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Gujarat to spend Rs 500 crores on computers for schools

The state will install ICT peripherals in 500 primary schools under BOT model.

Educomp has struck the deal in the state for Computer Aided Education (CAE) programmes under the Gujarat Council of Primary
Education (GCPE). The state has allocated Rs 500 crore over five years to buy 1,50,000 computers, peripherals and LCDs to equip some 20,000 primary and upper primary schools in the state alongwith 3D multimedia educational content software, school management system and IT training to teachers across the state. 

The state will also get funds from the Centre to upgrade IT infrastructure in secondary schools.

e-Learning Can Be Postponed But Not Avoided : C V Chandrashekhar, Founder & CEO Tenable Learning Solutions Pvt. Ltd.

What has been your reaction to, or your experience with the Indian Market?
India is just warming up to the potential of e-Learning. At present, majority of the business being done by  Indian e-Learning companies is in the

Assess And Progress – e-Guru Says : K S Muralidhar, CEO, LearnSmart India

What is the vision behind lunching the online teacher ’24×7 guru’?
24X7guru aims to delink the memorising factor, which is a major reason for increasing stress levels in kids, and consequently in their parents. The kids mug the information to retrieve it during a three hours examination. If the retrieval button works, they succeed, and if it doesn’t, they fail. How can we pass and fail a kid on the basis of a three hours test? So Bodhtree and Unified Council jointly lunched 24X7guru.com, the online diagnostic and self-assessment tool, which assists students to study  efficiently and evaluate their own progress in real time. The aim is to make the students from class 3 to class 10 secure better grades with this self assessment tool in subjects like Mathematics and Science.

Its purely an assessment process, for which no supplementary education material like CDs  or DVDs are provided, rather the efforts made by the schools, teachers, and parents are being complemented. The basic idea of the portal is to facilitate assessment of skills like reasoning, analytical, application, logical, etc. 

Currently, we are following nationally recognised syllabi like CBSE and NCERT. However, we are planning to cover all the major Boards followed in India including all State Boards.

How and what kind of need analysis surveys did you undertake for this project?
24x7guru is a well planned initiative based on sufficient market analysis. The venture is backed with one of our educational assessment companies- Unified Council that conducts National- level Science talent examinations every year. This is the only company that has got ISO Certification on assessment platform.

Our market surveys have found that a person earning INR10000 per month is spending INR 2000 per kid per month apart from school expenses. The whole 24×7 package costs just INR1200 for 5 subjects for whole year.

Examinations follow a pattern which is different from your assessments, do you think of voicing for a change in the examination pattern?
NCERT has recently suggested that schools have no business to pass or fail a student, they need just to assess them. We believe the whole education system has become obsolete; replace it with one that is based on thorough skill assessment. Students who perform well in their primary or secondary examinations have been observed to perform badly when they appear the senior secondary examination. It doesn’t work in subjects like Science and Math. We deal with these subjects, both of which does not require  a subjective pattern in order to assess the understanding and skill level of a student instead of mugging.

What are the other initiatives that 24x7guru is taking up to promote primary and secondary education?
We have lunched ‘Destination NASA Knowledge Challenge competition 2008’  for school kids of class 6 to 10. It is a nationwide knowledge assessment programme that will discover meritorious students based on 24x7guru’s assessment application. 

At present we provide content for the entire Active Learning, a quiz based educational service provided by TATA Sky, covering Mathematics, General Knowledge and Science for children in the age group of 7-11 years and reaching 1.25 million homes. We have also entered into partnership with Tata Indicom, Aditya Birla group, HCL, and YOU Telecom with over 2 million customers, etc. Reliance web world is also interested to provide 8 hours of free broadband access to 24x7guru subscribers. 

