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ICT in Schools Glimpses from Afar

ICT in Schools

Utpal Mallik

Head
Department of Computer Education, NCERT
utpal.mallik@gmail.com

From leaders in the government to leading pedagogues, all face decisions as to why and how to integrate ICT (read computers and the allied technologies) into education of children. The decisions are not easy, because choices are complex and demanding and the impact of the technology on education is open to debate. Research says little to guide decision-makers. To make the matter further complicated, the technology keeps changing.

Social scientists acknowledge the changes that are taking place towards a global, knowledge-oriented economy. There is no general agreement on the pace at which these changes are taking place, but people do agree that the knowledge society – or at any rate, the information society – is here. South Korea, among the Asian nations, made the clear statement that the goal of its ICT in schools is ‘adapting education to the information age’. The rhetoric that curriculum reform should make use of the technology, to prepare the present and the coming generations for the information age, is also the rationale for new mechanisms for lifelong learning using information technology to bring about changes in the content, process and outcome of education.

This article is a cursory glance at the school ICT programmes in 35-odd randomly selected countries to note  the variations in policies and practices and is an invitation for policy analysts to explore ‘what’ is happening to technology-mediated educational processes,  ‘where’, ‘why’ & ‘how’.

The available policy statements from different countries converge on two prominent themes, namely, ‘ICT skills for all’ and ‘ICT integration to enhance the teaching-learning processes’. The latter often gains support from the assertions that integration of the new technology calls for a new pedagogy and that the new pedagogy is emerging.

Within Asia and the Pacific region, advanced countries like Australia, Singapore and South Korea have policy goals linked with overall national ICT policies – introduce ICT in education to contribute to the knowledge society for economic development, fostering creative industrial manpower, bridging the digital divide and promoting equity in access. All these countries have revised their curricula to make ICT an integral part. Delivery of education is increasingly online. Delivery of teacher training too is rapidly going online. Training of teachers also develops the skills in putting the classrooms online, developing websites and concern for digital rights management and copyright issues.  These countries are also ahead of others in the region in terms of evaluation and monitoring of their practices.  Malaysia has done a number of experiments with ICT in school education and is better known for its Smart School Project. With the best of the available technology infrastructure, Smart Schools are to promote individual abilities by offering a broad-based curriculum for all with multidisciplinary subjects that are vertically integrated. China, Thailand, Japan, the Philippines and India have national ICT policies and master plans for applying and testing various strategies but have not fully integrated ICT within education. Then there are countries like Myanmar, Lao PDR, Viet Nam, Cambodia, Bangladesh, Maldives, Bhutan and Pacific Islands, either with national policies but not enough resources to implement them, or without policies, yet running pilot ICT projects in schools.

ICT skills for all

The basic skills keep changing as the technology changes. Programming skill, which was a major goal in the 1880s, is no longer a goal in the majority of countries, except Bulgaria, China Taipei and the Russian Federation. During the last 10-15 years, there has been a clear shift in the meaning given to the concept of ICT skills for all.  In the early 1990s, computer skills were taught in courses that focused on the use of general purpose software, like the ubiquitous office suite. Today, the focus is also on the use of the Internet and the WWW in assignments and tasks performed inside and outside the school.

Teaching ICT skills separately, independent of what they are taught for, is more prevalent in Asia than anywhere else. In most Western European countries and in the United States, ICT skills are taught as part of other school subjects. In the UK, ICT as a discrete area of study is embedded in other subjects and teachers of non-computer subjects share responsibility for teaching basic computing skills. Technology integration into curriculum is gaining popularity as the desired model for computers in education. Most countries have policies or policy statements that require the use of ICT to be integrated in all subjects, but those with decentralised education, like the US, have realised those policy goals to a greater extent than others. In Central and Eastern Europe, where the education systems are rigid and under centralised authorities, the picture is less encouraging.

Policies on ICT as a school subject are prevalent in certain regions of the world. Almost all Central and Eastern European countries, save for the Slovak Republic, have separate ICT courses as part of their secondary school curricula. The list of countries also includes Bulgaria and China Taipei, where computer science and related courses are elective subjects at the senior secondary level. The use of ICT as a medium for teaching and learning of other subjects is also part of the national policies in these countries but has not been implemented due to various constraints.

ICT integration to enhance teaching-learning process

The curricular context of ICT integration  is implicit in the policy statements in many countries, which is reflected  in statements like, “ICT should be part of students’ everyday learning” (Iceland), “application of ICT in the whole learning process” (Lithuania), and “use of ICT in essential learning areas to enhance learning” (New Zealand).  ‘ICT in education’ policies of Catalonia (Spain), Germany and Singapore are clear in that ICT is seen in these countries as facilitator of the emerging pedagogy which has the potentiality to make learning student-centred and more engaging. However, boldness of the policy statement does not make its implementation less difficult or problematic, as has been experienced by France, The Netherlands, Norway, Slovenia, the UK and the United States.

