Wednesday, August 2, 2017

The Human Face of Information Technology Disaster Recovery

Once upon a time efficiency was the primary driver for business investment in computer systems. Compared to paper based systems, computers had the edge and the investment seemed to be a no brainer. Some may argue that efficiency is still the driver for investment in technology today and they may well present a strong case for the affirmative. But there is a human element to every computer system, one that is easily forgotten until it is unavailable or desperately needed.
In January 2011 the state of Queensland, Australia, experienced wide spread flooding paralleled only by the devastating 1974 floods that still remain so fresh in many ageing Queenslanders' minds due to their intensity. Such was the severity of the disaster in 2011 that an area larger than the United Kingdom was declared a disaster zone. The entire state economy ground to a halt as peoples focus shifted dramatically from the everyday grind toward basic survival needs of just food, clean water and shelter.
The disaster unfolded so slowly it was painful, like a giant locomotive that you knew was approaching but could not stop. Approximately one week into the disaster the damage from the relentless downpour of water started to take its toll on technology and infrastructure. Services from the energy sector and the finance sector started failing or being deliberately shut down for safety reasons. Government services were put under immense pressure. Most people could not go to work because there was either an impenetrable physical water barrier or because of the hazards of travelling. This put an even greater strain on fragile services already on the brink and the system began to collapse.
And as each day into the disaster saw more damage, the human side of our relationship with technology emerged. How do you eat when you can't get money out of the bank? How do you cook without power? How do you ask friends and family for help when your mobile has flat batteries and your land lines are under water? Where can you go when you cannot buy fuel? How will you feed your children when the local supermarket is under water or out of stock? How do you send friends or family in need money to help them through?
Behind the besieged technology services, an army of technical professionals scrambled to restore or repair their respective services. It was a war behind the behind the scenes that challenged the technology sector like never before. Disaster recovery and business continuity plans struggled with adversity. Key staff were unreachable, key services unavailable, documents and processes gone or unusable, digital and physical access to equipment denied and even premises and meeting points had to be redefined.
Every hurdle more heartbreaking as the human face of technology services emerged. People needed these services as a matter of urgency.
Eventually we prevailed. But the memories and lessons learnt should not be forgotten. A disaster recovery plan entails great responsibility and it will always remind us that there is a human face to the information renaissance.

Wednesday, April 19, 2017

Race To The Top, The Need For Science Assessment Kits

States are in varying stages of developing their NCLB science assessments. Typically, states contract with assessment companies which have a history of producing standardized, norm referenced tests, e.g., the Iowa Test of Basic Skills (ITBS), the Tera Nova, the Stanford Achievement Test (SAT-9, SAT-10).
These new NCLB science tests must include either criterion-referenced assessments or augmented norm-referenced assessments, or both. The world of the standardized, multiple-choice, norm referenced test is disappearing as standards-aligned, criterion-referenced tests emerge.
Because many states' science standards include science inquiry and science process skills that are difficult to assess with conventional multiple-choice questions, more and more science assessments are taking on a different format and look. To assess a student's skills, students must "perform".
Performance assessment is moving us "beyond the bubble" of Scantron forms. When students are asked to perform, they are better able to utilize their unique learning styles (kinesthetic, visual, aural, etc.) as they tap into their own content knowledge of science. Student work from performance assessments better informs the teacher (and student) of what the student understands versus what bubble he may have guessed to be right.
Performance assessment in science requires students to perform various science skills (observation, data collection, organizing data, data analysis, drawing conclusions, etc.) as they manipulate equipment. Science equipment, typically organized in classroom sets, is delivered as science kits.
As the need for criterion-referenced science assessment of inquiry skills takes hold, the demand for science kits will continue to increase. States, districts, and schools are realizing that to assess science inquiry adequately, kits are a necessary, essential part of the assessment program. Educators also realize that if they are to meet the NCLB requirements for science assessment, i.e., to use up-to-date measures to assess mastery of science standards, and the states' science content standards include science inquiry, then the tests themselves need to include student performance tasks. And since "what gets tested gets taught," we will see an increasing number of science inquiry learning activities in classroom curriculum throughout the school year.
The National Assessment of Educational Progress (NAEP) program has been using science kits as part of its science program for over 10 years. These science tests are administered every four years to a small sample of students across the nation. Although this national assessment program advocates the use of performance assessment requiring hands-on manipulation of science equipment, it is limited in scope. The more powerful influences that are changing science assessment nationally stem from the requirements of the No Child Left Behind Act of 2001.
EDUCATIONAL SERVICES
Assessment Services, Inc., http://www.assessmentservices-edu.com, designs and develops materials for performance-based assessments and specializes in custom kits for science and math curriculum. We also manufacture and distribute science kits and math kits.
The founder of Assessment Services Inc., has over twenty-five years of experience in the education industry developing and producing science and math materials. The company was created: (1) from a desire to continue a long term, successful partnership in the science assessment industry; (2) to meet a growing need for science assessment kits created in response to the requirements of federal education legislation; (3) to provide the highest quality classroom materials to schools and teachers at the best possible price.