Future Belongs To Shared Services : A M Sheshagiri, General Manager , Education, Oracle India

How do you see the advantages of sharing infrastructure among institutes and universities?
In India, it makes sense because universities don

Empowering Disabled Communities In Asia

In a perfect world, all children would be born alike, each with fully-functional physical faculties and equal ability as students, to learn, live and apply those skills and knowledge for life. But unfortunately, many of our children either are born physically handicapped, or develop a certain disability in their growing years, rendering them disadvantaged, in the learning process and all throughout their lives.  The World Health Organisation estimates that ten percent of the world’s population has a disability, making them the world’s largest minority. Within this group, eighty percent of the disabled population will remain unemployed and unable to support themselves.

Technology literacy and disability
But every child with a disability can, and should, be given an equal opportunity to attain a good education. While in the past, children with disabilities inevitably fall behind their peers for lack of a good education, things have changed today.

Technology has long leveled the playing field for smaller businesses, and given competitive advantage to others.  And today, technology can help individuals to overcome their physical disabilities and unlock the possibilities in education, once denied to the disabled communities. Technology can help students with disabilities to achieve their fullest potential by enhancing their ability to participate in the same educational experience.

Microsoft, educational technology and disability
As a corporate citizen, Microsoft believes that there is no reason that anyone, regardless of their physical, mental or environmental disabilities, should be left out of Asia’s technology education revolution. With this vision, the company strives to build technology for everyone, including those who experience physical difficulties or disabilities; and for the past twenty years, Microsoft has focused on making computers easier to use for people with disabilities.

The popular Microsoft Windows Vista operating system for example, has a comprehensive range of built-in accessibility settings and programs that make it easier for computer users to see, hear, and use their computers. They are particularly helpful to those with visual difficulties, hearing loss, pain in their hands or arms, or reasoning and cognitive issues. All this is a result of more than three years of research to better understand the needs of people who experience a wide range of physical challenges that can impact their computer use.

In the same way, the 2007 Microsoft Office system is made accessible to those with physical disabilities, enabling them to do everything that others are capable of in a computing environment. Microsoft also works closely with members of its Microsoft Assistive Technology Vendor Program (MATvp) to forge a strong ecosystem providing support to the disabled communities. These companies develop assistive technology products that offer innovative technology solutions to help individuals with difficulties and impairments successfully use computers.

The Microsoft website is also filled with articles and resources including visual guides and tutorials to coach students with learning disability on how to better manage their physical handicaps and overcome their various challenges in learning.

Technology literacy in Asia
As the regional economy continues to swell, increasing the need for a literate workforce, the impact that the disabled community can have on the region’s workforce and economy is clear. It is also apparent that technology literacy is essential to helping disabled individuals realise their full potential, and consequently contribute to the growth of a strong economy. Microsoft believes that technology in education can be a powerful catalyst to promote learning; and that education changes lives, families, communities and ultimately nations. Because of this, technology literacy should be a key priority to governments, educators and socially-responsible businesses throughout the region.

In addition to directly helping the disabled cope with their physical limitations, Microsoft believes that by training teachers to share technology with their students, a greater number of disabled individuals can be part of the technology revolution and ultimately have greater access and impact on our societies through increased communication alternatives and employment potential.

Partnerships in addressing the needs
The challenge of addressing the issues faced by the disabled in education is a massive one, and is not the job of any one individual or company. Microsoft works closely with partners to develop the right technology for those with disabilities. To that end, the Microsoft ecosystem aims to connect a global community that shares a common interest in using technology to enhance and extend learning. These partnerships are also invaluable in connecting Microsoft to the communities that would     otherwise be left out of traditional education programs.

Role of technology leaders
The Partners in Learning Grants Program (PiL) is one example of a successful partnership that provides government and education leaders with the local resources to deliver information and communication technology (ICT) skills training and curriculum leadership to primary and secondary teachers, school leaders, and students within their countries.

Launched in the Asia Pacific in 2003, the programme was designed to enable partners to integrate technology into daily teaching, learning and research. To date, PiL has trained 225,000 teachers and 2.8 million students across the region. Globally, the program will deliver IT literacy and skills development to more than 5 million teachers and 100 million students over the next 5 years.

In Singapore, Microsoft is working with the Centre for the Physically Disabled providing software as well as training opportunities to support those with physical disabilities gain technology skills that help them get employment so that they can live independently and support their families.

