum.
The Comprehensive School Health Education Curriculum:
Meeting SB 290 District Evaluation Requirements
Rediscovering Research: A Path to Standards Based Learning Authentic Learning that Motivates, Constructs Meaning, and Boosts Success.
ACADEMIC PERFORMANCE AUDIT
Margaret J. Cox King’s College London
SOME IDEAS FOR THE ORAL PRESENTATION. THE PLAN 1-THE CONTEXT 2-REFERENCES TO THE LEGAL FRAMEWORK 3-THE MAIN AIMS OF YOUR SYLLABUS (OBJECTIVES) 4-KEY COMPETENCES.
Teachers Competences at Inclusive Primary Schools in the Czech Republic Teachers Competences at Inclusive Primary Schools in the Czech Republic Research.
Supporting Learning With Digital Literacy. Goals of Meeting Information tools to share with your staff; launching survey on instruction using technology.
Inclusive Education Defining Inclusive Education Inclusive Education(IE): “ …Means that all students in a school regardless of their differences are.
Asynchronous Discussions and Assessment in Online Learning Vonderwell, S., Liang, X., & Alderman, K. (2007). Asynchronous Discussions and Assessment in.
Competence Analysis in the Two-subject Study Program Computer Science Jože Rugelj, Irena Nančovska Šerbec Faculty of Education Univesity of Ljubljana 1Beaver.
Introduction  Teaching social studies as an interdisciplinary approach has resulted in increased instructional time at the Elementary level as teachers.
Instructional leadership: The role of promoting teaching and learning EMASA Conference 2011 Presentation Mathakga Botha Wits school of Education.
Staff Development and the Change Process
Dissertation Theme “The incidence of using WebQuests on the teaching-learning process of English Foreign Language (EFL) for students attending the seventh.
Thomas College Name Major Expected date of graduation address
Connecting Teachers Can there be models of effective practice for teachers with ICT? Chair: Christine Vincent, Becta Presenter: Margaret Cox King’s College.
TRAINING, DEVELOPMENT AND CAREER MANAGEMENT
TEACHERS’ KNOWLEDGE AND PEDAGOGICAL CONTENT KNOWLEDGE
Technology Use Plan Bighorn County School District #4 Basin / Manderson, Wyoming “Life-long learning through attitude, academics, and accountability.”
national qualification framework and the learning outcomes based education Petar Bezinović University of Rijeka and Institute for Social Research in Zagreb.
Transforming Elementary Education Management : a perspective on institutional development Dr Pramila Menon NUEPA, New Delhi.
INITIAL TEACHER EDUCATION IN PORTUGAL Escola Básica e Secundária Padre Manuel Álvares Madeira Islands, Portugal Liseth Cristina Andrade Ferreira Physics.
Adviser : Ming-Puu Chen Presenter : Li-Chun Wang
Putting Research to Work in K-8 Science Classrooms Ready, Set, SCIENCE.
1 Contact: From Evaluation to Research Description of a continuum in the field of Global Education.
FEBRUARY KNOWLEDGE BUILDING  Time for Learning – design schedules and practices that ensure engagement in meaningful learning  Focused Instruction.
Project Based Learning (PBL). 21st Century Skills Critical Thinking and Problem Solving Collaboration across Networks and Leading by Influence Agility.
Crysten Caviness Curriculum Management Specialist Birdville ISD.
Teacher competencies. Professional competence with ICT Draw on appropriate ICT applications to enhance personal and professional effectiveness  Using.
What should we expect from 2 nd year students? A realistic approach. Tuesday 25 th February 2014 Tutor CPD Seminar.
How Much Do We know about Our Textbook? Zhang Lu.
Session Objectives Analyze the key components and process of PBL Evaluate the potential benefits and limitations of using PBL Prepare a draft plan for.
EDU 402 SYLLABUS DESIGN.
Problem-Solving Approach of Allied Health Learning Community.
Results of WP 4: Implementation, experimentation of teacher training actions Open University of Catalonia - From November 4th to December 19th.
An Introduction to Multicultural Education
Connecting Teachers Can there be models of effective practice and would they threaten innovation and diversity? Chair: Christine Vincent, Becta Presenter:
Unit 10 “ Use English to learn it ” 10-1 Content-Based Instruction (especially for ESP, EOP, and immersion programs)
Organizational Process The activities conducted by an educational institution or school is called organizational process Which consist of series of steps.
ICTISE Unit (ICT Innovation in School Education) ICTISE Unit (ICT Innovation in School Education)
COURSE AND SYLLABUS DESIGN
ASSESSMENT and EVALUATION (seeing through the jargon and figuring out how to use the tools)
Ayoub Kafyulilo DUCE Challenges and Opportunities of Integrating ICT in Education.
Strategies for Collaboration CHAPTER 5. Consultation and Collaboration: Models and Skills What are the six problem-solving stages of the collaborative.
Communicative Language Teaching (CLT)
CDIO: Overview, Standards, and Processes (Part 2) Doris R. Brodeur, November 2005.
School practice Dragica Trivic. FINDINGS AND RECOMMENDATIONS FROM TEMPUS MASTS CONFERENCE in Novi Sad Practice should be seen as an integral part of the.
LANGUAGE TEACHERS AND THE NEW CURRICULUM IN KAZAKHSTAN Bob Obee Express Publishing Astana 2016.
– eminent.eun.org8-10 November Copenhagen Presentation of an example of a PowerPoint Output on the Linked Platform based.
DEPARTMENT OF HUMAN AND SOCIAL CIENCES APPLIED LINGUISTICS IN ENGLISH CAREER    “THE INFLUENCE OF TEACHER’S ATTITUDES AND BELIEFS INTO TECHNOLOGY-RELATED.
Has the Education Paradigm Begun to Shift?
Topic Principles and Theories in Curriculum Development
Understanding a Skills-Based Approach
Presentation transcript:

