Introduction
Today, we live in a highly digitized and networked
society where information can be accessed easily with a click of a button. The
education sector benefits tremendously from this. Pritchard (2014) reported
that school Internet connectivity has grown from 35% in 1994 to 100% in 2005,
while classroom connectivity has increased from 3% in 1994 to 90% in 2005. With
the increasing availability of Information and Communication Technology (ICT),
students no longer need to visit a bookstore or library for books or resources
and teachers are given access to online materials that they can share with their students. Due convenience of internet
access to information, students of all levels should use this in their learning
experience in order to attain a better efficiency as they can have access to
databases they need at the tip of their fingers if they encounter a problem
while studying. With such a divide existing, students may find it hard to adapt to higher education level as they are unfamilar with the ICT curriculum the tertiary education ustlised
Problem
However, according to Obrien (2014), many of these online
resources are not evenly distributed and utilised effectively and a digital
divide can still occur within different levels of the education system which may lead to the problem of the digital divide among different education levels. The Singapore’s education system still experience digital divide in terms of
how effective the schools utilise the technologies provided for them. Lim
(2010) explain that MOE invested in ICT to support teaching and learning
in primary and secondary schools to ensure that students are well prepared for
their tertiary education as well as working life. However, it is not observe in
Singapore that ICT was effectively utilized in lower education level as
compared to tertiary level. The effective implementation of ICT in schools is a
complex process that not only involves providing the technology to schools but
also the teachers’ competencies and curriculum restructuring and these are not seen in lower education levels.
Solutions
Dzidonu (2010) explain that in many schools, ICT is
typically poorly adopted and underused in classroom. Keengwe and Onchwari,
(2011) notice that even though there are rapid growth in ICT infrastructures in
school as well as access by teachers and students both at home and school, most
teachers are unwilling to adapt and adopt ICT tools during teaching. It appears
that they are competencies in ICT as well as their attitudes towards ICT remain
an obstacle for them to adopt and use efficiently the technology in classroom.
Hence, in order to remove the digital divide caused by the underuse of ICT in
the classroom, National Institute of Education of Singapore (NIE) incorporated
courses involving usage of ICT into its teacher training programs.
Despite the extensive support for the teachers, the adoption
and integration ICT into classroom learning and teaching is behind
expectations. In practice, ICTs are rarely used or only used as a supplement to
traditional teaching in lower secondary. (Redecker, 2009). This could be due to
the traditional perspective of teachers in teaching. Therefore, surveys can be
conducted to investigated teachers’ beliefs and attitudes toward ICT adoption.
Hence, the problem can be identified and solved. This will help to narrow the
digital divide in the lower education levels as compared to the higher ones.
Curriculum structure in which the school adopts is also very
important. According to Gupta (2014), the use of an ICT structured curriculum
freed up class time to allow deeper thinking and more problem solving
experience for the students. These students are actively engaging in
learning with their peers while solving problems, or taking assessments.
Some examples of an ICT structured are flipped classroom, class website or even
by utilizing the social media Facebook as a learning support group. Most of
these are being utilized at a tertiary education system but not at lower
levels. As mentioned by Shen (2010) in response to Lim(2010), ICT can be a
double edge sword. He mentioned that MOE announced that a $850 million Standard
ICT Operating Environment (SOE) for school systems will start on 2012. This
system will enable all schools to have 1Gbps wireless broadband access systems.
The aim of this is to allow students to use portable computing devices as well
as interactive multimedia resources in the school-wide wireless connectivity
environments for outdoor learning. However, one cannot neglect the distractions
ICT can cause in the form of emails, blogs, YouTube video and even online
games. Lim (2010) explained that MOE has put in place cyber-wellness programmes
to educate students on cyber wellness and the safe use of technology, as well
as filters to restrict undesirable contents online. Through these various
protection schemes, primary and secondary schools could also utilize ICT to the
fullest in their curriculum. This will narrow the digital divide between
tertiary education and the lower education levels.
Conclusion
The existing digital divide between tertiary education level
and the lower education levels is apparent if nothing is done to bridge this
gap. To start off, the government and schools could do their part by improving
the teachers’ beliefs and attitudes toward ICT adoption and to refine the
school’s curriculum structure. If all of these can be done, digital divide
within the education sector can truly be narrowed.
Obrien, A (2014). Celebrating Access to Information, http://www.edutopia.org/blog/information-access-digital-divide-gutenberg-anne-obrien
(Retrieved 1/10/14)
Redecker, C (2009). Review of Learning 2.0 Practices: Study
on the Impact of Web 2.0 Innovations. Education and Training in Europe. JRC
Scientific and Technical Report, Available at ftp://ftp.jrc.es/pub/EURdoc/JRC49108.pdf.
(Retrieved 1/10/14).
Dzidonu, J. (2010) The role of ICTs to achieving the MDGs in
education: An Analysis of the Case of African Countries, Accra Ghana. http://www.ait.edu.gh
(Retrieved 1/10/14)
Keengwe, J. & Onchwari, G. (2011) Computer Technology
integration and student learning: Barriers and promise, Journal of Science
Education and Technology 17(2011) 560-570 http://dx.doi.org/10.1007/s10956-
008-9123-5 (Retrieved 1/10/14)
Lim Teck Soon (2010) Use of ICT in Schools Aimed at
Enhancing Teaching and Learning, http://www.moe.gov.sg/media/forum/2010/06/use-of-ict-in-schools.php
(Retrieved 1/10/14)
Kavita Gupta (2014) Increase Student Engagement & Extend
Beyond the Classroom using The Blended Learning Model, http://www.edutopia.org/discussion/increase-student-engagement-extend-beyond-classroom-using-blended-learning-model,
(Retrieved 1/10/14)
S O'Hara, R Pritchard (2014), What is the Digital Divide's
Impact on Learning, http://www.education.com/reference/article/what-digital-divides-impact-learning/,(Retrieved
1/10/14)
This comment has been removed by the author.
ReplyDeleteHi Albert!!
ReplyDeleteAfter reading your essay, this is our understanding to your outline of the essay..
DIVIDE: between tertiary and primary/secondary education
PROBLEM: the divide due to.. (1) teacher's competencies (2) curriculum structure
SOLUTION for the problem: (1) survey, teacher training programme (2) restructure curriculum
We think that your divide is due to the problems you discuss in the essay.
The question is asking for a problem due to the divide, not a divide due to the problems.
Perhaps you can like discuss a new problem, i.e. as a result of this divide, students in the lower level may not be ready for the higher/tertiary level education which has already integrated ICT into their curriculum
7-11!!
Ivy, Lyndsey, Loo Yong, Jessica
Ps: cheers!!*
hi guys
ReplyDeletethanks for your comments. but the prompt states that a divide due to a existing problem instead of the other way round. so..... hahas