The emerging pedagogy is a more rational approach to information society than the traditional pedagogy, but it calls for changes in all components of the learning process.  Some innovative practices across the globe make curriculum changes aim at developing skills important for information society, make learning meaningful to students, cross boundaries of traditional subjects and change assessment practices. Such innovations are rare. Few of these have succeeded in breaking down the school wall to the outside world or in making learning independent of time and space.

High expectations from multimedia, or the Internet and the World Wide Web have not been realised in practice, take any country in the world.  Yet there is stubborn optimism that the technology would increase student-centred teaching and students’ skills in problem-solving, in measuring and controlling events, in doing investigations and in constructing knowledge.

Communication and collaboration between schools is a remarkable feature of ICT use in education in Europe. European national networks play a role in distribution of educational information and also in promoting connections between schools, teachers and students. School networks in Sweden, Denmark, Finland, Norway and The Netherlands are for schools to communicate and engage in collaborative activities. The Swedish School net is a website for teachers, useful for integrating technology in the classroom. In Denmark, Sektornet connects majority of schools to the Internet. On the Dutch Kennisnet site, each user from the school community can construct a website with materials that could be of use for others. Australia, where there are many schools located in remote and isolated territories, has established networks to connect schools.

Staff development

Adoption of emerging pedagogy is linked to staff development. In several countries, there are ‘benchmarks’ or ‘ICT driving licenses’, which list ICT competencies for teachers. These benchmarks indicate the teachers’ readiness to change their practices.

The priority given to staff development varies in different countries. Two extreme positions are illustrated by New Zealand and China Hong Kong. The former is the singular example where professional development of teachers has been consistently high on the agenda for educational ICT for the last fifteen years or more. Schools seek funding for the infrastructure only when they produce strategic plans that meet the criteria established by the government.  A significant component in that plan is the provision for teacher empowerment. Contrarily, in China Hong Kong, only 4% of the ICT budget is allocated to staff development and the major share for building infrastructure.

Leadership is important to support introduction of ICT in schools. Cyprus, Germany, Singapore and New Zealand have special arrangements for the professional development needs of principals. Singapore implements its “Principals First” programme to make school principals among the first to receive professional training.

The increasing presence of ICT in schools in many countries has led to the emergence of new roles and functions for professionals in the school sector, which are usually not carried out by school teachers. In more affluent countries, this has evolved into the provision for a computer-related personnel structure in the school system for technical support and coordination.

China Hong Kong and China Taipei attach much emphasis on developing teachers’ skills in using ICT and the abilities to create multimedia course ware. In systems where ICT across the curriculum has recently started, and the ICT infrastructure in schools are relatively low, as in some Eastern European countries, the focus is more on technical skills. By contrast, in Western Europe, and the Czech Republic, European Computer Drivers’ License is the benchmark for teachers’ ICT competencies for teaching.  In the US, preparing teachers means helping them construct their own understanding of how to teach with, not just operate, technology. Finland locates its in-service teacher training within a nationwide Information Society Strategy and in developing knowledge and skills to reform pedagogical practices, “especially with regards to collaborative teaching and learning, networking and team work”. Finland anticipates that “the information society, the genesis of a digital and global economy, and the development of the media require substantial changes to the culture of work and professional competence”. Professional development for teachers is organised within this broader context.

The lesson

There is no single or universal formula when it comes to applying ICT in education nor a piece of advice that can be directly applied without considering each country’s priorities, long term budgetary prospects and commitment. Crafting a new future for, and with, the emerging information society, through achievement of new curriculum goals via emerging pedagogical practices, is the job before educators. The national policy in any country must have a built-in implementation plan and a sound evaluation strategy. Clear achievement standards and performance indicators will provide accountability. At the end of the day, the policy is judged by results, not intentions.

New Communications Technologies in Distance Education

distance education

The new technologies are facilitating learning to different groups scattered at different locations, helping them in accessing the course content online. The implementation of e-learning can be understood in terms of the diffusion of technology, a process that involves not only logical reasoning, economic considerations and technical skills, but also, and perhaps decisively, the sentiments and frame of reference of the teachers, students and decision makers who are to be the end users

According to Everett Rogers (2003) the perceived attributes of innovations are: Relative advantage (how the innovation is perceived to be an improvement), compatibility (consistency with existing experience, values and needs), complexity (perceived difficulty in understanding and using an innovation), trialability (the degree to which an innovation can be experimented with), and observability (how visible the results of an innovation are to others).

Each of these five very useful concepts can be seen to have an ”external” dimension that can be measured and quantified, and an ”internal” dimension, the perception, that is relative to the individual. In order to distinguish clearly between these two dimensions as well as to bring out the complexity of introducing ICT solutions in a learning environment, we have chosen to combine diffusion theory of analysis of the observability on how these new information technologies are effectively used by the end users.