Outline Introduction Methodhology Domains associated with teacher training in technology integration Domains, knowledges and teaching competencies for tech. Integration – Instrumental/ technological – Pedagogical/ curricular – Didactic/ methodological – Evaluative/ investigative – Communicational/ relational – Personal/ attitudinal

Introduction For researchers such as Hernández-Ramos (2005) – Technology integration  not simply as a question of access, but improve educators’ professional productivity and students’ learning In-service training programmes: growing understanding of the potential of technology  – educators link the tool in a natural and logical manner Technology  mere adjunct to the syllabus activities – Not serve as pedagogically

Introduction Many educators involved in training processes for tech. intg.  – Not feel they obtain the necessary competencies to carry out the task As a result, teacher training scenarios: weak and do not target the development of a critical and purposeful analysis of the possible relationships between technology and school Technolog integration includes – Putting educational theory into practice – Applying investigative findings that will empower teaching & learning

Introduction The concept of professional competencies arises – include: Knowledge (conceptual knowledges), Skills (procedural knowledges), Attitudes (attitudinal and value-based knowledges) On the basis of these knowledges, – Six domains of action defined: represent the areas that should be targetted in technology integration training process. The purpose of this article: to determine the domains and teaching competencies

Methodhology Two databases were used: Academic Search Premier & Google Scholar To reach at a selection of texts  criteria used – These criteria based on structural characteristics of the publications (text keywords, date of publication, peer-review status, completeness of text, subject area and title keywords) and their central topics (specific research subareas and foci of analysis)

Domains associated with teacher training in technology integration – Six domains: instrumental/technological pedagogical/curricular didactic/methodological evaluative/investigative communicational/relational personal/attitudinal – Findinds show: If educators don’t have sufficient abilities for handling a computer  unlikely incorporate technology into classroom teaching & much less guarantee pedagogical success

Domains associated with teacher training in technology integration – The teacher’s ability to handle technology is not enough to bbring about an educational change – The key to integration: equipment and effort to incorporate the equipment in education – According to Cox, unlike teachers don’t have the requisite pedagogical competencies  It will not be possible to implement technology projects that bring innovative scenarios to the schools It will not be feasible to configure actions that drive to educational changes.

Domains associated with teacher training in technology integration – Although teachers meet technical prequisites, the integration technology Will not be achieved till the the use of technology has been planned and Will not be incorporated into a broader training proposition that establishes a connection between technology and curriculum. – There are also methodlogical factors in teacher training proposition. These refer to the development of didactic knowledges that bolster the inclusion of technology.

Domains associated with teacher training in technology integration – Some researchers posit the existence of evaluative domain that must also be incorporated into teacher training. This dimension centres on generating feedback to both the student learning processes and the general functioning of the technology integration. – The evaluative/investigative domain attempts to estimate the extent to which teacher training is achieving the goals initially set for it. – Some studies have intoduced the relational sphere as an essential element to be incorporated into training actions.

Domains associated with teacher training in technology integration – Finally, soem authors have pointed to the need for incorporating a personal element in the adoption of technology innovations in the classroom. – Studies have found that the personal dimension influences the representations of the teachers. Thus, teacher’s self-perception generates ways of seeing, understanding and projecting the inclusion of technology in the classroom.

Domains, knowledges and teaching competencies for technology Integration Compiled information is organized by domains. To criticize domains below knowledges are considered. Conceptual knowledge: Theoretical information Procedural knowledge : Focus on actions * Application and cognitive construction Attitudinal knowledge: Adopted personal position after various knowledge objects

Instrumental/ technological domain About teacher training in instrumental/ technological domain: From 19 knowledges ---> 1 conceptual, 15 procedural and 3 attitudinal * Applying the technology tool for the direct benefit of the class e.g) Use technology tool for problem solving * Focusing on the management of information during instructional process * Lack of attitudinal knowledge

Pedagogical/ curricular domain From 27 knowledges ; 12 were conceptual, 13 were procedural and 2 were attitudinal * Teacher should develop pedagogical use of technology tool in the class. * Results showed the importance about ; > Pedagogical decision making and integration of technology in curriculum > Creation of pedagogical concepts to enhance constructive knowledge of students

Didactic / methodological domain From 37 knowledges ; 1 was conceptual, 36 were procedural and none was attitudinal. Results showed; * Focus was on putting didactic knowledge into practice for a technology project. * No attitude was mentioned as supporting technology integration !!! > Pedagogical decision making and integration of technology in curriculum > Creation of pedagogical concepts to enhance constructive knowledge of students

Evaluative / investigative domain From 20 knowledges ; none were conceptual, 16 were procedural and 4 were attitudinal. Results showed; * Emphasis on practical appplication of technology in class. * Teacher's self-critical pedagogical practice is important. * Importance of feedback to student learning by technology tools. Competencies are structured by considering; 1- Evaluation of stu. Learning 2- Valuation of tech. project itself 3- Self evaluation by the teacher about tech. integration

Communicational / relational domain From 9 knowledges ; 2 were conceptual, 2 were procedural and 5 were attitudinal. Results showed; * Emphasis on interpersonal capabilities for collaboration * Use of technology for improving communication with educational community.

Personal / attitudinal domain From 15 knowledges ; all of them were attitudinal. Results showed; * Most knowledges concentrated on reinforcement of positive attitudes toward technology integration in class. * Focus on developing a subjective manner for changing the teaching way. * Emphasis on interpersonal capabilities for collaboration