The use of ICTs in teaching and learning processes



Similar documents
ICT in pre-service teacher education in Portugal: trends and needs emerging from a survey

National Center for Teachers Development (NCTD) Purpose

THE 2011 CDW-G 21ST-CENTURY CLASSROOM REPORT

Reflective Essay. Antonio Almeida. Walden University

Grade Level Year Total Points Core Points % At Standard %

Main Question 1: How and where do you or your family use the Internet - whether on a computer or a cell phone? Follow up questions for INTERNET USERS

Cross - Curriculum Class Newspaper Year Level: 9

Survey of Schools: ICT in Education

TECHNOLOGY PLAN

Technology Use of Mathematics Teachers at Urban Schools

Author Sandra Toth. b. Recalling facts-list opportunities that are available to high school graduates/discuss likely outcome of being a dropout

For Android A LEADING PROVIDER OF CONSULTANCY & TRAINING IN MOBILE TECHNOLOGIES IN EDUCATION

Bring Your Own Device (BYOD) Years 5 and 6. Sunnyhills School

IDS data identified several schools across the County with low CVA/conversions according to the septiles (1 to 7 grading) at KS4.

Entrepreneurship education in Finland 1

Programme Specifications

SURVEY OF SCHOOLS: ICT IN EDUCATION COUNTRY PROFILE: NORWAY

Greenleaf Primary School Inspection report

SURVEY OF SCHOOLS: ICT IN EDUCATION COUNTRY PROFILE: PORTUGAL

The Ohio Resident Educator Program Standards Planning Tool Final

THE EQUIVALENCE AND ORDERING OF FRACTIONS IN PART- WHOLE AND QUOTIENT SITUATIONS

classroom Tool Part 3 of a 5 Part Series: How to Select The Right

PEW INTERNET PROJECT DATA MEMO

State of Financial Education In Canada

Loughborough Primary School Inspection report

Web Design 1. Running Head: WEB DESIGN AND DEVELOPMENT

Information Technology & Internet Survey: OECS Secondary School Students: 1. Introduction

Roseberry Primary and Nursery School. Maths Policy

Pre-service Performance Assessment Professional Standards for Teachers: See 603 CMR 7.08

Effects of Outdoor Education Programs for Children in California

Part-time/Sessional Economics Tutor

Foundations of the Montessori Method (3 credits)

Developing Research & Communication Skills

Sneyd Green Primary School Mathematics Policy Together we make a difference.

Name of Grant Program: Financial Literacy Pilot Program Fund Code: 740 PART III REQUIRED PROGRAM INFORMATION

Instructional Technology. With Jessica Boyle

Policy, Guidelines, and Procedures for Alternative Education Programs

Integrating an Open-source Learning Management System (Moodle) In an English Language Program: A Case Study

Exploring the Use of Slow Motion Animation (Slowmation) as a Teaching Strategy to Develop Year 4 Students' Understandings of Equivalent Fractions.

The Impact of Digital Technology on Learning: A Summary for the Education Endowment Foundation

LEADING VALUES AND MORAL DILEMMA DISCUSSIONS

Survey of Schools: ICT in Education

The MetLife Survey of

Integrating Technology into the Classroom. Trevor Moore. Western Oregon University

Field Experience 1 Reflection Paper. Timothy D. Koerner. Research I (EDU 757) Professor Vicki Good

Improve your English and increase your employability with EN Campaigns

How to Use Google Docs

Progress Check 6. Objective To assess students progress on mathematical content through the end of Unit 6. Looking Back: Cumulative Assessment

Questions for workplace needs analysis surveys

Becoming a Cambridge International School A guide to the registration process

Auditing education courses using the TPACK framework as a preliminary step to enhancing ICTs

MICKLEM PRIMARY SCHOOL MUSIC

TECHNOLOGY AND OUR STUDENTS. A Rationale and Proposal for Expansion

Evaluating teaching. 6.1 What is teacher evaluation and why is it important?

