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DOCTORAL THESIS
By : Raul Choque ([email protected])
Supervisor : Prof. Dr. Cristobal Suarez ([email protected])
Peru, 2009
““Use of computers and Internet in classrooms and skills Use of computers and Internet in classrooms and skills development in information and communication technologies of development in information and communication technologies of high school students”high school students”
Lima, PeruLima, Peru
UNIVERSIDAD NACIONAL MAYOR DE SAN MARCOS
SCHOOL OF EDUCATION
“Mind is not a recipient to be filled, but a fire to be excited”
Plutarco
Problem statements Research aims and objectives Theoretical framework Methodology Results Conclusions Recommendations
Index
Research problem
In Lima, capital of Peru, 35% of houses have a computer and 23% have access to Internet (INEI, 2008). In Lima 95% of young people from 12 and 17 years of age, use Internet every day (APOYO, 2008). 89% of high school students use Internet to get information, 76% to communicate, 42% for entertainment and 19% for education (INEI 2008).
In high schools of Lima, since 2002 the integration of computer and Internet has been developed in some high schools. This project was called “Huascaran” and now it is called “Aulas de Innovacion Pedagogica”, where students use the Internet more or less 150 hours during each academic year.
There is no information about the effects of study with computers in high schools in Lima.
How is the influence of the study with computers and Internet in the students skills of information and communication technologies?
Research problem
The research was developed in the poorest district of Lima, San Juan de Lurigancho. This district has the most population in South America with 812,000 habitants. 80% of the population in this district is poor. There are 50,008 high school students in public schools in 12 educational networks.
EDUCATIONAL NETWORK 11
07 public high schools3,685 students
Location of research
Objectives
Objectives
General objectiveGeneral objective
To determine the influence of the use of the computer and the Internet in the students’ skills in information and communication technologies.
Specific objectivesSpecific objectives
To determine if students improve the skills about getting information from Internet for school activities.
To determine if students improve the skills about team work with Internet for school activities.
To determine if students improve the skills about learning strategies with Internet for school activities.
Hypothesis
General hypothesisGeneral hypothesis
The use of computers and Internet in classrooms allow the development of students´ skills in information and communication technologies.
Specific hypothesisSpecific hypothesis
To determine if students improve the skills when getting information from Internet for school activities.
To determine if students improve the skills about team work with Internet for school activities.
To determine if students improve the skills about learning strategies with Internet for school activities.
Variables
Dependent variable Dependent variable
Development of student´ skills in information and communication technologies.
Independent variable Independent variable
Study with computers and Internet in the classroom.
Theoretical framework
Theoretical framework
Agricultural society
Industrial society
Digital society
1750 19558000 B.C. Electronic society Information society Knowledge society Virtual society Network society Pre figurative society
Abacus3000 B.C. Mechanical
calculator1500 A.C.
Compasses1579
Electronic speech
synthesizer 1937
Electro mechanical computer
1940Computer
1950 Personal computer
1981
Wall painting
Newsletter59 B.C.
Chinese Paper
105 A.C.
Printing press1450
News paper1502
Radio Broad-casting
1918
Color TV1968
Smoke and fire signals
Trumpets100 B.C.
Chappe Telegraph
1794
Internet1969
Trans-atlantic Cable 1856
Telephone1876
Cellular1984Electro-
magnetic Telegraph
1837
TV Trans-mission
1927
Theoretical framework
Source: M. Hilbert
WritteninformationWritten
information
Linguisticinformation
Linguisticinformation
Language revolution
Writingrevolution
Printingrevolution
Electronicrevolution
Linguisticinformation
Writteninformation
Printinformation
Electronicinformation
Theoretical Framework
Linguisticinformation
Printinformation
Source: Y. Masuda
Theoretical framework for ICT skill development
DISTRIBUTED COGNITION
Salomon
Cognition is not just in the head, cognition is distributed over other people and tools
The learning is between a person and technology
There is a cognitive residue that is an effect of learners interacting with media
SOCIOCULTURALAPPROACH
Vigotsky
iBrainGary Small
The brain´s plasticity allows that the brain can change in response to stimulus from the environment
Even using a computer for Web search for just an hour a day changes the way the brain processes information
The current explosion of digital technology not only is changing the way we live and communicate, but also is altering our brains
Cultural tools may include (1) Real tools: computers and Internet (2) Symbolic tools: numbers, maps, signs, codes, hypertext language
Higher order mental processes are mediated by psychological tools
Everything in life is derived from the environment
Cognition of the person
Distributed cognition
Distributed cognitions
Distributed cognition
Subject:students
Object: ICT skills
Outcome: good perform
Rules: schedules Community: teachers, parents
Division of labor
Tools: computer, Internet, hypertext language
Activity theory
Source: Engeström, 1987
Reorganization of brain function
Effect
s W
ith: C
ours
es
Effect
os O
f: Cog
nitiv
e re
sidue
Information and Communication Technologies Skills
The ICT skills are the cognitive, affective and psychomotor aspects that allow students to use ICT to access, get, organize, communicate and assess information. Also these skills help students to have a better performance.
