Technological Competencies in
the Primary School
Enrico Bottero
Alessandro Rabbone
English Version, March 2006
“Learning at School and in the Network”
Socrates PROGRAMME - Minerva Action
Project: 100880-CP-1-2002-1-IT-MINERVA-M
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
2
This document has been realized within the Minerva Project:
“Learning at School and in the Network”
MINERVA project n° 100880-CP-1-2002-1-IT-MINERVA-M
The project is carried out with the financial support from the Commission of the
European Communities: DG Education and Training - Programme Socrates - Action
Minerva
The contents of this document is the sole responsibility of project partners and can in
no way be taken to reflect the views of the European Union, nor is the European
Community responsible for any use that might be made of data appearing therein.
This project has been funded with support from the European Commission under the
Programme Socrates - Action Minerva.. This web portal and its publications reflect the
views o¬nly of the author, and the Commission cannot be held responsible for any use
which may be made of the information contained therein.
Translated from Italian by Patrizia Vannini and Carlotta Amerio
© 2006 Irre Piemonte Turin (Italy)
Acknowledgments
We would like to thank all the people who cooperated in this research work and, in
particular, the headmasters and teachers of all experimental school:
Chivasso Second Teaching District (province of Turin) – Rita Cattaneo (headmaster),
Antonella Torasso (teacher).
Filippi Nursery School, Christian Schools (Vercelli) – Roberta Tricerri (headmaster),
Michela Corradino (teacher).
Pacchiotti School (Turin) – Carlo Sinicco (headmaster), Mariagrazia Pagliuso (teacher).
Novi Ligure First Teaching District (province of Alessandria) – Osvaldo Repetti
(headmaster), Natalino Colletti (teacher).
Adorazione Cadorna Institute (Turin) – Franco Cittadino (headmaster), Luigi Restori
(teacher).
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
3
Summary
The aim of the project “Learning at School and in the Network” (Action Minerva) was
to test the educational effectiveness of learning programs which include a large and
intensive use of ICTs on primary school students. It was also necessary to investigate
shared description methods and control techniques used to measure the children’s
technological competences, paying attention to logical and cognitive aspects. Finally it
was important for teachers to establish a common method for the use of ICTs.
The final report here presented is made up of three parts and an Appendix. In the
first part you will find a summary of all the information which emerged in the different
schools, supported by interviews to the the teacher responsible for ICTs and to the
headmaster. An analysis of the answers to the questionnaire, given to teachers from
experimental schools, is included in the second part. The knowledge and the
competences of the teachers and the activities with ICTs that they carried out make
up the background in which the single activities observed in the different classes fit in.
Generally speaking, the picture which emerges from the first two parts enables a
better comprehension of the context and the conditions in which the activities took
place and in which relevant competences were observed. These observations make up
the last part of this report. Contexts and ways to disseminate the results are contained
in the Appendix, together with some elements of internal evaluation of the Project. At
the end of the text is a sitography and a bibliography. The members of the research
group working on account of IRRE Piemonte were: Enrico Bottero, Alessandro Rabbone
and Alessio Leone. Enrico Bottero, responsible for the project, dealt with its general
coordination3. Alessandro Rabbone, ICT expert, worked out control and investigation
methods and supervised the observation of the activities. Alessio Leone, expert in
technologies, was responsible for editing the incoming information. In the final phase,
Enrico Bottero took care of the written layout of the first two parts of the report,
whereas Alessandro Rabbone took care of the third and last part.
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
4
Index
SUMMARY..............................................................................3
INTRODUCTION...................................................................7
1. EXPERIMENTAL SCHOOLS: ORGANIZATION, EQUIPMENT, ACTIVITIES
WITH ICT 9
CHIVASSO, 2ND TEACHING DISTRICT...........................................10
1.1.1 School information ...............................................10
1.1.2 Description of School and Territory..........................10
1.1.3 Organization.........................................................10
1.1.4 ITC Equipment......................................................11
1.1.5 Activities with ICT .................................................12
1.1.6 Evaluation............................................................13
FILIPPI NURSERY SCHOOL – CHRISTIAN SCHOOLS ............................14
1.1.7 School information ................................................14
1.1.8 Description of School and territory ..........................14
1.1.9 Organization.........................................................14
1.1.10 ITC Equipment......................................................15
1.1.11 ICT Activities ........................................................16
1.1.12 Evaluation............................................................17
PACCHIOTTI .........................................................................18
1.1.13 School information ................................................18
1.1.14 Description of school and territory...........................18
1.1.15 Organization.........................................................18
1.1.16 ICT Equipment......................................................19
1.1.17 Activities with ICT .................................................20
1.1.18 Evaluation............................................................21
NOVI FIRST TEACHING DISTRICT ................................................22
1.1.19 School information ................................................22
1.1.20 Description of school and territory...........................22
1.1.21 Organization.........................................................22
1.1.22 ICT Equipment......................................................23
1.1.23 Activities with ICT .................................................24
1.1.24 Evaluation............................................................25
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
5
ADORAZIONE CADORNA INSTITUTE ..............................................26
1.1.25 School information ................................................26
1.1.26 Description of school and territory...........................26
1.1.27 Organizzation .......................................................26
1.1.28 ICT Equipment......................................................27
1.1.29 ICT Activities ........................................................28
1.1.30 Evaluation............................................................28
2. TEACHERS....................................................................... 30
THE QUESTIONNAIRE: INITIAL DATA .............................................31
DEGREE OF KNOWLEDGE OF INFORMATION AND COMMUNICATIONS TECHNOLOGY 35
2.1.1 Knowledge of the Operating System........................35
2.1.2 Knowledge of office application ...............................35
2.1.3 Knowledge of the strategies for research on the web.36
2.1.4 Use of the electronic mail.......................................37
2.1.5 Participation in events on line .................................37
DIDACTIC ACTIVITIES .............................................................39
2.1.6 Regular frequency of didactic activities ....................41
2.1.7 Usual duration of didactic activities .........................41
2.1.8 Relative branch of learning.....................................42
2.1.9 Pupils: group typology...........................................43
2.1.10 Pupils: (computer) arrangements............................43
2.1.11 Pupils: use of hardware devices ..............................44
2.1.12 Regular activities done with ICT..............................44
2.1.13 Evaluation............................................................46
3. OBSERVATIONS ON PUPILS’ COMPETENCIES.................. 48
PRELIMINARY REMARKS............................................................49
CHIVASSO 2ND TEACHING DISTRICT............................................50
FILIPPI NURSERY SCHOOL – CHRISTIAN SCHOOLS ............................52
PACCHIOTTI .........................................................................54
NOVI LIGURE FIRST TEACHING DISTRICT.......................................56
ADORAZIONE – CADORNA INSTITUTE ...........................................58
FINAL REMARKS.....................................................................60
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
6
4. APPENDIX....................................................................... 63
1. DISSEMINATION .............................................................63
2. INTERNAL EVALUATION.........................................................64
3. BIBLIOGRAPHY AND SITOGRAPHY.............................................65
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
7
INTRODUCTION
The Italian partner IRRE Piemonte contributed to the Project and to its activities by
examining the outcoming results of the experimental schools. The following report is
the final layout of this result-observation activity. We must, however, first of all
describe the context in which such an activity was carried out.
At first, the Central Regional School Board for Piedmont picked out the experimental
schools. These schools are five primary schools: three state schools and two officially
recognised private schools2, all located in Piedmont. The schools are the following:
1. Chivasso Second Teaching District (province of Turin) – state school
2. Filippi Nursery School – Christian Schools – Vercelli – officially recognised
private school
3. Novi Ligure First Teaching District (province of Alessandria) – state school
4. Pacchiotti School – Turin – state school
5. Adorazione Cadorna Institute – Turin – officially recognized private school
After choosing the experimental schools, the scheduled training activity for teachers
was organized by the Pininfarina Institute in Moncalieri (Turin). During the training
courses, particular attention was given to the competences previously identified and
described in the Project (see Appendix). The training of the teachers, who were
chosen internally by the schools partecipating in the Project, took place in the last
period of the three-year experimentation (April 2005). This kind of organization did
not allow the different European partners to clearly define a set of common activities,
with the consequent concentration on specific skills.