CARE-ing for the disabled
Just three months ago, in September 2007, as part of PiL, Microsoft and the United Nations Educational, Scientific and Cultural Organisation (UNESCO) unveiled Asia’s first Information Communications Technology (ICT) curriculum. Abbreviated CARE (CARE stands for Curriculum for Accessibility REach); the programme was first developed by the University of Tokyo for teachers of students with special needs. CARE provides the framework to make classrooms accessible and engage students with physical or mental disabilities by allowing those who are unable to write and others, who are unable to see, an opportunity to access technology and engage with the wider community.

Currently being trialled in Australia, the CARE curriculum encourages educators to experience how the technology is seen and felt by those with a disability. This is done by simulating the experiences of physically disabled persons as they use a mouse and perform tasks such as starting up and shutting down a computer without the use of their arms.  CARE is now being trialled in more than 10 countries and we have just completed training for about 30+ master trainers from more than 12 countries.  We do need to provide a link or something for people to contact MS regarding CARE and documentation for localisation through the local PIL managers.  Do we also need to highlight some examples of what is provided in the curriculum?

CARE-ing for the disabled
Just three months ago, in September 2007, as part of PiL, Microsoft and theUnited Nations Educational, Scientific and Cultural Organisation (UNESCO) unveiled Asia’s first Information Communications Technology (ICT) curriculum. Abbreviated CARE (CARE  stands for Curriculum for Accessibility REach); the programme was first developed by the University of Tokyo for   eachers of students with special needs. CARE provides the framework  to make  classrooms accessible and engage students with physical or mental  disabilities  by allowing those who are unable to write and others, who are  unable to see, an  opportunity to access  technology and engage with the wider community.  Currently being trialled in Australia, the CARE curriculum encourages  ducators  to experience how the technology is seen and felt by those with a  isability. This  is done by simulating the experiences of physically disabled   ersons as they use a mouse and perform tasks such  as starting up and shutting  own a  computer without the use of their arms. CARE is now being trialled in  ore than  10 countries and we have just completed training for about 30+  aster   rainers  from more than 12 countries. We do need to provide a link or   omething for people to contact MS regarding CARE  and documentation for  ocalisation  through the local PIL managers. Do we  also need to highlight some  xamples of  what is provided in the curriculum? Disability has been, and will   lways  be, a problem that Man faces, and the medical profession is charged with  the crucial task of dealing with the  complexities of treating, managing  and  earning to live with a handicap.  But Technology will continue to play a crucial   ole in enabling those with disabilities to overcome the challenges  they face, and   cquire the necessary skills and knowledge through education  to live  ndependently.  Today, with unprecedented explosion of knowledge and   conomic growth driven by information and communication  technology,  ducated and technology  iterate individuals with a physical disabilities, can be   ttain independence in learning and working. And today, we have an awesome   pportunity and responsibility to help students with  disabilities to overcome   he odds they face in learning, and achieve their  fullest potential.

Asia News

Corporate partnership for ICT education in Philippines
Smart Communications, Cisco and Trends.Net, Inc. have entered into a partnership for ICT education which is helping to reach out to the student population of the Philippines.

After three successful runs, the customised course named Internetworking Fundamentals has benefited  engineering teachers and other instructors are scheduled for training. The training, which was open to teachers from partner schools of Smart Wireless Engineering Education Programme (SWEEP) partner schools, was offered on three consecutive trainings. By familiarising teachers with devices, techniques and methods used in an actual work setting, the course is designed to help them go beyond the textbook and into what happens in the real world. Topics include Data Communications on the engineering level, data networks, switching methods, routing protocols and wide area technologies. The training course was initiated by Smart, the country’s premier wireless services provider, and launched under SWEEP. A first of its kind industry-academe partnership, SWEEP seeks to improve the level of technology and engineering education in the country.

Pakistan launches ICT-based literacy kit
The National Commission for Human Development (NCHD) of Pakistan in collaboration with UNESCO launched an information and communication technology-based literacy kit. The literacy kit is aimed at inducting information and communication technology for promoting literacy to equip individuals with skill and knowledge required to cope with global changes.