Despite this new trend a very few research has been done on the impact this new change has brought in meeting student’s learning needs and expectations, and learner’s ability to use these technology effectively, during their study. This research will focus on the types of types of Physical learning environments or resources learners use for online studying. Here a physical learning environment is defined as the place or physical surroundings where a student can gain knowledge or skills either by themselves, or by interaction with a teacher or other students.

Objectives of the study

Following broad based objectives were derived for his study.

  • To identify the types of physical learning environments and resources used by the students.
  • To analyze the theory and practice on the use of online teaching and learning.
  • To inform the course designers and teachers to apply appropriate teaching strategies and students support systems to meet the needs and demands of students.
  • To inform the appropriateness of the physical learning environment as an important component in the design of course materials and support systems to meet the needs and demands of students.

Methodology

The main aim of the study is to assess the place or physical surroundings where a student can gain knowledge either by themselves or by interaction with teachers and fellow students. How the students use the internet resources for their learning purpose. The research is done by using a survey technique. The survey is divided into two sections.

The first section asked the participant (Both distance education/Regular) questions relating to the types of information gathering techniques used for their study.

How often they have participated in different learning environments? The types of resources they have used in their previous study. Responses are collected on a four point likert-type scale ranging from –Never, Sometimes, Often and Always.

The second section sought students demographic information including the number of courses the participants had undertaken previously an online component and their previous level of education etc.These were used as variables such gender, age, income, education, occupation, personal access, frequency of computer use were included in the questionnaires.

Components of survey questionnaires
Section-1:

  1. Questions relating to the types of information gathering techniques used used.
  2. How often they have participated in different physical learning environments
  3. Types of resources they have used in their learning process.

Section-2:
Student demographic information
The course the participant is undergoing, e.g. Distance mode or regular mode.

Study sample
A particular cohort of participants were selected who were pursuing various courses offered in distance mode where online component is mandatory and students who where doing their course in regular mode. The data is collected from the students who have online component mandatory for their study. The study sample is collected from selected students who have some prior knowledge of ICTs and computer literacy.

The study was conducted in Chennai on Distance Education Students of Symbiosis, GNIIT, IGNOU Students for whom Online Component is Mandatory. Majority of the course materials used by these students are online or web based. As the questionnaires were send to the mailboxes of the respondents we were able to get only 17 participants.

The samples were also selected from some of the Regular College students who were pursuing there higher studies in college for whom the necessity of using online resource is more for their study. This is also done by sending the questionnaires online. Of this we were able to get 18 participants of the expected 83.

The variables used in this study were gender, age and mode of study. Data from the spread sheet were analyzed using Microsoft excel. The Table I shows the participants breakdown of the sample. We had 35 respondents of the total sample of 100. Of the 35 respondent 17 students were students for whom the online study component is mandatory.

Learning environment

The usual assumption with distance education students is that they learn at home with material provided with their educational institution. In this study 90% of the respondents indicated that they often or always study at home.Students have also indicated that they do study at their place of work, in the library, or in computer Lab.

Online communication

The main components of online communication are text based, E-mail, bulletin boards and Chat rooms. This table shows the usage of online communication by students as percentage.

The results shows that most of the students use E-mail often for their study, most of them hardly prefer chat, sizeable proportions are using bulletin board. 50% of the students have never used chat rooms for their study.

Use of paper based resources by Online Distance education students Most of the online distance education provide following course materials for the study of the students, Textbooks, Printed Study Guide, Handout provided by lecturer and study resources. This table shows the frequency of use of paper-based materials by online students.

The results of survey indicate that more than 90% of the respondents preferred Text books always. Majority of respondents were not interested in the Handouts provided by the lecturers.

Usage of ict resources by students

The results indicate that all respondents at some stages of their learning have used online grade checking, at some stages of their learning. When using online course materials over 90% have indicated that they often and always use online search tools. Electronic Library access is however not used as frequently with only 15.0% indicating that they always use this resource. This survey indicates that ICTs were very well used by the students.

Interactive components such as quizzes and online tests are widely used by the students. Nearly 70% of the respondents preferred using online quizzes.

Also around 75% of the respondents were using internet for submitting the assignements. Also around 65% of the students always used URL links for their study purpose. The access to electronic library is very poor as the data indicates nearly fifty percentages of the students hardly use these resources.

Preferred learning environment
The preferred learning environment of the regular students and the online students can be compared in this table

Both regular as well as distance education students prefer to study among themselves, similarly most of them prefer using tutorials.

Preferred physical learning environment are quite same for both distance learning students and regular campus based students. None of the regular students preferred to study using videoconferencing session.

Use of ICT Components-Comparison between regular and distance education students
This table shows the comparison chart of the regular and distance education students More than 50% of the students don’t prefer using online chat for their studying purpose. Online search tools were often used by both regular and distance education students.

The types of physical learning environment the students preference can be analyzed by in this table

Regular Students

Online students

Learn by Yourself

50

40

Learning in tutorials

35

38

Learn with a friend

8

8

Learning through self help group

2

8

Learning in front of class by giving presentation

5

2

Learning through videoconferencing session

0

1

E-mail is preffered by both regular and distance education students. Online digital library is accessed by very few regular and distance education students this is explicit from the data collected from the sample.