Because of the context, it was decided to support the assessment of children’s
technological skills, which was the focus of the activities, with some more general
data, in order to contextualize the results. This information concerns the school and its
history in the use of ICTs, the technological skills of its teachers and the didactic
activities which they carried out.
The research activities carried out are the following:
1. interview with the person in charge of the ICT laboratory, or the ICT referent,
and with the Headmaster. The aim of the interview was to describe the school, its
organization, its technological equipment and the activities carried out with ICTs.
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
8
2. questionnaire on the use of ICT at school. The questionnaire was given to all
teachers in order to understand their level of knowledge of the Information and
Communication Technologies and their consequent acquaintance with them, together
with a description of the activities carried out. The figures obtained showed the
different levels of competence in the use of ICTs and the trends of the different
didactic activities. These organizational aspects, in this experimental school context,
have affected the end results we then observed.
3. observation of the activities carried out in some classes (led by teachers who
had taken part in the initial training) and of the relative competences acquired by
students. The assessment of children’s technological skills was not carried out on the
basis of common activities in the different schools and was thus limited because the
operating context was different from one school to the other. The limited amount of
time at our disposal, little more than a month before school-end, gave us time for only
one visit to each of the five schools taking part in the experimental group in Piedmont.
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
9
PART I
1. EXPERIMENTAL SCHOOLS: ORGANIZATION,
EQUIPMENT, ACTIVITIES WITH ICT
Enrico Bottero
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
10
Chivasso, 2nd Teaching District
Date of the interview: 4th May 2005
1.1.1 School information
School name Chivasso 2nd Teaching District
Address Via Blatta 26 B Chivasso
Web Site http://www.chivasso2.com
Telephone / fax 011/9102857
Name of the person in charge of ITC Antonella Torasso
1.1.2 Description of School and Territory
Type of School: primary state school
Location: small town (with less than 30.000 inhabitants) and country villages
Cultural, social, economic aspects of the territory on the outskirts of Torino
Families’ main occupations Mixed, mostly industry and service sector in Chivasso –
Agriculture in Casalborgone and San Sebastiano
1.1.3 Organization
Prevailing organizational structure Form teacher and second teacher over 2 classes
Remaining organizational structure: Full time (two teachers over two classes) – 4
classes
Possible variations of calendar or timetable not according to the main rules : no
No. of laboratories in the teaching district: 40
No. of ITC laboratories: 4
No. full-time teachers 45
No. part-time teachers 1
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
11
No. of form teachers 34
No. of laboratory teachers 6
No. of assistant teachers for handicapped children 5
No. of classes: 20
No. of pupils: 380
1.1.4 ITC Equipment
History of ITC introduction at school
First ITC introduction in 1985 (Commodore 64; Logo varios Writer). From the first
computer releases (8088, 286) the school has got to the current ones. A six years’
experimentation has been carried out in the main school complex (some teachers
were relieved of classes by the School Board or Ministry of Education ex. art. 3 DPR
419/1974 to dedicate their work on the experimentation).
Subsequently (in 2000) the use of the computer was extended to all the
schools in the teaching district (Rondissone, Torrazza e Foglizzo). Always in 2000 with
the rationalization the main school complex took over Casalborgone and San
Sebastiano. When in 2000 the teacher Antonella Torasso arrived (with specific skills)
and attended to the laboratory, there was the question of the overcoming of her
delegacy.
Equipment
No. of non-multimedia stations that there are: 2
No. of non-multimedia stations present in the laboratory 0
No. of non-multimedia stations present in a classroom or other rooms:2
No. of multimedia stations that there are: 33
No. of multimedia stations present in the laboratory: 31
No. of multimedia stations present in a classroom or other rooms 2
No. of non-multimedia stations in the network: 0
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
12
No. of multimedia stations in the network: 31
No. of stations (multimedia and non) which can gain access to the Internet: 22
Prevailing kind of Internet connenction: CDA local council fast line
1.1.5 Activities with ICT
The role of ICT in the Institute POF
There is no specific planning or section dedicated to New Tecnologies. They are part of
each project planning (present in about 70% of projects. Even when they are not used
in activities with children, they are all the same included in the documentation
activity). Some years ago there was a specific section dedicated to ICT. However, the
idea of a crosswise presence of ICT has soon spread out (for instance, in the
Comenius project as regards partners’ exchanges, in the laboratories, in the activities
with foreign students).
School or project planning, class or interclass curricular activities with ICT.
In the learning unit there is a transversal part and a more specific one concerning ICT
(the problem is still unsolved in the National Instructions themselves)
The National Instructions dedicating a specific section to New Tecnologies have been
taken into
account, but in each learning unit the ICT are crosswise (for instance, in Science,
Mathematics, English activities). However, there is a specific activity concerning ICT in
the labotarory.
Specific ICT Training
A large number of teachers have attended courses A For ICT, subsequently a small
group taught others their achieved competence and so on. The teacher responsible
held courses in graphics, web publications, knowledge of comminication instruments.
Activities done
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
13
No.of teacher involved in didactic activities with ITC in the laboratory or in the
classroom : 20
Average No. of weekly hours during which a pupil can personally control mouse
and/or keyboard: 1
Activities with ICT which are regularly carried out by at least a group of pupils in the
lab or in the classroom :
• Activity of graphic production
• Activity of word processing
• Applied study of programming languages (LOGO)
• Employment of specific didactic software for school-subjects (English)
• Use of the Internet for the carrying out of researches
• Activities of communication and interaction in the Internet with other classes
through e-mail
• Power Point Presentations (with hypertext links)
1.1.6 Evaluation
Evaluation mostly relies on the teacher’s direct observation of the process rather than
the product (the evalution is more complex when there are outputs resulting from pair
or group work).
On the basis of these observations, the evaluation forms are filled in. The remaining
part consists in the product documentation. There are works chosen by teachers and
others chosen by children. The works are selected (both the good ones and the less
successful ones). Some of the works chosen both by the teachers and the children are
also included in the Portfolio. A CD containing all the works is produced and given to
the parents in order to publicize the activity done by the children at school.
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
14
Filippi Nursery School – Christian Schools
Date of the interview: 10th May 2005
1.1.7 School information
School information: Religious school ”Filippi Nursery “Christian Schools
Address: Via Frova,5 13100 - Vercelli
Web site: http://www.scuolecristiane.vc.it/
Tel / fax: 0161-250494 0161-215665
Person in charge: Michela Corradino
1.1.8 Description of School and territory
Type of school: Nursey and primary officially recognized
Location : Town Historical centre
Families’ main occupation: Agricolture, service industry (welfare work)
1.1.9 Organization
Prevailing organizational structure: classes with the form teacher and teachers of
English, Music, Physical Education, Religious Education.
Remaining organizational structure: no
Possible variations of calendar or timetable not according to the main rules :No
No of laboratories: 2
No of ITC laboratories: 1
No of full time teachers: 7
No of part time teachers: 2
No of class teachers: 5
No of laboratory teachers: 3
No of assistant teachers: 2
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
15
No of classes: 5
No of pupils: 77
1.1.10 ITC Equipment
History of ICT introduction
ICT were introduced around 8 years ago. In the old school there was already a
computer laboratory. The teachers’ limited skills brought about the necessity of
assistance from a firm, sending a technician to teach the children once a week. The
most relevant topics were the use of Word the creative use of the pc, how to do
drawings, the use of colours and an initial computer literacy ( what a computer is and
how it works).
Gradually some teachers began to keep up-to-date. With the experimentation of the
school reform carried out by the Moratti Ministry (since 2002), training courses began.
Now there is a course of computer literacy in the network connected with all Catholic
schools. You can follow this course on line on Indire web site. This implies the
minimum of preparation in surfing on the Internet, looking up information, etc.