The Mandatory Requirements of Science Teaching Jobs

If you love to read science magazines, feel happy doing research on fascinating plants and animals and have a degree in science then there are several science teaching jobs available for you. Teaching science allows you to share your knowledge with others and improve your own knowledge of the subject.
Science Teaching Jobs - Description
Science is a subject in which one studies nature. Science teachers teach the subject to their students and help them find answers for their questions. Science education courses falls under several categories. Some of these are: botany, zoology, physics, chemistry, fire science education and investigatory courses.
To teach science effectively, you have to incorporate lab experiments, field trips, mixed media resources and e-learning into the curriculum. This helps the students gain practical knowledge of the world around them. You also have to take full advantage of the science toys for kids available in your work place. If you feel that the number of these toys is not enough, you have to make the management aware so that they can ensure ready availability of science school supplies.
How To Become A Science Teacher?
If you have passion for the subject and hold a valid degree then you are the right candidate for science teaching jobs. As an graduate, you could opt to teach in middle or high school setting. If you have a post-graduate degree or doctorate, you can teach college students.
As a science tutor, you are expected to break up the teaching sessions between classroom teaching and lab activities. Occasionally, you may also be required to arrange for a field trip.
There is an increase in the demand for science teachers today, So, science teaching jobs are ready to offer them a competitive salary. The greatest advantage of being a teacher is that he can get a seasonal vacation. Also, the government sponsors pension plans and healthcare packages for teachers.
To become a science teacher, you need to complete a certification program in teaching. This is additional to the science degree you hold. Once you complete a science degree, you are eligible for an alternative licensure program that focuses on effective classroom teaching.
Most of these alternative programs end up in getting you a master's degree that adds credit to your career. The certification requirements vary depending on the state where your educational institution is located. There are states that require you to take up supplemental education courses to get a teaching license. Teachers that start their career with a primary school don't require a teaching license.
Nowadays, many science teaching jobs are available. You are eligible to apply for those jobs, if you are a passionate science learner and hold a valid science degree and certification in teaching. Once you become a science teacher, you have to implement a natural learning environment by arranging lab sessions, field trips and outdoor science activities for the students in addition to teaching them in a classroom setting.
There are several science teaching jobs available for science graduates. To become a science teacher, one has had a degree and completes a certification in teaching.