This process was initiated to achieve the Millennium Development Goals and has entered in its 5th year of successful operations. The ICT-based literacy kit will provide opportunities to the learners to improve their literacy skills by using those tools. It will also provide an interactive learning environment to the adult literacy learners for better and sustained learning because the kit can be used for basic education and skill training activities;

ADB assistance to improve education in Sri Lanka
The Government of Sri Lanka has entered into an agreement with the Asian Development Bank (ADB) to improve quality relevance effectiveness, and equity of access to secondary and tertiary education under the Education for Knowledge Society Project.

These two projects worth over USD 130 million will accelerate the development of Small and Medium Enterprises. The total investment for the Education for Knowledge Society Project is USD 105.3 million and it comprises of USD 65 million loan and USD 15 million grant from the ADB and USD 25.3 million from the Government of Sri Lanka. These funds will be utilised for upgrading 150 provincially administered secondary schools in the poorest administrative divisions under the Isuru schools programme enabling them to offer advanced level science streams. Facilities for teaching in key subjects such as Information and Communication Technology (ICT), English and Technical subjects will be improved. Computers and Internet facilities for 2125 schools and 15000 scholarships for poor students will also be provided.

Azerbaijan to establish  e-Schools
The Azerbaijan Education Ministry works over establishment of electronic schools in the country. It is planned to establish some 10 electronic schools in Azerbaijan by the beginning of next academic year.

Presently, implementation of the project is being researched. The Azerbaijani Government considers ICT should be developed in all fields, including education. In the coming years the Government intends to allot a lot of funds for this purpose. Implementation of 5-year programme on computerisation of general schools in Azerbaijan will be completed this year. Previously, the computer-student ratio in the country was 1 per 1,000. It is now estimated to be 30 per 1,000.

Mobile teachers bridge education gap in remote villages of Philippines

In Philippines, mobile teachers are providing basic education to out-of-school youth and adults, who still want to learn. Gloria Macapagal-Arroyo, the President of Philippines has asked the Department of Education (DepEd) to beef up its “mobile teachers” programme by hiring more teachers to serve under its Alternative Learning System (ALS).

The government has increased the budget for learning from P76-million in 2006 to P230-million in 2007, so that the Bureau of Alternative Learning System (BALS) can hire 300 more mobile teachers. These mobile teachers go from house to house to determine the number of non-readers in every household and select the learning modules that suit the clients’ learning needs.

Empower, Enable With Edurite

EDURITE, a premier company in the field of ICT based Learning and Education content incorporates process of Cognitive Learning to provide the best possible teaching aids and learning solutions to schools and students alike.  EDURITE has been enabling technology led education in classrooms for seven years. These solutions help teachers explain concepts better, increase level of understanding of students and help children improve their performance. It employs principles of cognitive learning by using multi-media based animations, graphics and videos to explain concepts in a very interactive and intuitive manner. EDURITE caters to 600 private schools, 2000 government schools and over 1000000 home users. We are giving the 21st century state-of-the-art classroom in A, B and C class towns in India with Smart boards, multimedia content and teacher teaching aids. EDURITE is the only Indian content creator to license content to the US, proving the credibility in the global market. It’s also the first to introduce CD ROMS with text books. Understanding the less penetration of Internet and computer in India, EDURITE also launched the first DVD based curriculum content. Microsoft, HP, LG and Frank Brothers Publishers have partnered with EDURITE as part of their education initiatives, recognising the superiority of EDURITE content.

DigitAlly, a multimedia resource library from Edurite

EDURITE’s flagship product, aptly named DigitALly, (which means Digital Ally) is a massive multimedia resource library for delivery of subjects in a collaborative way in the classrooms. This tool can be used by the teachers in the kindergarten to class 12 to enhance the teaching with animations, videos and diagrammes. Digitally was first launched in 2005. Features include enhanced searching capabilities, create lesson plans or even select a lesson plan to suit to the syllabi. It is a digital repository of digital media objects, where we have all the learning media objects. The in-built search engine can easily extract the desired learning objects to be integrated into the lesson plans from the vast repository of over 5000 illustrative animations, 20 hours of video and more than 8000 self explanatory diagrams. Teachers can also add to this repository any animation, video, graphic that they deem as appropriate for teaching for their students. DigitALly covers CBSE, ICSE, IGCSE and state board syllabi from classes 1 to 12.