Equipment
No of non- multimedia stations that there are 0
No of non-multimedia stations present in the laboratory: 0
No of non-multimedia stations present in a classroom or in other rooms: 0
Total No of multimedia stations: 10
No of multimedia stations present in laboratory: 7
No of multimedia stations present in a classroom or in other rooms: 3
No of non-multimedia stations in the network (LAN): 0
No of multimedia stations in the network (LAN): 7
No of stations (multimedia and non-) which gain access to the Internet: 9
Prevaling kind of Internet connection: ADSL
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
16
1.1.11 ICT Activities
The role of ICT in the Institute POF
The role of ICT is crosswise. Initially it was a rather self-referential informatics project.
Now the computer is used in any kind of school subject and field, therefore the main
goal is the training of tutor-teachers so that every teacher may be able to use the new
technologies, inside their single role.
School or project planning, class or interclass curricular activities related with ICT
The ICT are present in a learning unit. Specific ICT planning does not exist. They are
used crosswise in the carrying out of projects (for example, the production of a book
with the use of Word and pictures). Last year there was a heading in the Portfolio
referring to “computer science”, now this has been inserted in every school-subject.
This methodology obviously implies informatics knowledge for the whole teaching
staff.
ICT Specific training
Training activities, except for a few cases of personal training, are linked to the
Reform experimentation; USR Course (Unione Scolastica Regionale, Regional School
Union) in Chivasso 2nd Teaching District, INDIRE Course (National Institute of
Documentation).
Activities done
No of teachers involved in didactic activities with ITC in laboratory or in the classroom:
5
Average No of weekly hours during which a single pupil can personally control mouse
and/or keyboard: 1
Activities with ITC regularly carried out by at least a group of pupils in the lab or in the
classroom:
• Activities aiming at computer literacy (Word)
• Activities of graphic production (Paint, Clip Art)
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
17
• Activities of wordprocessing
• Didactic use of videogames
Use of specific didactic software for different school-subjects (Arriva la scuola, pronti a
scuola, inglese per i viaggi)
• Use of encyclopedia to do researches.
• Use of the INTERNET to do researches and “Il veliero” for navigation and
games.
Observation: it is necessary to point out that new technologies are employed in a
didactic way, paying less attention to the play. This aspect is going to be developed
next year.
1.1.12 Evaluation
The main instrument is the activity of observation done by teachers. Initially there was
an area named “technologies” in the Portfolio. Now the new technologies have been
included in every single subject. They are crosswise also in the communication with
families.
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
18
Pacchiotti
Date of interview: 11th May 2005
1.1.13 School information
Name: Pacchiotti Primary school
Address: Via Bertola 10 - Torino
Web site: http://www.direzionedidatticapacchiotti.it/
Tel / fax: 011530212
Person in charge: Mariagrazia Pagliuso
1.1.14 Description of school and territory
Type of school: State Primary School
Location: Urban (historical town)
Families’ main occupations: Middle class and professionals (Ricardi di Neto)
Many foreign students (from Morocco, Romania, China and others) attend the Sclopis
and Pacchiotti schools.
1.1.15 Organization
Prevailing organization structure: Full-time classes
Remaining organization structure: Classes with the form-teacher
(modules and Reform experimentation for two 1st classes)
Possible variations of calendar and timetable not according to the main rules: no
No of laboratories: 6
No of ITC laboratories: 4
No of full-time teachers: 58
No of part-time teachers: 0
No of form teachers: 51
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
19
No of laboratory teachers: 4
No of assistant teachers for handicapped children: 3
No of classes : 27
No of pupils: 510
1.1.16 ICT Equipment
History of the ICT introduction
In 1995 and 1996 the first computers were bought. The project became more
substantial when the Ministry projects 1A and 1B started. At the branch school Sclopis
the first equipment is dated back to 6 years ago. At the main school Pacchiotti there
was some equipment for foreign sudents (Turin Concil’s Laboratory). Now a laboratory
has been equipped. The branch school Ricardi di Neto is not provided with labs
because the equipment is still at the Coppino school after the renewed zoning of a few
years ago.
Equipment
No of non-multimedia station that there are: 0
No of non-multimedia stations present in the laboratory: 0
No of non-multimedia stations present in a classroom or in other rooms: 0
Total No of multimedia stations: 33
No of multimedia stations present in laboratory: 31
No of multimedia stations present in a classroom or in other rooms: 2
No of non-multimedia stations in the network (LAN): 0
No of multimedia stations in the network (LAN): 24
No of stations (multimedia and non-) which
gain access to the Internet: 24
Prevaling kind of Internet connection: ADSL
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
20
1.1.17 Activities with ICT
The role of ICT in the Institute POF
Among the POF goals you can find the development of the ICT use. The teachers have
agreed on a crosswise use of ICT rather than as a school-subject (that is as a support
and frame for the teaching contents). The POF has fixed a minimum of 20 hours per
year (out of total No of 891) of ICT use which must be guaranteed to all the pupils.
Some technical advice is provided to the teachers. There are also rules regulating the
use of laboratories (there is a person responsible for each lab).
School or project planning, class or interclass curricular activities with ICT
Planning refers to classes or to the school-complex. ICT are seen as a work instrument
(crosswise target rather than an objective in itself).
Specific ICT training
There has been a first phase of training for few persons (5 or 6) and subsequently the
training organized by INDIRE according to DL 59/2004 (Moratti Reform. There have
been two courses, in which 20 people have taken part).
Activities done
No of teachers involved in didactic activities with ITC in the laboratory or in the
classroom: 24
Average No of weekly hours during which a single pupil can personally control mouse
and/or keyboard: 1
ITC activities which are regularly carried out by at least a group of pupils in the lab or
in the classroom:
Computer literacy
Graphic production (Paint, Kid Pix)
Word processing
Videogames
(Pimpa, games online)
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
21
Software for school subjects
Research on the INTERNET
1.1.18 Evaluation
Structured report out by the teachers responsible together with the other teachers
concerning the ITC use. Till last year a specific observation grid was used (enclosed to
the evaluation document). This year the evaluation will be crosswise. The Portfolio
implies a specific area as regards ITC with the certification of the achieved skills. As to
the evaluation, a model form suggested in the Ministry Circular is being used.
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
22
Novi First Teaching District
Date of interview: 19th May 2005
1.1.19 School information
Name: Novi 1st Teaching District
Address: Corso Italia 56 Novi Ligure (Alessandria)
Web site: http://www.noviscuolaprimo.it
Tel / fax: 014373186
Name of the person
in charge: Natalino Colletti
1.1.20 Description of school and territory
Type of school: State Primary school
Location: Small town (with less than 30.000 inhabitants)
Families’ main occupations: Industry and service sector
1.1.21 Organization
Prevailing organizational structure. Class with form teacher
Remaining organizational structure: Full – time classes
Possible variations of calendar and timetable not according to the main rules: no
No of laboratories: 6
No of ITC laboratories: 3
No of full-time teachers: 52
No of part-time teachers: 1
No of form teachers 39
No of laboratory teachers: 8
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
23
No of assistant teachers for handicapped children: 6
No of classes: 25
No of pupils: 511
1.1.22 ICT Equipment
History of ICT introducion
It started in 1994 with an old M60 Olivetti used for word processing. In 1997 the
school took part in Ministry Project 1A for basic training. In the 1998, with 1B project
the first laboratory in the network was installed, with NT domain, access to the
Internet ISDN with a proxy and class activities. There has been a new laboratory since
school-year 2002/2003.
Equipment
No of non-multimedia station that there are: 0
No of non-multimedia stations present in the laboratory: 0
No of non-multimedia stations present in a classroom or in other rooms: 0
Total No of multimedia stations: 30
No of multimedia stations present in laboratory: 28
No of multimedia stations present in a classroom or in other rooms: 2
No of non-multimedia stations in the network (LAN): 0
No of multimedia stations in the network (LAN): 28
No of stations (multimedia and non-) which gain access to the Internet: 19
Prevaling kind of Internet connection: ADSL
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
24
1.1.23 Activities with ICT
The role of ICT in the Institute POF
On the shool web site there is an ICT project, but every project implies a crosswise
use of them. Nearly every project requires the use of New Technologies.