Theoretical framework
International Society for
Technology in Education
2008
Organization for Economic
Cooperation and Development
(OCDE)2005
Carlos MonereoUniversidad
Autonoma de Barcelona (UAB)
2005
Ministerio de Educacion del Peru
(MINEDU)2007
1. Basic operations and concepts2. Social, ethical and human issues3. Technology productivity tools4. Technology communications tools5. Technology research tools6. Technology problem-solving and decision-making tools
1. Competences for use language, symbols ant text interactive
2. Competences for use knowledge and information interactive
3. Competences for use technology interactive
1. Search information and learning
2. Learn for communicating
3.Learn for team work
4. Learn for participating in the public life
1. To get information for research
2. To work in teams
3. To learn with technology tools
Theoretical framework
Methodology
DESIGN The research was quasi experimental with post test, nonrandomized control group, quantitative.
G1 = Experimental group
G2 = Control group
X = Study with computers and InternetO1 = Post test experimental group
O2 = Post test experimental group
NR G1 X O1
NR G2 - O2
Methodology
Hypothesis test
Student’s t-test of difference of means was used to test the significance of the difference between two sample means. Student’s t-Test was used to compare the sample means between two independent samples. For this activity we used the software SPSS v15.0©
We reject a null hypothesis if the p-value is less than 0.05, corresponding to a 5% chance.
2211
21
// 22 NSNS
xxt
Population and sample
GradeI.E. 0087 José
María Arguedas
I.E. 0132 Toribio de Luzuriaga y
Mejía
I.E. 0137 Miguel Grau Seminario
Sub Total
4to. 75 91 120 286
5to. 67 106 122 295
TOTAL 142 197 242 581
Grade I.E. 100I.E. 0119
Canto Bello
I.E. 0161 Moisés Colonia Trinidad
I.E. 0169 Sub Total
4to. 109 61 27 76 273
5to. 132 60 27 68 287
TOTAL 241 121 54 144 560
Experimental group
Control group
Population and sample
INCLUSION CRITERIA
Male and female that are studying in the 4th and 5th grade of high school
Students from public high schools Students that are from 11th Educational Network of Lima
Instrument
We elaborated an instrument about the ICT skills
The instrument was validated by expert judgment and analyzed by Aiken coefficient of validity
We had a pilot group, where the Alpha Cronbach was ACCEPTABLE
VariablesExperimental
groupControlgroup
x2(gl)Value
p
N=581 N=560
% N % N
Gender Male Female
45.654.4
265316
47.552.5
266294
x2(1)=0.409 0.522
Grade repetition Yes No
5.394.7
31550
4.895.2
27533
x2(1)=0.156 0.693
Socio economic level High Medium Low Very low
1.781.815.70.9
1047591
5
2.078.818.01.3
11441101
7
x2(3)=1.778 0.620
Educational level of household head University High school Primary school Without education
18.670.710.30.3
10841160
2
19.366.313.60.9
10837176
5
x2(3)=4.829 0.185
Homogeneity of the groups
VariablesExperimental
groupControlgroup
x2(gl)Value
p
N=581 N=560
% N % N
Activities after school To study To work Other
57.812.929.3
33675
170
57.713.428.9
32375
162
x2(2)=0.063 0.969
Have a computer at home Yes No
25.075.0
145436
24.175.9
135425
x2(1)=0.111 0.739
Have access to Internet at home Yes No
15.584.5
90491
14.585.5
81479
x2(1)=0.236 0.627
Average
SD Average SD t(gl) Value p
Age 15.34 0.9319 15.36 0.999 t(1139)=1126.30 0.748
Homogeneity of the groups
Results
Place where students use Internet
Person that teaches about the use of Internet
Main activities when using Internet
Skills to get information
Skills for team work
Skills to learn with Internet
Conclusions
Conclusions
1. When students use computers and Internet in classrooms, they develop more skills to get information. The significant differences were the use of educational website, the differences about the kinds of information, use advanced search and the use of information for school tasks.
2. When students use computers and Internet in classrooms, they develop more skills to work in teams. The significant differences were the use of e-mail, use of discussion boards, use of weblogs and use of Wikipedia.
3. When students use computers and Internet in classrooms, they develop more skills for learning. The significant differences were the use of power points, conceptual map, mind map, database, electronic dictionary, digital library and elaboration of texts for schools tasks.
4. The students learned the use of Internet mainly from their peers, family member or by themselves.
5. The main activities with Internet are to get information, communication and the use of different tools for learning.
6. The access to Internet is mainly in booths.
Conclusions
Recommendations
Recommendations
1. When students use computers and Internet, they not only should get information, they should transform information in knowledge. This is an important activity especially with students.
2. There are several tools for communicating, but the ICT tools are used for social activities. It is very important that schools should promote the use of these tools for academic goals.
3. For learning skills with ICT there are a lot of resources and tools that should be used frequently. Therefore teachers should promote the use of the digital library, digital educational radio, television, etc.
4. Teachers should learn more about computers and the Internet. Students are learning from their peers and by themselves.
5. Students and teachers should transform information in knowledge, therefore they need to know more about the use of different techniques and tools for knowledge construction.
6. The majority of students access to Internet from public booths, there is a necessity to put more attention on these booths and to promote the adequate use to make educational activities with Internet.
Recommendations
Appendix
Validation by experts in ICT
Pilot test with students
Instrument application
Students that partcipated in the research
Publication
Journal: SIGNO EDUCATIVO
N° 167, July 2008.
Journal: SIGNO EDUCATIVO
N° 168, August 2008.
Publication
“...[I]f a new technology extends one or more of our senses outside us into the social world, then new ratios among all of our senses will occur in that particular culture. It is comparable to what happens when a new note is added to a melody. And when the sense ratios alter in any culture then what had appeared lucid before may suddenly become opaque, and what had been vague or opaque will become translucent”.
Marshall McLuhan