Presence in private schools
EDURITE has proved its necessity in various schools like Indus International School, Primus International School, Bangalore, MES Group of Schools, Poddar International School and many more. EDURITE animations helps in making the concept crystal clear & also it can draw the attention of the children.

Presence in rural schools
EDURITE’s Digital Equaliser Centres (DEC, technology enabled learning centres) has fulfilled this idea to a great extent. Content is created by inviting the best teachers to the studios, shooting them, hiring animators to add text and creating a complete package. Schools can load it on servers so students can learn from their best teachers. EDURITE has been involved as part of the Mahiti Sindhu Project (Computer Education Programme for the Government High School Children of Karnataka) and education programs for America India Foundation (AIF), chaired by Former US President Bill Clinton. AIF aims to bridge the digital divide between urban and rural India. Edurite has helped establish over 76 Digital Equaliser Centres across India.

Mobile PC for easier content delivery
EDURITE has an ingenious method for implementing the e-Learning content for schools – Mobile PC. This indigenous self-sufficient Mobile PC developed by EDURITE delivers computer aided learning content and IT content for rural schools. The Mobile PC, encapsulated in a box consists of a Projector, Table, Keyboard, Mouse and a UPS. The monitor has been substituted with a projector so that the image can be projected on the wall for the benefit of the entire classroom.

Edurite increases success level in education
Edurite Technologies has established five learning centres at Besagerahalli, Mysore and Bangalore. The results from the first two centres established have been astounding. In Besagerahalli, the 10th grade pass percentage went up by 55% in 2004 and the 12th grade pass percentage went up by 30%. The impact of these centres on the rural public has been substantial. In the Mysore centre, more than 500 villagers have been trained to use the computer in the last six months.

EDURITE’s vision is to be the largest player in Education business in India targeting all the 1.2 million schools in India.

Build-Own-Operate-Transfer Way

Public-Private-Partnership (PPP) provides an opportunity for private sector participation in financing, designing, construction, operation and maintenance of public sector Programmes and projects. Educomp Solutions Limited works very closely with various Governments, Ministry of IT, Ministry of HRD, and Govt. of India in the execution of educational programmes, teacher training and content development projects under the PPP model.

ASSAM: Winds of Change- Charting a new course for Education in Assam
North East India is a region with strong natural and human resources. However, it has remained backward in the field of communications and even after sixty years of Independence, the region has a poor economy and connectivity remains a problem. While various development schemes and tools have been devised over the years, the emergence of Information and  Communication Technology (ICT) as a tool of development across different parts of the world opens up new possibilities.

AMTRON on behalf of Govt. of Assam has moved ahead to tap these opportunities for High and Higher Secondary Schools across the state in phase manner by harnessing the potential of Information Technology to aid educational transaction to improve its quality education.

The Rajiv Gandhi Computer Literacy Programme-an innovative effort of Government of Assam in introducing computer literacy and computer aided learning in schools, was launched in the year 2003. RGCLP is a good beginning for disseminating education among rural children effectively and economically. The gap between people and information technology and education which exists due to lack of infrastructure facilities is now being bridged. A school in the most rural and remote area have been turn into an information-hub under this project.

Educomp Solutions Ltd. has been entrusted by the Government of Assam to implement the programme on Build, Operate and Transfer (BOT) basis in 100 numbers of High Schools under Phase-IV across 10 districts in the state.

As a part of the programme a state-of-art ultra modern computer lab is being constructed in the 100 schools wherein IT Infrastructure have been installed in one of the classrooms of the school and two Computer Faculties have also been deployed in each school. An interactive training has also been provided to all the Computer Faculties for transacting the classes covering both theory and hands-on sessions. Printed guidelines, manuals and lesson-plans have also been provided to the trainees for ready references. More than 60,000 students of Class V-X are being covered through the project. It not only contains school curriculum but each student are taken through an eventful journey of self discovery, positive relationships, and creative expression through an innovative methodology including observation, retention and implementation.