School or project planning, class or interclass curricular actvities with ICT
All the projects imply the use of ICT. The teachers concerned with the projects try to
do something with ICT, so that each child can achieve different skills (according to the
kind of classes).
Specific ICT Training
Training started in 1997 with 1A project (30 people). The initiative has been
successful. After the laboratory was installed, the institute has been more motivated
to organized its own training as regards both computer literacy and specific projects
(for instance, a course on Publisher). Other training courses have dealt with Office and
Internet Explorer. The RAI course (Multimedi@scuola) has been followed as well.
Later on the intercultural course broadcast on RAI Educational has been recorded and
followed. Thanks to the Publisher course, every year at least an interclass group
(formed by 4 classes) carries out a printed booklet of the finished projects with
pictures and texts, etc.
Activities done
No of teachers involved in didactic activities with ITC in the laboratory or in the
classroom: 30
Average No. of weekly hours during which a pupil can personally control mouse and/or
keyboard: 1
Activities with ITC which are regularly carried out by at least a group of pupils in the
lab or in the classroom :
Ms office, graphics, word processing, hypertexts, Logo, videogames for
assistance of handicapped pupils, Nocchiero on the Internet, Comenius project (mail
sifted and translation, sent by the teacher)
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
25
1.1.24 Evaluation
Works are published on the school web-site, which provides a sort of report-file (the
web site is on a machine of the local Council). The pupils’ works are also collected in
the Portfolio. In spite of that, it is still difficult to collect the whole stuff. In the
evaluation form there is a section dedicated to ICT, which is filled in by using the
teachers’ observations. The evaluation is referred to the works done.
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
26
Adorazione Cadorna Institute
Date of interview: 20th May 2005
1.1.25 School information
Name: Institute “Adorazione – Cadorna
Address: Viale Curreno 21 – Torino
Web site: http://www.adorazione.it
Tel / fax:
Name of the person
in charge: Luigi Restori
1.1.26 Description of school and territory
Type of school: Comprehensive School officially recognized
Location: Urban (Turin’s hilly area)
Families’ main occupations: mostly in the service sector. Upper-middle class
1.1.27 Organizzation
Prevailing organizational structure: form teacher classes
Remaining organizational structure:
Possible variations of calendar and timetable not according to the main rules: no
No of laboratories: 3
No of ITC laboratories: 1
No of full-time teachers: 10
No of part-time teachers: 2
No of form teachers: 5
No of laboratory teachers: 7
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
27
No of assistant teachers for handicapped children: 0
No of classes: 5
No of pupils: 100
1.1.28 ICT Equipment
History of ICT introduction
In 1999 a lesson of computer science was introduced in the middle school. Two
Pentium II 350 mhz were bought, then four Celeron 400. The Pentium arrived with a
project in 2003 (with the access to the Internet). Thanks to the Internet the didactic
objectives have changed (in particular for the middle and high school). The current lab
is made up of 18 computers purchased in different moments for various projects or
donated by the local bouroughs. The school is now going to buy two interactive boards
which could be very useful from the didactic point of view (the school is waiting for the
necessary funds).
Equipment
No of non-multimedia station that there are: 0
No of non-multimedia stations present in the laboratory: 0
No of non-multimedia stations present in a classroom or in other rooms: 0
Total No of multimedia stations: 21
No of multimedia stations present in laboratory: 18
No of multimedia stations present in a classroom or in other rooms: 3
No of non-multimedia stations in the network (LAN): 0
No of multimedia stations in the network (LAN): 18
No of stations (multimedia and non-) which gain access to the Internet: 18
Prevaling kind of Internet connection : ADSL
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
28
1.1.29 ICT Activities
The role of ITC in the Institue POF
The POF is on the school web- site (part of it is dedicated to new technologies and
computer science). Computer science is seen as a specific school- subject.
School or project planning, class or interclass curricular actvities with ICT
There are none.
ICT Specific training
Course on line DM 59\04 only for the person responsible. INDIRE courses (Piattaforma
PuntoEdu) have been followed as well.
Activites done
No of teachers involved in didactic activities with ITC in the laboratory or in the
classroom: 2
Average No. of weekly hours during which a pupil can personally control mouse and/or
keyboard: 45 minutes
Activities with ICT which are regularly carried out by at least a group of pupils in the
lab or in the classroom:
Computer literacy, ECDL, logics, graphics, word processing, hypertexts with
Powerpoint, Disney videogamens, language didactics, Omnia, Encarta, use of the
Internet for older classes’ researches only.
Use of digital camera and image processing.
1.1.30 Evaluation
The teacher will assess the child’s behaviour (interest, motivation, etc.) through direct
observation. An “informatics” copy-book with bricolages will be the target of the
younger ones’ assessment. The lab teacher cooperates with the form teacher in the
evaluation. An individual assessment for the young children is hardly possible, as the
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
29
pupils work together. Only from the 4th class onwards it is possible to get to an
individual assessment. The projects are collected in the competence Portfolio.
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
30
PART II
2. TEACHERS
Enrico Bottero
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
31
The questionnaire: initial data
Besides getting acquainted with every single school, we found it useful to look into
the teachers’ knowledge / competence, through a multiple choice questionnaire.
Unlike the interviews held by Di.S.A. (Antropological Science Department – Faculty of
Education Science of Genoa University – see DI.S.A Report.), focused on the necessity
to collect material useful to make an analysis of the interaction methods, the
communicative stereotypes, the ideas linked with the use of the computer and the
Internet, here we have more closely examined the teachers’ specific skills. However,
there is still a certain influence of the teacher’s personal image, to whom a self-
assessment of their own skills has been assigned.
The aim was not obviously the achievement of general elements, but, more simply, of
elements useful for the interpretation of the pupils’ skills, which are evidently
conditioned by their teachers’ ones. What’s more, the pupils’ skills (see part III) have
been observed with reference to selected groups whose teachers have done the
specific training course provided for by the project. The teachers’ skills which come
out here are instead referred to a larger group made up of all the teachers from a
school.
The questionnaire is divided into three sections: 1. personal data; 2. degree of
familiarity with ICT; 3. description of ICT activities with pupils. The first two sections
have been answered by all the teachers (certainly those who accepted to fill in the
questionnaire). Section 3 has been written out only by those who have declared to do
regular activities with ICT and the related survey of competence. Two stopping-
questions (about the regular activities with ICT and activities of evaluation) have
therefore progressively selected the sample.
First of all it must be pointed out that the questionnaire has not been answered by all
the teachers. The real sample of participants corresponds to 54% of the number of the
teachers that there are (97 teachers out of 178). The distribution of the real sample in
relation to the number of teachers from experimental schools that there are is shown
here in succession.
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
32
Schools Sample No of teachers that there are
Chivasso 2nd Teaching District 32 46
Institute Adorazione Cadorna 5 12
Novi 1st Teaching District 40 53
Pacchiotti (Torino) 12 58
Christian Schools (Vercelli) 8 9
Total 97 178
Table 1
As it is clear, while in some schools the real sample is nearly the same as the total
number of teachers, in other schools it is definitely lower. It is an element which
highlights the different degree of sensibility towards ICT. It is useful in order to
interpret the pupils’ skills more clearly.
Other elements must be taken into account for a good interpretation of the
questionnaire, like age and seniority. In the charts 1 and 2 we present the data that
have come out through an interpretation of section 1.
A table summarizing personal data follows. (Tab.2).
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
33
Chart 1
Chart 2
As you can see, in most cases the sample is set in an average age and seniority band.
If we look at national data, we will notice that this kind of distribution is not basically
different to the one referred to the total number of teachers. Anyhow, the result is
useful because it allows to point out the incidence of the two factors on technological
skills.
Sample distribution according to age
0
5
10
15
20
25
30
35
40
45
25 - 29 years of age
30 - 39 years of age
40 - 49 years of age
50 - 60 years of age
n.r.
Sample distribution according to seniority
0
0 - 7 years’ service
8 - 17 years’ service
18 - 27 years’ service
28 - 37 years’ service
n.r.