Leaping Into the 6th Technology Revolution

We're at risk of missing out on some of the most profound opportunities offered by the technology revolution that has just begun.
Yet many are oblivious to the signs and are in danger of watching this become a period of noisy turmoil rather than the full-blown insurrection needed to launch us into a green economy. What we require is not a new spinning wheel, but fabrics woven with nanofibers that generate solar power. To make that happen, we need a radically reformulated way of understanding markets, technology, financing, and the role of government in accelerating change. But will we understand the opportunities before they disappear?
Seeing the Sixth Revolution for What It Is
We are seven years into the beginning of what analysts at BofA Merrill Lynch Global Research call the Sixth Revolution. A table by Carlotta Perez, which was presented during a recent BofA Merrill Lynch Global Research luncheon hosted by Robert Preston and Steven Milunovich, outlines the revolutions that are unexpected in their own time that lead to the one in which we find ourselves.
  • 1771: Mechanization and improved water wheels
  • 1829: Development of steam for industry and railways
  • 1875: Cheap steel, availability of electricity, and the use of city gas
  • 1908: Inexpensive oil, mass-produced internal combustion engine vehicles, and universal electricity
  • 1971: Expansion of information and tele-communications
  • 2003: Cleantech and biotech
The Vantage of Hindsight
Looking back at 1971, we know that Intel's introduction of the microprocessor marked the beginning of a new era. But in that year, this meant little to people watching Mary Tyler Moore and The Partridge Family, or listening to Tony Orlando & Dawn and Janis Joplin. People would remember humanity's first steps on the Moon, opening relations between US and China, perhaps the successful completion of the Human Genome Project to 99.99% accuracy, and possibly the birth of Prometea, the first horse cloned by Italian scientists.

According to Ben Weinberg, Partner, Element Partners, "Every day, we see American companies with promising technologies that are unable to deploy their products because of a lack of debt financing. By filling this gap, the government will ignite the mass deployment of innovative technologies, allowing technologies ranging from industrial waste heat to pole-mounted solar PV to prove their economics and gain credibility in the debt markets."

Flying beneath our collective radar was the first floppy disk drive by IBM, the world's first e-mail sent by Ray Tomlinson, the launch of the first laser printer by Xerox PARC and the Cream Soda Computer by Bill Fernandez and Steve Wozniak (who would found the Apple Computer company with Steve Jobs a few years later).
Times have not changed that much. It's 2011 and many of us face a similar disconnect with the events occurring around us. We are at the equivalent of 1986, a year on the cusp of the personal computer and the Internet fundamentally changing our world. 1986 was also the year that marked the beginning of a major financial shift into new markets. Venture Capital (VC) experienced its most substantial finance-raising season, with approximately $750 million, and the NASDAQ was established to help create a market for these companies.
Leading this charge was Kleiner Perkins Caulfield & Beyers (KPCB), a firm that turned technical expertise into possibly the most successful IT venture capital firm in Silicon Valley. The IT model looked for a percentage of big successes to offset losses: an investment like the $8 million in Cerent, which was sold to Cisco Systems for $6.9 billion, could make up for a lot of great ideas that didn't quite make it.
Changing Financial Models
But the VC model that worked so well for information and telecommunications doesn't work in the new revolution. Not only is the financing scale of the cleantech revolution orders of magnitude larger than the last, this early in the game even analysts are struggling to see the future.
Steven Milunovich, who hosted the BofA Merrill Lynch Global Research lunch, remarked that each revolution has an innovation phase which may last for as long as 25 years, followed by an implementation phase of another 25. Most money is made in the first 20 years, so real players want to get in early. But the question is: Get in where, for how much and with whom?
There is still market scepticism and uncertainty about the staying power of the clean energy revolution. Milunovich estimates that many institutional investors don't believe in global warming, and adopt a "wait and see" attitude complicated by government impasse on energy security legislation. For those who are looking at these markets, their motivation ranges from concerns about oil scarcity, supremacy in the "new Sputnik" race, the shoring up of homeland security and - for some - a concern about the effects of climate change. Many look askance at those who see that we are in the midst of a fundamental change in how we produce and use energy. Milunovich, for all these reasons, is "cautious in the short term, bullish on the long."
The Valley of Death
Every new technology brings with it needs for new financing. In the sixth revolution, with budget needs 10 times those of IT, the challenge is moving from idea to prototype to commercialization. The Valley of Death, as a recent Bloomberg New Energy Finance whitepaper, Crossing the Valley of Death pointed out, is the gap between technology creation and commercial maturity.
But some investors and policy makers continue to hope that private capital will fuel this gap, much as it did the last. They express concern over the debt from government programs like the stimulus funds (American Recovery and Reinvestment Act) which have invested millions in new technologies in the clean energy sector, as well as helping states with rebuilding infrastructure and other projects. They question why the traditional financing models, which made the United States the world leader in information technology and telecommunications, can't be made to work today, if the Government would just get out of the way.
But analysts from many sides of financing believe that government support, of some kind, is essential to move projects forward, because cleantech and biotech projects require a much larger input of capital in order to get to commercialization. This gap not only affects commercialization, but is also affecting investments in new technologies, because financial interests are concerned that their investment might not see fruition - get to commercial scale.
How new technologies are radically different from the computer revolution.
Infrastructure complexity
This revolution is highly dependent on an existing - but aging - energy infrastructure. Almost 40 years after the start of the telecommunications revolution, we are still struggling with a communications infrastructure that is fragmented, redundant, and inefficient. Integrating new sources of energy, and making better use of what we have, is an even more complex - and more vital - task.
According to "Crossing the Valley of Death," the Bloomberg New Energy Finance Whitepaper,