Discussion
The results from the study show that for the majority of respondents learning is done at home with either paper based or web based materials.

It will also appear from this result that use of online resources tends to be mainly for assessment related tasks and to a lesser extent for online resources associated with the delivery of course content and
reference materials.

The physical learning environments and resources used by distance and regular students were somewhat same.

The result of this study shows that there is limited use of online resources. The results from this study suggest that regular students in this study favour independent study over other form
of study.

With the range of communication options available  the distance education students learning through online mode tend to most often use e-mail with the results showing nearly double usage  of that of regular on-campus students.

On the other hand there was limited use of a chat rooms and discussion forums. It is difficult to say whether the design and development of online courses enable students to more fully integrate with their online environment or the entire range of online components were available for use.

Recommendations
IT has been shown that the physical learning environments of distance students are not all that different from those used by regular on-campus students.

Unexpected results from this study are that distances students’ needs are apparently appear similar to that of the on-campus students. This is both in relation to resources and communication needs.

Both distance and on-campus students in this study made a made selective use of online resources.

Both group indicated that most of their study was done at home using paper based or web based materials.

Students are able to use ICT’s; there is need by course designer’s and developers to maximize its potential for learning purpose.

The results from the study suggests that more research needs to be done to more fully understand the environments students use for their study to make online course maximize student study needs
and demands.

Objectives of the study

Following broad based objectives were derived for his study.

  • To identify the types of physical learning environments and resources used by the students.
  • To analyze the theory and practice on the use of online teaching and learning.
  • To inform the course designers and teachers to apply appropriate teaching strategies and students support systems to meet the needs and demands of students.
  • To inform the appropriateness of the physical learning environment as an important component in the design of course materials and support systems to meet the needs and demands of students.

Methodology

The main aim of the study is to assess the place or physical surroundings where a student can gain knowledge either by themselves or by interaction with teachers and fellow students. How the students use the internet resources for their learning purpose. The research is done by using a survey technique. The survey is divided into two sections.

The first section asked the participant (Both distance education/Regular) questions relating to the types of information gathering techniques used for their study.

How often they have participated in different learning environments? The types of resources they have used in their previous study. Responses are collected on a four point likert-type scale ranging from

Mark Your Calendar, Aug08

August
International Conference on Learning and Teaching
4 – 5 August 2008
Putrajaya, Malaysia
http://web3.tarc.edu.my/v1/tic/index.htm

24th Annual Conference on Distance Teaching & Learning
5 -8 August 2008
Madison, Wisconsin, Wisconsin,
United States
http://www.uwex.edu/disted/conference

Narrative and Interactive Learning Environments 
5 – 8 August 2008
Edinburgh, United Kingdom
http://nile2008.org

International Conference on Open Learning and Distance Education OLDE'08
13-15 August 2008
Vienna, Austria
http://wahss.org/

European eLearning Summit
19 – 21 August 2008
Nottingham, United Kingdom
http://www.elearningsummit.eu/

Interactive Technologies
20 – 22 August 2008
Arlington, VA, United States
http://www.salt.org/salt.asp?ss=l

Elevate 2008 – Reaching New Heights in Educational Videoconferencing 
24 – 27 August 2008
Banff, Alberta, Canada
http://www.vcalberta.ca/elevate2008

2nd International Conference on Educational Economics
27 – 30 August 2008
Athens, Greece
http://elearn.elke.uoa.gr/2ndICEE/

2008 Faculty Student Multidiscipline Global Conference 
29 – 31 August 2008
Westville, Indiana,
United States
http://www.facultystudentconference.org

september
Fifth International Conference on e-Learning for Knowledge-Based Society 
4 – 5 September 2008
Bangkok, Thailand
http://www.eLearning08.com

 Learning Technologies Africa  
 8 – 10 September 2008
Abuja, Nigeria
http://www.LearnTechAfrica.com

iPED International Conference 2008 'Researching Academic Visions and Realities
 8 – 9 September 2008
Coventry,
United Kingdom
http://www.coventry.ac.uk/iped2008

e-Learning Asia 2008
10 – 11 September 2008
Seoul, Korea (South)
 http://www.kelia.org/user/eng/elearningasia2008.jsp

The 2nd African Conference on Curriculum Development 
16 – 18 September 2008
Willow Park Confere Centre,
Kempton Park, Gauteng,
South Africa
http://www.unisa.ac.za/curriculumconference2008

Asia-Pacific Regional Preparatory Conference for the 2009 World Conference on Higher Education 
24 – 26 September 2008
Macao, SAR Macao,
China
http://www.unescobkk.org/education/apeid/macao2008

ICT in School Education

ict schools

The Eleventh five year plan is mooted as ‘National Educational Plan by the Prime Minister with allocation of over 19% of the gross budgetary support for the sector. Secondary education will be the new thrust area in education in the Eleventh Plan — with the government now flushing out its mid-term review suggestion to universalize secondary education on lines of the Sarva Shiksha Abhiyan. The government is looking at investing at least Rs 50,000 crore in the sector that has been traditionally neglected. In the XIth plan, the government has budgeted Rs.411 billion to set up ICT labs for computer-aided learning and Edusat centers for distance learning programs. The government has also proposed Rs.310 billion for the National Skill Development Programme in the plan period, for training through virtual centers. The future ICT investments in schools will focus primarily on procurement of ICT infrastructure for schools and colleges, teacher training/capacity building and online admissions and school administration.