5
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
34
Total sample: 97
Sex. 90 females – 7 males
Average age. 42,9 years of age
Prevailing age band: 40 – 49 years of age
Average seniority: 17 years’ service
Prevailing seniority band: 18 – 27 years’ service
Table 2
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
35
Degree of knowledge of Information and
Communications Technology
2.1.1 Knowledge of the Operating System
1. Evaluate your own knowledge of how a computer works and its operating system
(ability to switch on and off a pc, to start it again, master the structure as regards
folders and files, save, recover and move files and print)
Chart 3
2.1.2 Knowledge of office application
Evaluate your own knowledge of office application (word processor, calculations,
programmes for presentations, data base managers)
Knowledge of the operating sistem
0
10
20
30
40
50
60
70
80
90
none
poor
fair
good
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
36
Chart 4
2.1.3 Knowledge of the strategies for research on the web
Evaluate your own knowledge of the strategies for information research on the Web
Chart 5
Knowledge of research on the web
0
10
20
30
40
50
60
70
80
90
none
poor
fair
good
n.r
Knowledge of office application
0
10
20
30
40
50
60
70
80
90
none
poor
fair
good
n.r
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
37
2.1.4 Use of the electronic mail
How often do you use the electronic mail on average?
Chart 6
2.1.5 Participation in events on line
How often do you take part in events and/or communications on line (chart, form, e-
learning courses, radio, games on line…) on average?
Chart 7
Paticipation in events on-line (forum, chat..)
0
5
10
15
20
25
30
35
40
Never
Less than once a week
Once a week
Twice or three times a day
Once a day
More than once a day
nr
Use of electronic mail
0
5
10
15
20
25
30
35
40
45
Never
Less than once a week
Once a week
Twice or three times a week
Once a day
More than once a day
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
38
In spite of a good level of knowledge as regards basic skills (chart 3) and research
competence on the web (chart 5), there is still a low degre of knowledge of office
applications (word processor, calculations, etc., see chart 4) and the use of electronic
mail and communications on line (see charts 6 and 7). Generally speaking, we can
point out some initial level of competence, characterized by a rather limited
interaction. This will certainly have an impact on the activities with pupils, which will
inevitably be focused on the use of the computer as a cognitive and multimedia
instrument rather than as a cooperative one (use of cooperative learning both on the
local network and on the Internet).
A significant element coming out comparing the personal data with the degree of
knowledge of Information and Communications Technology is the connection with age
and seniority. Knowledge (in particular, the knowledge of the operating system and
office applications, but somehow the others as well) is higher among younger teachers
with less service. The borderline case beyond which a decrease of knowledge is
highlighted is 50 years of age.
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
39
Didactic Activities
Are you regularly involved in didactic activities with Information and Communications
Technology?
By a teacher “regularly involved”, here we mean that the teacher periodically does
something (a lesson, a meeting, a session…) of at least an hour per week with groups
of pupils or even one (only) pupil. 47 teachers out of 97 have answered (48%). We
have compared the age service of the teachers with their declaration of regular
involvement in didactic activities with ICT. The resulting charts follow.
Chart 8
Comparison age – involvement in regular
didactic activities with ITC
0
2
4
6
8
10
12
14
16
18
20
25-29
30-39
40-49
50-59
nr
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
40
Chart 9
If we consider the distribution of the sample according to the age (see chart 1), we
can point out a greater involvement in regular didactic activities among the younger
teachers. (All the younger teachers, that is those with less than 29 years of age and
two thirds of the teachers in the following band have replied positively). The
comparison with seniority seems a bit controversial.
Actually we have highlighted the peak of involvement among the younger ones (with
less than 18 years’ service), a decrease in the following band (18 – 32 years’ service)
and a further rise in the band 28 – 37 years’ service.
All the 47 teahcers have declared they do the activity in the school ICT laboratory and
not in the classroom. After that, the sample has been reduced. Only 47 teachers
carried on the questionnaire, more precisely those who have stated they are regularly
involved in didactic activities with ICT.
Comparison service- involvement in regular
didactic activity with ICT
0
2
4
6
8
10
12
14
16
18
0 -7 years’ service
8 - 17 years’ service
18 - 27 years’ service
28 - 37 years’ service
nr
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
41
2.1.6 Regular frequency of didactic activities
How often are you usually involved in a didactic activities?
Chart 10
2.1.7 Usual duration of didactic activities
How long does a didactic activity generally take you?
Chart 11
Duration of didactic activity
0
5
10
15
20
25
30
35
40
45
More than 2 hours
About 2 hours
About an hour
other
Frequency of didactic activities
0
5
10
15
20
25
30
35
40
45
More than once a week
Once a week
Less than once a week
Every 15 days
nr
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
42
2.1.8 Relative branch of learning
Which branch of learning do your ICT didactic activities refer to?
(More than one answer was possible).
Chart 12
As far as concerns the effective time of the didactic activities, another element comes
out: the prevailing activity of an hour per week. It is therefore clear that the activity
with ICT is still considered an exception in the general didactic practice, as it is
confirmed by its frequent reference to a specific school-subject, computer science
(cart 12). A similar result has been obtained with other similar research works arrived
out in Italy, in particular in Piedmont thanks to Irre and Regional School Board (see
Regional Report Ri.So.R.S.E. project on the web site:
http://www.irrepiemonte.it/elenchimateriali/orddoc_mat.asp) .
Branch of learning
0
5
10
15
20
25
30
35
40
45
Computer science
Linguistic sphere
Logic-maths sphere
Expressive sphere
Other
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
43
2.1.9 Pupils: group typology
How are you pupils grouped when you carry out your didactic activities?
Chart 13
2.1.10 Pupils: (computer) arrangements
How are the pupils arranged during the lesson (meeting or session…)?
Chart 14
Pupils’ arrangement for each station (computer)
0
5
10
15
20
25
30
35
40
45
A pupil every pc
No more than 2 pupils per pc
No more than 3 pupils per pc
More than 3 pupils every pc
Other
Pupils: group typology
0
5
10
15
20
25
30
35
40
45 The whole class
Group inside the class
Horizontal interclass
Vertical interclass
Single pupil or groups of
two-three pupils
other
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
44
2.1.11 Pupils: use of hardware devices
Do your didactic interventions imply the pupils’ direct use of the mouse, the keyboard
and/or the other hardware devices?
Chart 15
As regards pupils, the activity inside the class prevails, consistently with the general
organization of the whole didactic activity. The class is still the fundamental base of
the school organization. The number of pupils every pc (generally two) is probably
linked with the number of stations available in every lab, which is never higher than
10 or15 items. It is therefore a sort of compulsory choice connected with the number
of computers the school may have. The limited amount of time disposal is balanced by
a closely functional and operational use of it. During lessons with an operating and
laboratory character, the pupils are stimulated to work directly with the computer for
most of their time (see chart 15).
2.1.12 Regular activities done with ICT
Which ICT activities among the following ones are regularly carried out by pupils?
More than one answer was possible. The activities mentioned are the following:
activities aiming at computer literacy (use of applications like office or similar) –
activities of graphic production – activities of hypertext production (in HTML, for
applications offline and/or WEBpages – applied study of programming languages (ex.
Pupils’: use of hardware device
0
5
10
15
20
25
30
35
40
45
No,it’s me who carry out
lessons/activities with the pc
Yes for a short time
Yes for most of the time
Yes during all the lesson
Other
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
45
Logo) or mark (ex. HTML) – didactic use of videogames – use of didactic software for
specific school-subjects – use of encyclopaedia for researches – use of the Internet for
research – communication and interaction activities on the Internet with other classes
through e-mail – communication and interaction activities on the Internet with other
classes through other devices (mailing list, chat, forum, …) – other.
Chart 16
Among the activities the prevailing ones are word processing and graphics, with a
certain space dedicated to videogames and use of the Internet. The activities of
computer literacy, wordprocessing, graphic production and videogames are present in
every school with no significant differences. Other activities are concentrated in some
schools only, such as hypertext production (Novi Ligure), use of programming
languages (Novi Ligure and Chivasso 2) use of e-mail communication (Chivasso 2 and
Pacchiotti).