GESE Initial steps. Guide for teachers, Grades 1 3. GESE Grade 1 Introduction

School Packet. Teacher Instructions Principal/Music Specialist Letter Parent Letter and Forms

ASSESMENT POLICY FOR SESSION

N.J.A.C. 6A:15, BILINGUAL EDUCATION TABLE OF CONTENTS

School Information... 2 Parents Report... 3 School Inspection Report... 9

Collaborative Learning & Peer Reviews in Special Education Action Research

Global Education Checklist

SURVEY OF SCHOOLS: ICT IN EDUCATION COUNTRY PROFILE: FRANCE

A report on. Johnstown C.P. School Tre Ioan Caerfyrddin SA31 3HS. Date of inspection: May 2011

Metro Early College High School The Educational Council of Franklin County, Ohio Columbus, Ohio.

UPPER SECONDARY SCHOOL. Curriculum for the upper secondary school

DEARBORN PUBLIC SCHOOLS. DCMST APPLICATION PACKET 7 th Grade

What Can We Learn About Teen Pregnancy from Rural Adolescents?

Teacher Questionnaire

Programme Specification

LOTE TEACHER COMPETENCIES FOR PROFESSIONAL DEVELOPMENT

LAW ENFORCEMENT CURRICULUM FRAMEWORK

The Relationship Between Performance in a Virtual Course and Thinking Styles, Gender, and ICT Experience

Literacy across learning Principles and practice

Science teachers pedagogical studies in Finland

ST. PETER S CHURCH OF ENGLAND (VOLUNTARY AIDED) PRIMARY SCHOOL SOUTH WEALD. Modern Foreign Language Policy

INTEGRATION OF CRITICAL THINKING PRINCIPLES INTO THE CURRICULUM OF SECONDARY SCHOOLS: LITHUANIA S CASE

Adding and Subtracting Positive and Negative Numbers

Narrowing the Digital Generation Gap e-learning Program for Teachers on Water Environment Education

UCC Writing Survey of Students

Hillpark Secondary School

Children in Egypt 2014 A STATISTICAL DIGEST

Upcoming 2015 Moodle Training Courses

International IPTV Consumer Readiness Study

Drafted March This special needs policy will help to ensure that: This policy addresses students in the following categories:

BRitish council teaching skills

Transcription:

The use of ICTs in teaching and learning processes Nuno de Almeida Alves (CIES-ISCTE) Ana Nunes de Almeida (ICS-UL) Ana Delicado (ICS-UL) Tiago Carvalho (ICS-UL)

The Portuguese Education System (Compulsory and Secondary) is undergoing a massive technological transformation process: broadband networks are being deployed in schools all over the country; computers and white boards are being installed in the classrooms; laptops and internet connections are being sold to students and teachers at below the market prices. However, the integration of ICTs in compulsory and secondary education curricula is progressing very slowly; A clear-cut strategy (of integration of ICTs in education) also seems to be lacking.

Methodology The data presented in this paper comes from an ongoing research project concerning children and the internet in Portugal (2008-2010), carried out at ICS-UL, funded by Gulbenkian Foundation Research team: Ana Nunes de Almeida (Coordinator), Ana Delicado, Nuno de Almeida Alves, Tiago Carvalho Quantitative and qualitative data was collected: Survey of 3049 children between 8 and 17 years old (4 th, 6 th, and 9 th grades of compulsory education) Interviews with 50 children

Profiling Portuguese digital natives : Access and training 91 percent have a computer at home; 78 percent have internet connection at home; 35 percent claim they have learned to use the internet by themselves 34 percent with their parents 17 percent with their friends 13 percent learned at school

Profiling Portuguese digital natives In broad terms, it might be said that children are competent and confident internet users, although with the expected inequalities imposed by age, educational background and social class.