In the education sector ICT can provide a practical and enabling solution for improving the quality of education. The advents of highly responsive networks of information and knowledge and rapid development of new software, hardware and other channels of communication have presented real opportunities to creatively solve deficiencies within the educational system. The education and training segment has witnessed a rise in the number of private players offering education technology, training and services. The market is open to competition with emergence of national and regional e-learning companies offering myriad technology solutions and training services as a package to educational institutions across the country.

There is lack of expertise in the government and educational institutes to implement the ICT projects, today partnerships are the new mode of quality education delivery using ICT in India with private companies, NGOs, International organizations and institutes. Implementation of such large scale hardware provision and connectivity is possible through networking with relevant institutions and agencies for expertise, and up scaling strengths.

Sarva Shiksha Abhiyaan: The Centre introduced IT in schools as a tool to achieve the mission of Education for All under the Sarva Shiksha Abhiyaan (SSA). The state government education departments and educational institutes have adopted the tendering process for procurement of hardware, software and other IT peripherals such as EDUSAT for implementing ICT projects and programmes under the Build-Own-Operate (BOO) and Build-Own-Operate and Transfer (BOOT) models as a public-private partnership venture. The process of ICT installation in schools began with the CLASS project under SSA for elementary education and currently most of the ICT infrastructure in schools is through SSA funds. Tenders under SSA invite companies to bid for IT hardware and software installation for computer-aided learning along with consumerables such furniture and stationary, teacher training and an instructor. The maintenance and upkeep is included to be undertaken by the selected bidder for 3-5 years. The programme usually involved setting of computer labs in schools and imparting basic computer operations to students. Some schools installed EDUSAT for educational programmes.

ICT@Schools: The success of SSA computer-aided programmes in elementary education resulted in scaling-up of ICT in schools through ICT@Schools programme launched by Ministry of Human Resource Development (MHRD) as an umbrella scheme designed for overall development of schools as smart schools installed with ICT peripherals including hardware, software and trained teacher faculty. The states government and educational institutions broadly focus on the following criteria in a tender:

  • ICT Infrastructure: Hardware, Software, connectivity, furniture etc.
  • Digital Content based on the school curriculum
  • Faculty Staff and Teacher Training
  • Maintenance and recurring costs
  • Power Back-up

Case Study: Madhya Pradesh ICT@Schools Programme: The state announced its tender this year for Computer Education in schools for ICT Hardware, software and manpower for maintenance and training to be installed in its government schools based on build-own-operate and transfer (BOOT) model for five years. The Request For Qualification (RFQ) details out the ICT infrastructure and faculty requirements to be met by the bidder. Some of the important criteria include:

  • Connectivity: Minimum Internet Connectivity of 256kbps
  • Hardware: Madhya Pradesh tender included A LCD monitor 17″; key board; one overhead DLP projector (2000 Lumen), one multi function device [MFD] with a laser printer mouse; computer table and chair. It does not specify any hardware specifications.
  • Power Back up: It may be a combination of UPS and solar panels or UPS and DG set etc. The cost of operating such equipments factored in while submitting the bids.
  • Capacity Building: To provide two faculties (three in case of 50% extra seats) to each of the schools who will be responsible for the maintenance and upkeep of the facility and also teach the students and train the teachers in understanding technology. The faculty must have any one of the following qualifications include BE Computer Science/IT, BCA or higher O level certification of DOEACC, PGDCA
  • Software and Content: Content to teach basics of office software and programming to the students teach subjects through computers [Computer Aided Learning].
  • Multi Media Content: Develop rich multi media content for students in Hindi and English, which present complex subjects in an easy to understand format. The content will be evaluated by a team of experts of the concerned subjects and will be accepted only after it has been approved by the team. The bidder may be required to quote Computer Aided Learning software as a separate item.
  • Out-Of School Students: The bidder would be entitled to levy charges from the out of school users of the facility before and after the School hours. However, during the School Hours the students will be using the facility without paying any charge.