Some activities (computer literacy, graphic production, wordprocessing) are mostly
carried out by teachers with less service, whereas the communication through e-mail,
as we have seen rather reduced, seems to be a prerogative of senior teachers (28-37
years’ service).
All that confirms what above mentioned, that is to say teachers’ skills inevitably end
up conditioning the activities with pupils, by limiting them to specific spheres of work.
The most common attitude is to consider the computer as a cognitive instrument,
Activities with ICT
0
5
10
15
20
25
30
35
40
45 Computer literacy
Graphics
Word processing
Hypertext production
programming
videogames
Didactic SW
encyclopaedia
The Internet
E-mail communication
Comm.through forum,chat
Other
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
46
being affected by general purpose enviroments (wordprocessing, drawing, etc.). It is
the stage that, as regards the research on education technologies, mostly developed
in the nineties of the 20th century and was then exceeded by a third and a fourth
phase, respectively characterized by the use of the computer as a communicative
multimedia instrument and as a co-operative one. Of these subsequent steps in the
reserach on education technologies in the didactic activities of the schools examined
only a few elements are present like the use of the Internet, which has already
become quite common. All that confirms the gap between the advanced development
of the research on education technologies and the majority of teachers still
concentrated, at least in our schools, on general purpose environments.
2.1.13 Evaluation
In conclusion we asked the teachers if they would provide for an assessment of the
competencies and/or skills achieved by their students as regards ICT in the school-
term evaluation. 37 teachers out of 47 (78%) have answered affirmatively. The final
question, about the methods of evaluation, has been put to them: how do you assess
the competencies and/or skills achieved by your students with reference to ICT? The
possible choices were the following: the teacher’s direct observation, charts, grids
and/or observation register, objective tests, collection of significant works for the
Portfolio, other.
Chart 17
Evaluation Methods
0
5
10
15
20
25
30
35
Direct observation
Charts
Test
Portfolio
Other
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
47
It is clear that the most common mothod of evaluation is the teacher’s direct and
regular observation. This qualitative method definitely prevails over more structured
ones, like the use of charts, grids, tests, etc. This happens in all the experimental
schools. The use of charts, grids and/or observation registers is a prerogative of
Chivasso 2, while the use of objective tests is present in the Pacchiotti school.
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
48
PART III
3. OBSERVATIONS ON PUPILS’ COMPETENCIES
Alessandro Rabbone
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
49
Preliminary remarks
In order to avoid a “general” observation of the activities, which would not have been
useful to the fulfilment of the project goals, the teachers responsible (usually the
person in charge of the computer and/or multimedia school laboratory) have been
asked to show, on the basis of the activities done during the school-year 2004/2005,
which skill(s), among the ones summarized in the project basic grid , could be the
target of the activity of observation.
Finally it has been agreed to observe those activities in a situation which could be
considered “regular” for the pupils, in the school laboratory, in a usual context inside a
regular process.
During the visits, the observers have been introduced to the pupils as people
concerned with school (ex teachers) who, because of their job, had the task to
understand “what is done at school with the computer and technologies”. Pupils have
been invited to carry on their usual work without caring about the visitors.
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
50
Chivasso 2nd Teaching District
Observation date: 4th May 2005
Observation length. 1 h 45’ (14:30 – 16:15)
Class or group observed: third class
Suggested activity: Multimedia project in small groups with the
use of Micromedia2.
No of multimedia stations that there are: 10
No of pupils who were present: 18
Observed competencies: Comp. 1 (Cooperation)
Comp. 4 (Find,work out, save information)
Comp. 7 (Project development)
The visit took place in the main building of the Teaching District (Via Blatta 26/B a
Chivasso).
The observation was concerned with class activities about the making of multimedia
products with the use of MicroMondi 2. The children, generally two every multimedia
station, were following, as a microgroup, a specific project work regarding the carrying
out of a kind of “virtual sea-life centre” (with images of fishes swimming in the
background).
The level of cooperation between the couples of pupils seemed rather high. The
rhythm of the “operating alternation” (the alternation of the child to type on the
keyboard and move the mouse) was always respected. Both pupils in all the couples
paid attention and concentrated on their task. There was a high number of operational
advice, with reference to the activity. A certain activity of mutual help was noticed not
only inside the single microgroup but between different microgroups (cooperation
inside macrogroup). Suggestions and help were overall concerned with the operating
procedures to find the images (on Google search engine) to put in the project, their
set and reduction and the instructions to give the “tortoise – agents “of MicroMondi 2.
Despite the lively verbal exchanges inside the macrogroup, the level of noise and
confusion in the lab was quite acceptable.
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
51
Even if they were elementary students, they seemed to be able to find useful images
for their project on the web (Google search engine) and work them out.
Also as regards the insertion of the images inside the enviroment of MicroMondi2, the
competence level was quite satisfactory. Instruments and functions of the consolle for
the drawing of the enviroment were used with a good command.
As far as concerns the planning abililty it is necessary to remember that all the couples
worked on similar project typologies (the working out of the virtual sea-life centre)
and this seems to have fostered an activity of emulation of the classmates’ projects
rather than the development of original projects for each couple.
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
52
Filippi Nursery School – Christian Schools
Observation date: 10th May 2005
Observation length: 1 h (11:30 – 12:30)
Class or group observed: Fourth Class
Suggested activity: Dictation with the use of MS Word
Navigation with the browser “Il Veliero”
No of multimedia stations that there are: 7
No of pupils who were present: 10
Observed competencies Comp. 1 (Cooperation)
Comp. 4 (Find, work out, save the
information)
Comp. 6 (Practice on their own)
The first activity suggested was the “dictation on the computer” with the use of MS
Word. The form teacher put the pupils in couples in front of the computers and
invited them to open MS Word and a new file, then she started dictating. The pupils
carried out the activity, showing an adequate command of the keyboard.
Successively, on my request, they passed to the second activity, the surfing on the
Internet with the children’s browser “Il Veliero” , looking for videogames on line they
could be interested in.
As regards the degree of cooperation proved, it is necessary to underline that in
particular the first activity suggested, but also the second one, did not allow us to
check the children’s willingness to co-operation. The children’s interaction was limited
by their turns in the use of the keyboard and the command of the mouse. There was
no co-operation between different microgroups.
At the end of the first activity the children were able to save their own work file in
folders shown by the teacher.
During the navigation with the browser “Il Veliero”, the children seemed to be able to
visit different sections and activate, among those listed, the games they were
interested in. As far as concerns the activities and tasks suggested by the various
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
53
games on line, they showed adequate abilities to practice and act on their own, both
as members of a couple and individually.
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
54
Pacchiotti
Observation date: 11th May 2005
Observation length: 2 h (11:00 – 13:00)
Class or group observed: Second class
Suggested activity: Editing of an advertising leaflet with MS Word
Games on line
No of multimedia stations that
there are: 10
No of pupils who were present 15
Observed competencies Comp. 1 (Cooperation)
Comp. 8 (Use of suitable instruments)
The visit took place at the branch school “Ricardi di Neto” located in Via Valfrè 8 in
Turin. The children were invited by the form teacher to arrange themselves as usual in
front of the computers, activate MS Word application and work out a short leaflet
advertising, in an original way, a real initiative of the school addressed to parents.
At the end of the activity the teacher invited the pupils to examine some webpages
with a list of games online
(link:http://junior.virgilio.it/directory/cgi/dir.cgi?ccat=46905)
In both the activities the pupils’ willingness to co-operate with their classmates and
their abilities turned out to be very good. There were several shared moments with
reference to the activities of the procedure (character prepping, insertion and
reduction of images, save operations…) not only inside the microgroup, but also
between different microgroups. The close exchange of mutual observations, opinions,
suggestions and comments obviously created a quite lively atmosphere where the
inevitably resulting confusion was widely made up for by the interest and motivation
to the participation shown by all the pupils.