Educomp Solutions Ltd. has taken up the challenges in translating the dreams into reality by converting remote classrooms into an IT hub by traversing the hurdles which includes areas inhabited by ethnic tribes, militant and difficult groups. Our LABs are first in areas like remote forest in Kokrajhar [Assam-Bengal border] and in Char-reverine areas of Dhubri where in only communication is though country boats. It's a challenge for us and we are committed in this eventful journey

ORISSA: Impact of BICEP [Biju Pattaniak Computer Aided Education Project]
Educomp Solutions Ltd. has been selected by Orissa Primary Education Programme Authority (OPEPA) as an implementing agency to set up the Computer Lab & to provide the Multimedia Based Content CDs in Science, Mathematics, Computer Literacy and English in Oriya and provide Training to 600 teachers covering 300 Schools across the state.
 
(written based on contributions from Ibrahim Nafis, Lalatendu Mohanty, monika Talwar and Subrat Biswas) .

Can e-Learning Work in India?

Let us examine the contribution of various stakeholders in this process!

Government
The government needs to stimulate a learning culture, and e-Learning must become a policy issue. Government must recognise the e-Learning Industry as a separate forum and not treat it as part of the IT enabled services or a sub sector of the IT industry. A case in point is the Australian Government support for promoting e-Learning. The Government there has been successful in increasing the industry use of e-Learning in workplaces.

The Academia
Schools and Universities taking the e-Learning route are still a very small fraction of the overall number. In addition, the transition from distance learning to e-Learning is moving at a snail's pace. Universities are long over due in making significant improvement in the quality and employability of their courses offered. Through e-Learning, they have a chance to improve both the quality and quantity (wide audience).

The Industry

Unlike the west, in India, even the large corporates and business houses have been slow to adapt to e-Learning. Corporate sector must realise that e-Learning is one of the best ways to train and retrain employees and workforce, and any delay in implementing e-Learning is postponing the obvious; and the cost is enormous in terms of longer gestation period, logistic nightmares of having to arrange training at multiple locations, high obsolescence of content and information and lack of standardisation of training infrastructure. Corporates must start integrating e-Learning into their strategic plan, and by combining e-Learning with a knowledge management system, they can improve learn ability, and performance.

e-Learning Companies and Technology Providers
E-Learning companies have been heavily dependent on custom e-Learning courseware development which is still not very cost effective as per Indian standards and affordability, since the industry is still exploring automation opportunities and process oriented methodologies.

With the tremendous explosion in web usage as a knowledge sharing and delivering platform, e-Learning will become more a norm than an exception. It is incumbent upon all of us to drive this process. Together we need to create an e-Learning infrastructure that is sustainable and continues to transform learning, education and training! .

Education Data Warehouse: Better Data is

Data Driven Decisions: ‘Education intelligence’
Typically school districts have been the repository for detailed data about students and schools and the obligation has been to report aggregate data to their state education agency (SEA). The SEA then reports statistical summaries the federal level. The No Child Left Behind Act (NCLB) has dramatically increased the amount of data needed to comply with federal mandates and the need for more sophisticated data systems is upon us all. At the heart of the new systems is the need for States to have access to record-level student demographic and assessment data to help drive decision making.

In order to realize these benefits, state education agencies need to engage efficient and effective systems for local education agencies to report state-required data as well as an automated, streamlined process for reporting federally required data. The system that satisfies this need is a data warehouse that is built on standards of interoperability. The data warehouse process assembles a separate database holding copies of data from a wide array of different sources. The data are extracted, cleansed, standardised and deposited into the data warehouse. This system makes data available to the decision making process for analysis and reporting. It is important that questions can be posed to the decision making process in real time and the data warehouse deliver immediate results. Education Intelligence is something educators and administrators apply every day. A data warehouse is a powerful tool for extending that intelligence.