 

SCHOOL ICT INFRASTRUCTURE

Himachal Pradesh: The state government laid down the following ICT equipment specification in its tender to equip each school with branded machines.

a)  One Server computer: – Intel Core 2 Duo Processor E4500, Intel G31/Q33 Chipset, 1 GB RAM, 80 GB HDD, 15″ Color Monitor, COMBO Drive , FDD, LAN Card, USB Optical Mouse,USB Keyboard

b)  Client Computer:- Intel Dual Core Processor E2160, Intel 945 G/ G31 Chipset, 512 MB RAM, 80 GB HDD, 15″ Color  Monitor, COMBO Drive, FDD, USB Optical Mouse, USB Keyboard with proper Networking for sharing files, Internet and Printer. Printer Dot matrix (24 pin 136 col., 360cps). One printer for every 4 computers shall be provided by the contracting company.

 

Assessment Criteria
The tenders on ICT for schools are divided into two sections, firstly a technical bid that details out the ICT hardware, software and faculty benchmarks, this is followed by a financial bid quotation of the overall costs for the installation and implementation of ICT in each school under BOO and/or BOOT model. To be eligible for pre-qualification and short listing, an applicant usually has to fulfill the following criteria common to most of the state bids:

  • Past experience in executing projects: The tender eligibility requires the company to have executed at least 1 – 5 projects of similar nature in preceding 5-10 years. The experience requirement ensures effective implementation of the project in prescribed time-frames. Manpower Infrastructure: The bid in few cases outlines number of professionals such as in Himachal Pradesh wherein the applicant company was asked to have a minimum of 50 professional in ICT based education on its role to be eligible to qualify.
  • Association with a major Hardware and Software manufacturer: Some states build piecemeal partnerships with leading IT companies for hardware or software. The bidder hence has to incorporate the existing IT components. The Applicant Company must have association with one of the major Computer Hardware and Software Manufacturer to be eligible to qualify.
  • Financial Capacity and Turnover: It is usually stated that the applicant shall have a minimum average net worth 10 – 20 crores in the past 5-10 years to be eligible to bid for the project or the applicant company should have a minimum average turnover of Rs. 10 crores from execution of education based projects in the preceding three years to be eligible to bid in the tender. This eliminates local players to participate in the bid; they have local advantage of knowledge and relevant content but lack the financial capacity to reach the scale of operations. Hence it results in only the big and leading ICT in education companies to apply and compete in the bidding process.

Online Admissions, SCERT, Pune, Maharashtra

The state has proposed to make all teacher training courses online, the first step in this effort is announcement of online admission process for D.Ed course from 2008 by Maharashtra State Council of Educational Research (MSCERT). In its tender it required companies to developed a centralised admission process for D.Ed examination, SCERT hence emphasised local software firms with experience and expertise on software and data entry of admission forms. MSCERT decision for local software firms within Pune provided them a cost and service advantage.

Curriculum and Syllabus

Department of School Education, Haryana is doing progressive work in integrating ICT in Haryana schools. The state has initiated a Comprehensive Computer Education Project to integrate and leverage ICT for achieving education goals. The state hence invited tenders for curriculum design agency to design ICT course for students on industry inputs. It also laid down the certification requirements and develop a effective course delivery mechanism along with capacity building of teachers, principals and officials connected with implementation of the programme. The tender is very comprehensive in its outline as it also enlists monitoring and feedback regarding programme implementation

Infusing Technology in Schools Challenges and Insights

Infusing Technology in Schools

Annie Koshi

Principal
St Mary’s School, Safdarjung Enclave
koshi2000@yahoo.co.uk

The nation as a whole is looking at a variety of methods to educate the children of this country. Technology has slowly but surely in the last decade or two made deep inroads into the field of education especially in main stream, urban schools. Once considered the strong point of private, elite, city schools, technology now finds a place in Kendriya Vidhyalayas, Navodhya Vidhyalayas and even in local government schools. With the advent of NGO’s into the education system in India, an IT led revolution in the way education is transacted in rural schools, adult literacy programs and vocational training institutes is in force. NGO’s backed by IT related business houses feel that the sure shot way of imparting education on a large scale is through the use of technology. The lack of well trained, educated teachers in both rural and urban areas is also a reason for agencies to see IT as an alternative to teacher led education.

 It is imperative that we understand the demands that are placed by children on a comprehensive education program before we look at the benefits and challenges of introducing technology into schools. Most importantly it is necessary for us to understand the enormous role that communication and interaction play in the growth and maturity of young children.   In this day and age where  technology  driven innovations such as mobiles and games have only served to isolate children, we need to take into serious account that physical, mental and emotional development are the cornerstones of an all round education. People and organizations that look to introducing technology in schools are faced with the great challenge of retaining the personal touch of teachers while reducing the relative alienation and isolation of the world of technology.  The need to develop responsible citizens of tomorrow is yet another dimensional requirement of education. Mental and emotional literacy and basic education are required for people to manage their daily lives and participate in the democratic processes; vocational skills enable participation in the economy; and higher education enables Indians to play a more effective role in the global knowledge economy and international affairs. Given this insight, the challenge to technology is to find a way to address these various issues.