As regards the competence to use suitable instruments to the various situations, we
can underline the fairly good correctness of the terms used (the young age permitting)
and the ability to use the basic functions of MS Word which concern the prepping of
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
55
charactres and paragraphs. Moreover, each microgroup was able to save their own
work file in a specific folder shown by the teacher. The pupils proved to be rather
autonomous also in the use of simple games on line.
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
56
Novi Ligure First Teaching District
Observation date: 17th May 2005
Observation length: 2 h (10:30 – 12:30)
Class or group observed: Two 3rd classes (1h each)
Suggested activity: Multimedia projects in small groups with the use of
MicroMondi 2.
No of multimedia stations
that there are : 12
No of pupils who were present: 19 + 18
Observed competencies: Comp. 1 (Cooperation)
Comp. 8 (Use of suitable instruments)
The visit was made at the main bulding of the Primary school in Novi Ligure, Corso
Italia 56. Two 3rd classes took turns in the school lab (one hour each). Both schools
were involved in the development of one project with the use of MicroMondi 2.
The project implied the multimedia representation of the astronomic phenomenon of
the Big Bang through the finding and collection of graphic and textual information on
the web, their working out thanks to the drawing consolle, the creation of procedures
in the Logo language. The different microgroups (working couples in front of
multimedia stations) had been given specific tasks about the activity to carry out. In
other words the criterion followed for the fulfilment of the project was the division of
tasks: every microgroup inside a class would follow a specific part of the whole
process for the carrying out of the product.
Generally speaking, we had the impression of an executive attitude compared with the
given tasks rather than an activity of discovery and search for original solutions.
During the activity, we could nevertheless observe a frequent exchange of mutual
advice and suggestions inside all the microgroups. Also the turns at the keyboard were
respected. Instead the mutual help between microgroups was observed only when the
typology of the activity was the same (the finding of images on the web or graphic
production or other procedures…)
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
57
On carrying out their tasks the children appeared to be autonomous in the command
of routine operations they had been told to do (use of search engine, working out of
images, list tracing…) they were also able to save both the images and their own
projects (file .mw2) in netwotk folders (LAN in the lab) previously shown by the
teacher.
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
58
Adorazione – Cadorna Institute
Observation date 20th May 2005
Observation length: 2 h (10:30 – 12:30)
Class or group observed: A 4th class and a 2nd class (1h each)
Suggested activity: Activities of research on the Internet and self-
practice
Transcription of text printed with MS Word
No of multimedia stations
that there are : 18
No of pupils who were present: 23 + 26
Observed competencies Comp. 1 (Cooperation)
Comp. 8 (Use of suitable instruments)
In the time dedicated to the visit a 4th class and a 2nd one took turns in the school
lab. The first macrogroup was involved, following the instructions of the person
responsible, of the lab, in activities of research on the web (games and activities of
self-education on http://www.lagirandola.it/ end on
http://www.ilportaledeibambini.net/ ). In particular the kids worked on an application
online which, after the insertion of data related to geometrical figures, calculates
perimeters, areas and other elements. The second macrogroup (the 2nd class) was
invited by the teacher to write out a text (of which photocopies were handed out)
concerning the description of some animals.
In both cases the pupils arranged themselves in couples in front of the multimedia
stations, but there was also the possibility of one single pupil per computer.
As far as concerns the cooperation competencies, we observed a limited cooperation in
the activities. Generally speaking the temporarily “sleeping“ member of the
microgroup silently followed his mate’s work. Only in the transcription of the text
about animals the cooperation consisted in a child’ dictation.
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
59
Absolutely absent was the cooperation between members of different microgroups, as
regards both the 4th class pupils and 2nd class ones.
About the ability to use suitable instruments to the situation, a certain operating
autonomy with keyboard and mouse was observed in the first microgroup (the fourth
class), while the younger chilren seemed more hesitating and uncertain.
The ability to save in network folders shown by the teacher was observed only in
groups of pupils of the 4th class.
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
60
Final remarks
The observation activity which has been illustrated sofar shows traces of the
organization and time limits we hinted at in the introduction, limits we would like to
point out once again.
On one hand these observations will not be very useful to the researcher or scholar
who wants to get a general idea of primary school children’s “technological skills” in
European countries or to the one who wants to begin a comparative study in this field.
On the other hand, we can underline how this kind of experience relative to the
observation of some “work in progress” could be a source of precious suggestion for
future initiatives and plans about the assessment and evaluation of this kind of
competencies.
As to us, the choice of the applications and the software generally used by the classes
under observation has necessarily been determined by the regular use made by
children. In other words, without any specific and planned common activities for the
participating schools, we decided to focus our attention on behaviours and activities in
usual cognitive contexts, implying the use of software environment already
experimented during the school-year.
However, in view of a regional or national comparison of the results, and even more
within a European project, it would be necessary first of all, as it was expected in the
project itself “Learning at school and in the network”, to clearly define which
applications have to provide the operating background for the activities taken into
consideration. As regards this point, on the basis of the observation experience, it is
necessary to underline how the word processor MS Word, used three times out of five
inside our small sample, cannot be the most suitable context. Unless you wish to
assess competencies concerning ECDL (European Computer Driving Licence), MS Word
seems to represent a rather complex and sophisticated instrument, especially for
primary school children. The presence of a high number of options, set-ups and
functions (often used by adults for a small part) does not allow a complete and safe
control of the cognitive courses followed by the young users and, in conclusion, a
precise survey of instrumental “microcompetencies”. As far as the context of word
processing competencies is concerned, other publishers of simpler (and free) texts like
WordPad, offered with all Microsoft operating systems, or better word processors
mostly made for children , seem to be more suitable, if one aims at a “precise” survey.
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
61
The choice of MicroMondi 2 (made in two of the five schools of our sample) appears to
be definitely better. Besides being an environment for children, it is worth saying that
you can do everything with MicroMondi : you can write texts, draw, work out animated
texts and small hypertexts and, therefore, in a single oerating context, it is possible to
examine different kinds of competencies. What’s more, in such a cognitive context it is
possible to point out, besides the presence of “technical-instrumental” skills, other
competencies like the ones relative to the devising, organizing and working out of real
“projects” thanks to the pupil’s or the microgroup’s work.
These competencies above mentioned seemed to be particularly important to avoid a
mere observation of technical-instrumental skills.
For these reasons, always basing our reflections on the observation experience, the
definition and choice of a common environment, either MS Word, MicroMondi 2 or
other, is not enough to guarantee that the activities are carried out by the teacher in
the same didactic way according to the different cases and situations.
Infact, the same environment can be used according to different didactic views and
aims. An example taken from the situations described is about Ms Word, which can be
prepared by the teacher so that the pupils write down a text under dictation or copy a
printed text or, on the contrary, use it as a typographical environment to plan and
work out a text or a leaflet giving information about a school activity to parents.
In order to make a survey of competencies, it is extremely important to understand
the kind of tasks assigned by the teacher to the pupils. It is fundamental to
distinguish, as regards the projects made with MicroMondi 2, between microgroup
projects and projects carried out by the whole macrogroup which imply a division of
tasks. The process which leads to the production of a multimedia product, even a very
simple one, which implies the original design of the structure, the kind of images to
insert, the interactive aspect for the final user, etc. (see Chivasso 2), is not the same
as the assignment of precise tasks from the teacher responsible for the project (see
Novi 1).
It is also very important to know who is the author of the projects taken into
consideration. A macrogroup project, or a project involving more classes, on one hand
favours cooperation and collaboration, but on the other hand it does not allow to fully
verify competencies relative to the choice and the use of more suitable instruments
(environments) for the achievement of precise objectives (competence n. 7 mentioned
in the grid).
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
62
Even the assignment of a precise project (for example “the building of a virtual sea-
life centre with MicroMondi 2, as it happens in Chivasso 2) is not the same as the
teacher’s invitation to the children to work out a multimedia product according to their
own original project, where the children themselves have defined the receivers (users
– readers of the product), the ways of communication and interaction, the constituent
elements ( that is, the very meaning of the project itself).