What kind of data belongs in a school district data warehouse?

Data pertaining to student demographics, grades, student schedules, attendance and discipline; standardised test data including item analysis capability; state test results; teacher information and student extracurricular activities and programs are ideal candidates for a meaningful data warehouse. Student information that would lead to quick identification of all students in all grades that would benefit from Academic Intervention Services and to follow their progress while receiving services is a core benefit.

Getting the Data: The Schools Interoperability Standard (SIF) Backbone

Policymakers and educators need data warehouse systems capable of providing timely, valid and relevant data. Access to these data gives teachers the information they need to tailor instruction to help each student improve. It also gives administrators the resources and information to effectively and efficiently manage programmes, and evaluate which policy initiatives show the best evidence of increasing student achievement.

SIF is recognised an important methodology in addressing the challenges posed by disparate IT systems and is a critical step toward improving access to necessary information. SIF is an industry-supported open standard that allows schools, districts, and states to use compliant applications for managing a wide variety of data.

Data Warehouse Methodology
Data Warehousing is open to an almost limitless range of definitions. Simply put, Data Warehouses store an aggregation of an education data. Each education system is unique and the organisation will influence the data warehouse, however there is a common thread of design and methodology that is dictated by common mandates, identification of pockets of need, and NCLB reporting.

The two major design methodologies of data warehousing are based on the work of Ralph Kimball and Bill Inmon. Both Kimball
and Inmon view data warehousing as separate from OLTP (online transaction processing) and legacy applications.

Kimball views data warehousing as a constituency of data marts. Data marts are focused on delivering business objectives for parts of the organisation. And the data warehouse is a conformed dimension of the data marts. Therefore, a unified view of the education system can be obtained from dimension modeling on a local level.

Any data warehouse solution must fully support SIF interoperability to be a viable and capable of presenting data on demand

Inmon suggests creating a data warehouse on a subject-by-subject area basis. Therefore the development of the data warehouse can start with data from data stores and other areas can be added to the data warehouse as their needs arise. Data flows from the data warehouse to separate data marts.

In general, for most purposes, it can be difficult to obtain a unified view of the overall system at both the local and administrative level using the Inmon model and CORE-ECS subscribes to a data warehouse model based on a collection of data marts integral to the warehouse.

Data Warehouse Vision: A partnership of opportunity.

The complex task of pulling together information from divergent sources to create a data warehouse has previously been a deterrent to many education agencies. CORE-ECS has joined forces with Computer Power Solutions of Illinois (CPSI) to bring education agencies end-to-end data integration and warehousing tools based on SIF and data driven education intelligence. CORE-ECS has developed eD3 (ee-dee cube), a comprehensive data warehousing
solution designed especially for state agencies and school districts. eD3 gives education agencies the informational power to accurately answer questions that were once a vague interpretation of data or intuition. eD3 is a comprehensive SIF-compliant data warehouse solution that centralizes education data to support the decision-making process. The superior SIF capability of CPSI coupled with the unparalleled CORE-ECS data querying and reporting tools make eD3 a proven, architecture for data driven decision making to support.

Portal Services

The eD3 Portal is a configurable interface that is the central entry point to all eD3 features and functions.  It serves as the launch point for ETL tools, report creation (CORE-ECSReports) and data analysis (CORE-ECSDTool). It can contain the CORE-ECSDashboard, which is a customizable web page that showcases
real-time data, such as attendance and performance, in various graph formats. The main interface can be designed to look similar to a district’s or state’s own website.

eD3 Delivers on Better Data
The eD3 is a proven SIF-based data warehouse solution combined with a robust, data mining, and reporting capability. Multiple users can access databases without making permanent changes to the data.  Access to particular fields can be given to or restricted from groups of users. Together, these attributes provide outstanding support for an efficient and flexible district-wide or state-wide architecture.

The architecture provides many features that enable customers to respond to change rapidly. Its n-tier structure allows for development and modification of individual components, including the introduction of new technologies (or the replacement of outmoded ones) in each tier, with minimal impact on components provided by other tiers.

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