India has one of the largest networks of schools in the world. During the last six decades the system has grown manifold in size both in terms of institutions and enrolment. With the thrust of the Sarva Shiksha Abhiyan the nature of the Indian education system has shifted from a system for the privileged to a system of mass education.  But while we may use the term mass education, as educationists we need to be aware of each individual and his/her unique gifts and challenges. The importance of inclusive education has been reiterated often enough in various national and international documents.

“Regular schools with inclusive orientation are the most effective means of combating discriminatory attitudes, building inclusive societies and achieving education for all.” Salamanca Statement(UNESCO 1994)

Inclusive education takes care of the various dimensions of emotional, mental, psychic and physical by getting children to interact with a diversity of abilities.  Technology that recognizes difference and celebrates it would be hugely beneficial to schools with an inclusive profile. Reducing the reach and scope of technology to only children with typical abilities will not only be discriminatory but also unconstitutional.

Another consequence of the expanding system of schools, with ever increasing enrolment and acquiring of mass character, is the increase in the complexity of school management. While the system demands new knowledge and skills from the teacher and head teachers it also demands greater capability at the school level to respond to the emerging diversity in the student population and among those entering the teaching profession. In effect, changes in the characteristics of the system have made the role of the school teacher and the school management system even more critical than what it was earlier.

In the struggle to use and to infuse technology, there has been an over-emphasis on merely building teachers’ technology skills. Yet knowing how to use a computer does little to guarantee the successful infusion of technology into the teaching and learning process. Teachers must be offered training in using computers, but their training must go beyond that to the instructional strategies needed to infuse technological skills into the learning process in classrooms. The use and abuse of the internet and how to tackle it is another crucial area that teachers need to be trained in, provided that the government is able to get an efficient system of internet connectivity in place. Broadband service should not be a luxury. It should become a basic part of the infra structure of education since it could decrease inequality in a country where huge disparities exist in the dissemination of knowledge.

More girls take to engineering studies

More girls are taking to engineering studies these days. The enrolment of girls in technical institutes in the country has gone up from 22% in 2002 to 125% this year, with most preferring system engineering and information and communication, says a survey by an industry body.

The Associated Chambers of Commerce and Industry in India (Assocham), which conducted the survey, said the emergence of the knowledge economy has motivated more girls to acquire engineering skills.

The survey was carried out under the Social Development Foundation on 'Rising Trend of Women towards the Technical Education' and covered over 20 engineering schools, including the National Institutes of Technology (NITs).

'Their views were sought and it was discovered that females' participation in acquiring engineering skills since 2002 onwards was more towards system engineering followed by information and communication, environmental and electrical engineering,' the survey says.

However, aerospace and material engineering are not preferred by women in India.

Releasing the survey report, Assocham President Sajjan Jindal said: 'System engineering seems to be extremely popular in young females as their intake in this branch by various engineering institutions has gone up to over 40% while it was less than 18% six years ago.'

According to Jindal, women have been bettering their male counterparts in system engineering.

'The important motive to pursue engineering among the men as well women are the career opportunities and hopes for good salaries and job security that the profession offers,' says the survey.

The survey said 90% of women engineers are motivated by their academic performance and 71% for career as well as good salary prospects that influence them to opt for engineering.

However, in case of men, 79% of them opt for engineering by their academic performance as well as challenges that the work brings in.

The survey said 97% of male engineers and 92% of female engineers are employed, almost all of them as engineers. However, the unemployment rate among females is found to be 3% due to their inability to pursue careers in engineering after their marriage.

The survey points out that 71% of male engineers take active part in corporate management but hardly 29% of women get involved in management activities.

'Females have lesser involvement in management because of the time factor and also that the management has faith in their male counterparts for their consistent longer hours of work,' said the survey.

The survey says 55% of men and 26% of female engineers feel they are equally treated in their organisation. The perception of disparity was particularly evident among certain professions, particularly architecture and manufacturing, which contain largely business-related disciplines.

The survey also says that most of the women engineers consult their parents, especially father, in order to pursue a career in engineering. The impact of parents on women is stronger than on men (86% of women compared to 24% men). 

Early intervention crucial for development of children with special needs

Although she had retired four months ago, Wong Poh Wan is still very involved in the work that she started more than 20 years ago. It was at a time when little was known about autism and other forms of learning disability. But with foresight, Wong and a few like-minded individuals pioneered Malaysia's early intervention programme for special needs children.

A nurse by training, Wong was instrumental in helping Malaysian Care establish the infrastructure and develop programmes for preschoolers (age six and below) after she obtained her Masters in Special Education. Wong had hoped that by exposing learning disabled preschoolers to one-on-one therapy and learning strategies in a structured environment, they would be better equipped when they entered government schools which offered special education programmes.

Over the years, the voice of desperate parents has grown even louder. With increasing awareness following the rise in the number of children diagnosed with learning disabilities, the demand for those services has also increased sharply.

Some parents who opted for the Education Ministry's Special Education programme for their children, found it to be grossly inadequate. There have been many complaints over the years about the lack of trained teachers in handling children with special needs, which led to worsening behaviour and poor self-esteem on the children's part.