Profiling Portuguese digital natives Dimension 1 Digital skills and intensity of use Negative Positive Computer Skills Amateurs, Intermediate Professionals, Experts Profiles of users Incipient users, diligent students, committed gamers All-round cybernauts Online social networks Non-users Users Diversity of Web pages visited 1-3; 4-7 8-10; 11-15 Years of internet use Less than 1 year; between 1 and 2 years Between 3 and 4 years; 5 years or more Media environment and resources 0-3; 4-6 7-8 Dimension 2 Parental Mediation Negative Positive Rules on internet use No Yes Sources of digital learning Alone, with friends Family, School, course Navigation strategies Autonomous, hesitant Suggested, cumulative Communication Peers, no communication Peers and family

Dimension 2 Parental Mediation Profiling Portuguese digital natives 1.0 Unguided rookies Autonomous Self-reliant cybernauts Rules on internet use Friends Years of internet use 0.5 0.0-0.5-1.0 <1 Hesitant No Alone 1-3 0-3 Professionals No communication Committed Gamers Incipient users Peers 4-6 4-7 7-8 Amateurs No School/course 1-2 3-4 > 5 8-10 Intermediate Yes Diligent Students Suggested Family Nurtured beginners Yes All-round cybernauts Experts 11-15 Suggested & Autonomous Nurtured cybernauts Learned to use the internet Computer skills Webpage diversity Navigation strategies Communication Media environment and other resources Online Social Networks use Typology of young internet users Peers & Family -1.5-1.5-1.0-0.5 0.0 Dimension 1- Digital skills and intensity of use 0.5 1.0 1.5

ICT use at School Frequency of use in the classroom: Everyday or almost everyday, 13 percent Sometimes, 60 percent Never, 27 percent Frequency of use outside the classroom: Everyday or almost everyday, 33 percent Sometimes, 33 percent Never, 34 percent

ICT use at School Schools seem to be very unevenly equipped with ICT: in some schools computers are concentrated in ICT Labs or School Libraries, in others computers seem to be scattered around the school area. There are computers in the ICT Lab, in the classrooms (one computer in each classroom) and in the School Library (Private School, 9 th Grade) We have computers and the internet in the School Library, but if we bring our computers to the school we have wireless access. (State School, 6 th Grade) In my classroom, in every classroom (...) in our classroom we have two computers (State School, 4 th Grade) Sometimes we bring our computer from home. The school also has laptops that we can take to the classroom. Sometimes, when we are dealing with a research project we take the laptops to the study classroom/school library to research on that subject. (State School, 9 th Grade)

School subjects where ICT is used in the classroom Transversal subjects (ICT and Project Area ), 54 percent Traditional subjects, 21 percent Both, 2 percent Do not use, 23 percent These numbers are significantly enlightened when crossed by school grades: Non-users are fundamentally 4 th graders. ICT use in the traditional subjects is a specific feature of 4 th and 6 th curricula. ICT use in transversal subjects is dominant in the 9 th grade, where research and dissemination activities on socially relevant issues are initiated.

School subjects where ICT is used in the classroom We use computers and the internet in Project Area. We search for information on the subject that we are dealing with (...) drugs, bullying (...) we also use them in the ICT subject (State School, 9 th Grade) We are now finishing a group essay with PowerPoint. First we worked with Word and then with PowerPoint. We search on the internet [Google] and the professor was watching (...) We can t copy and paste texts that we find online... (Private School, 9 th Grade) we were learning the song in English. We went to YouTube, we wrote Rudolf [the reindeer] and the music starts to play... (State School, 4 th Grade)

Finding a role for ICTs at School There seems to be no clear, recognizable national strategy for the integration of ICT within the school curricula and pedagogical activities. It probably depends more on the school leadership and dynamism and enthusiasm of teachers. Schools seem unevenly equipped. A minimum set of resources should be defined in order to prevent flagrant inequalities. The available formative offer (learning how to use different kinds of software) is probably reproducing the competencies students have already acquired in other contexts, namely at home. However, it may have a corrective capacity concerning students without access to ICT.

Finding a role for ICTs at School The use of ICT in teaching and learning processes has been successfully implemented in transversal subjects like ICT and Project Area. On the opposite, the application of information technologies to teaching and learning Mathematics, Languages or History has been clearly less successful, without a clear justification. Lack of confidence /competences of teachers; Scarcity of pedagogical content and software; Formal opposition by teachers to use pedagogical tools that they weren t initially trained to use in a professional way