Considering future projects and experimentations focused on the survey of
“technological competencies”, this brief report ends with the suggestion further efforts
should be made to better define and agree on specifically didactic and operating
conditions:type of projects or tasks; the teacher’s assignments; organization of groups
and microgroups. The mere definition of software environments taken as common
operating contexts (not clearly defined in our case) is not sufficient to guarantee the
“common criteria” which provide the necessary condition for a reliable survey and
monitoring in order to get to a scientific comparison.
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
63
4. APPENDIX
1. Dissemination
To conclude the Project, the results of the activities described in the documents
presented (Tecnological Competences in Primary School and Disabilities and New
Technologies), have been and still are being publicized in different ways. The first
publicization has been realized through the Project’s Web site (www.minervaitaly.org)
and the Web site of IRRE Piemonte (www.irrepiemonte.it). The second occasion to
publicize the results has been the Project’s conclusive meeting, which took place in
Turin at the Giolitti Institute on January 26th ad 27th. On that occasion Enrico Bottero,
coordinator of the Project for the partner IRRE Piemonte, made a report on the results
of the activities carried out, to the schools attending the meeting. At the same time
the teachers from the experimental schools chaired a series of workshops, which
involved all partecipants, on the following subjects: 1. didactical software and more;
2. technological competences; 3. the metacognitive dimension: tecnological mentality;
4. disability and new technologies. In particular, the first three workshops referred to
the activities described in the document entitled Technological Capacities in Primary
School. The subject of workshop n.4 were the activities described in Disability and
New Technologies.
During the workshops, the activities carried out with the children were presented,
focusing both on their content and on the didactical programme followed. The content
of the workshops is described in the proceedings of the meeting, which are now being
published. The workshops have also been an opportunity for the attending teachers to
thoroughly discuss the possibility of a didactical use of ICTs and their effectiveness in
education and in developing a technological mentality. A further dissemination phase
has been scheduled and will include meetings at exhibitions and shows and
contributions to Italian and foreign scientific publications.
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
64
2. Internal evaluation
The results of the project have been evaluated internally by teachers and researchers
involved in it.
We should remember that the aims of the project were:
• testing, through a series of common activities, the real educational
effectiveness of didactical programmes which make a large and intensive use of ICTs;
• investigating common descriptive and control methods used to ascertain the
technological capabilities in children, focusing on logical and cognitive aspects,
experimenting them on sample schools and promoting them on an international level;
• determining, from the point of view of the teachers involved in the project,
common directions for the use of ICTs;
• training teachers and establishing guidelines for the introduction of ICTs in the
educational context of primary school.
The first two points are those which had the most positive outcomes. Their didactical
effectiveness on the competences on which we worked is clearly demonstrated. The
point regarding a common direction, shared by teachers, for the use of ICTs is more
complex. The guidelines on their introduction in primary school study plans must
consider single national situations.
Furthermore, some particular situations created a weak point. The changeovers which
took place in the general coordination reponsability and the substitution of some
members of the Italian work groups slowed down the activities and created some
difficulties. In the final phase, however, the situation improved, thanks to Prof. Nicola
Sacco’s constant effort to coordinate all activities, as head of the Giolitti Institute. For
what concerns training courses, teachers underlined the delays in carrying out the
project and the scarce amount of time between one meeting and the other.
The general opinion shared by most partecipants is that the project has offered
teachers the opportunity to experiment together didactical programmes with ICTs and
forms of competence control. This same opportunity, from a European point of view,
represented a great source of enrichment for all (exchange and sharing of didactical
programmes, competences, objectives and guidelines). In particular, most people
shared the idea of a constructivistic pedagogic perspective, according to which
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
65
learning is made up of the sharing of actions and meanings, in appositely designed
learning contexts. Concretely, this brought to a common decision in favour of activities
in which students could follow up a project and not just merely do what they were
told. An example supporting this idea is the large use of Microworlds (Micromondi in
the Italian version), which gives children the opportunity to work at a project involving
research and creativity. This is the reason why, in observing classes, attention was
mostly concentrated on this kind of activity, which encloses different sorts of
competences ( see competence table).
3. Bibliography and Sitography
Banzato, M., Apprendere in rete. Modelli e strumenti per l’e-learning, Utet, Torino,
2002 .
Bottero,E., (2003), Il sapere didattico. Forme, genesi, direzioni, Clueb, Bologna.
Calvani, A., (1989), Didattica della scrittura con il word processor: aspetti teorici e
applicativi, in A. Calvani (a cura di), Scuola, computer, linguaggio, Loescher,Torino.
Calvani, A., Rotta, M., (1999), Comunicazione e apprendimento in internet. Didattica
costruttivistica in rete, Erickson, Trento.
Calvani, A.,(2001), Educazione, comunicazione, nuovi media. Sfide pedagogiche e
cyberspazio, Utet, Torino.
Calvani, A., (2004), Che cos’è la tecnologia dell’educazione, Carocci, Roma.
Capponi, M., (1997) Tecnologie della conoscenza, in F.Falcinelli, R.Salvato (a cura di),
Tecnologie dell'istruzione e comunicazione didattica, Edizioni Scientifiche Italiane,
Perugia.
Eco, U., (2005), Mondo macchina”, L’Espresso, 5 gennaio, pp.58 – 63.
De Kerckhove, D., (1995), La civilizzazione video- cristiana, Feltrinelli, Milano.
Fornaca, R., (1985), Didattica e tecnologie educative. Storia e testi, Principato,
Milano.
Freinet, C., (1948), L’école moderne française. Guide pratique pour l’organisation
matérielle, technique et pédagogique de l’école populaire, Ophris, Cannes.
Freinet, C., (1994), L’éducation du travail, in Freinet, C., Œuvres pédagogiques, vol I,
Seuil, Paris.
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
66
Gadamer, H.G., (1986), L'attualità del bello. Studi di estetica ermeneutica, Marietti,
Torino.
Galliani, L.,(1993), L’operatore tecnologico, La Nuova Italia, Firenze.
Havelock, E.A., (1973), Cultura orale e civiltà della scrittura, Laterza, Bari (Preface to
Plato, Harvard University Press, Cambridge, Massachussetts, 1963).
Havelock, E.A., (1987), La Musa impara a scrivere, Laterza, Bari.
Illich, I., (1994), Nella vigna del testo, Cortina, Milano.
Mc Luhan, M. (1982), Dall’occhio all’orecchio, Armando, Roma.
Merleau Ponty, M., (2003), Fenomenologia della percezione, Bompiani, Milano
(Phénoménologie de la perception, Gallimard, Paris, 1945).
Ong, W., J. (1986), Oralità e scrittura. Le tecnologie della parola, Bologna, Il Mulino
(Orality and Literacy. The Technologizing of the Word, London and New York,
Methuen, 1982).
Papert, S., (1994), I bambini e il computer, Rizzoli, Milano.
Platone, (1974), Cratilo e Fedro, in Opere, Laterza, Bari.
Scurati, C.,(2000), Tecnologie e medialità: puntualizzazioni e bilanci, in C.Scurati (a
cura di), Tecniche e significati. Linee per una nuova didattica formativa, Vita e
Pensiero, Milano.
Sini, C., (1993), L’incanto del ritmo, Tranchida, Milano.
Sini, C., (1996), Gli abiti, le pratiche, i saperi, Jaca Book, Milani.
Snowling M., “Approcci contemporanei all’insegnamento della lettura”, in Dislessia,
marzo 2004, pp.79 – 93.
Telleri, F., (2000), IperComenius. Un archivio didattico. Per una Enciclopedia
Multimediale aperta, Clueb, Bologna.
Winograd, T., Flores, F., (1987), Calcolatori e conoscenza, Mondadori, Milano.
The documents entitled “Technological Competences in Primary School” and
“Disabilities and New Technologies” and the reports produced by the schools can be
downloaded from the following Web sites:
• www.minervaitaly.org
Learning at school and in the network. Minerva Action. Socrates Programme. 100880-CP-1-2002-1-IT-MINERVA-M
67
• www.irrepiemonte.it (field of e-learning and technologies – notices and
materials)
Top Related