'We have had desperate parents coming to us, asking us to help their school-age children,' says Wong. So for the last eight years Malaysian Care, in partnership with a few community-based centres, has been offering a 'School Age Programme' (SAP).

'The demand for such services is overwhelming,' says Wong. 'Who could blame parents for clamouring for those spaces for their kids, despite the long waiting list, especially when they can be assured that their children will be taught with love by trained teachers who use state-of-the-art techniques?'

At Spices in Wangsa Maju, Kuala Lumpur, which started the SAP four years ago, each class has no more than 12 students to ensure that every child is given adequate attention. Students range in age from six to 11. Tasks are assigned according to students' individual abilities.

Two teachers are assigned to each group. Multimedia teaching tools make learning interesting for the students. The RM 10,000 'Smart Board' is no ordinary blackboard. It is a big, interactive touch-screen that is connected to a computer which runs educational software. Students take turns to use the board.

The interactive board is used to help children with academic rudiments and as a means to learn class rules and personal hygiene, says Wong who serves as Spices advisor. 'We use a lot of visual strategies. They are keys to help the students communicate. They are also used in managing behaviour, keeping order and ensuring the group stays together.'

By helping the students to follow the schedule visually, they can learn to express themselves better, understand what is happening and anticipate what is ahead of them. 'This lessens their anxiety and gives them a sense of control over their situation,' explains Wong.

Next to the smart board are two strips of Velcro fastened on the wall. On the left are icons

New scholarship programme to help address workforce crisis in health care

The American Hospital Association's Career Center has announced the launch of a new scholarship programme — the National Healthcare Career Network Scholarship programme — to promote health care as a career choice.

Health care is 'People taking care of People'. It takes a special person to commit to a lifetime of caring for others and this work happens in many ways throughout the health care system.

Health care needs a strong, educated, caring and diverse workforce that represents and is accountable to the communities it serves and is committed to health improvement. 'We are looking for students interested in all areas of health care on both the clinical and non-clinical capacities. Areas of particular focus include difficult to fill positions or those with high turnover such as nursing, radiology, business or health care administration, medical technology, finance, revenue management and other allied health professions,' said Tony Burke, President and CEO of AHA Solutions.

The scholarship programme is open to full-time students who are currently enrolled in a health care programme with an accredited college or university and are US citizens or hold permanent resident status.

 

Quality of teaching tops the list for international students: Study

Quality of teaching is the single most important factor considered by international students when deciding where to study according to research published today by Study Group.

Also ranking near the top of the list were personal safety, the reputation of the college and country of study according to the majority of the 671 students surveyed.

The 'Choice of Destination' survey was commissioned by leading international education provider Study Group and conducted by the International Graduate Insight Group (i-graduate). The respondents were from a variety of countries (including China, Russia and Greece) and studying at one of the UK's four Bellerbys international colleges, taking a range of courses from A-Levels and Foundation to HND and Masters qualifying programmes.

Bottom of the list of 19 factors were the availability of scholarships, future work opportunities and whether their friends studied in the same country.

James Pitman, Managing Director of Study Group UK, commented: 'The research highlights what students from around the world are looking for in a study destination, and it is not surprising that so many of them choose to study in Britain. Our education system is widely regarded as offering the gold standard, providing an excellent foundation on which to launch a successful career.'

The research also revealed that international students rely on word of mouth recommendations when considering which institution to attend. Parental advice topped the list of influencing factors, followed by agent recommendation and information gained from institution websites. By comparison, league tables were deemed unimportant and ranked near the bottom.

James Pitman continued: 'While the opinions of education experts and family would logically be important to prospective students, what is surprising is the lack of interest in official rankings. Fewer than 5% of respondents found league table ratings important enough to sway their decisions.'

 

State plans bill to keep CBSE, ICSE students out

The Maharashtra government is contemplating a law barring admission in junior colleges to students passing out of ICSE, CBSE and IB board schools. An announcement to this effect was made by school education minister Hasan Mushrif in the legislative assembly on July 24.

The apparent trigger for the proposed move was the allegation that these institutions do not comply with the statutory norms laid down by the state school education department. Of the 3,500 English medium schools in the state, ICSE, CBSE and IB schools number around 500.

BJP legislator Chandrashekar Bawankule raised the issue of private unaided schools, especially English-medium schools, through a calling-attention motion. The motion referred to the exorbitant fees charged by the board schools. Many such schools also force students to buy school uniforms, books and study materials from the institution, Bawankule alleged. Accusing the board schools of indulging in malpractices, Shiv Sena MLA Subhash Desai said two receipts under different heads were given to students by such schools.

Admitting that many of the board schools were known to charge excess money from parents and to insist that students buy school material from them at higher than market prices, Mushrif said, 'We will seek legal opinion from the law and judiciary department on whether students passing out from such defaulting schools can be denied admission in the junior colleges of the state. We will request the central board to cancel the registration of such schools.'

The state also plans to bring all unaided school under the control of the government by giving them aid.


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