"The events of the past few years confirm that it is only with the public sector's help that the Commercialization Valley of Death can be addressed, both in the short and the long term. Only public institutions have 'public benefits' obligations and the associated mandated risk-tolerance for such classes of investments, along with the capital available to make a difference at scale. Project financiers have shown they are willing to pick up the ball and finance the third, 23rd, and 300th project that uses that new technology. It is the initial technology risk that credit committees and investment managers will not tolerate."

Everything runs on fuel and energy, from our homes to our cars to our industries, schools, and hospitals. Most of us have experienced the disconnect we feel when caught in a blackout: "The air-conditioner won't work so I guess I'll turn on a fan," only to realize we can't do either. Because energy is so vital to every aspect of our economy, federal, state and local entities regulate almost every aspect of how energy is developed, deployed, and monetized. Wind farm developers face a patchwork quilt of municipal, county, state and federal regulations in getting projects to scale.
Incentives from government sources, as well as utilities, pose both an opportunity and a threat: the market rises and falls in direct proportion to funding and incentives. Navigating these challenges takes time and legal expertise: neither of which are in abundant supply to entrepreneurs.
Development costs
Though microchips are creating ever-smaller electronics, cleantech components - such as wind turbines and photovoltaics - are huge. They can't be developed in a garage, like Hewlett and Packard's first oscilloscope. A new generation of biofuels that utilizes nanotechnology isn't likely to take place out of a dorm room, as did Michael Dell's initial business selling customized computers. What this means for sixth revolution projects is that they have much larger funding needs, at much earlier stages.
Stepping up and supporting innovation, universities - and increasingly corporations - are partnering with early stage entrepreneurs. They are providing technology resources, such as laboratories and technical support, as well as management expertise in marketing, product development, government processes, and financing. Universities get funds from technology transfer arrangements, while corporations invest in a new technologies, expanding their product base, opening new businesses, or providing cost-benefit and risk-analysis of various approaches.
But even with such help, venture capital and other private investors are needed to augment costs that cannot be born alone. These investors look to some assurance that projects will produce revenue in order to return the original investment. So concerns over the Valley of Death affects even early stage funding.
Time line to completion
So many of us balk at two year contracts for our cell phones that there is talk of making such requirements illegal. But energy projects, by their size and complexity, look out over years, if not decades. Commercial and industrial customers look to spread their costs over ten to twenty years, and contracts cover contingencies like future business failure, the sale of properties, or the prospect of renovations that may affect the long term viability of the original project.
Kevin Walsh, managing director and head of Power and Renewable Energy at GE Energy Financial Services states, "GE Energy Financial Services supports the creation of CEDA or a similar institution because it would expand the availability of low-cost capital to the projects and companies in which we invest, and it would help expand the market for technology supplied by other GE businesses."
Michael Holman, analyst for Lux Research, noted that a $25 million investment in Google morphed into $1.7 billion 5 years later. In contrast, a leading energy storage company started with a $300 million investment, and 9 years later valuation remains uncertain. These are the kinds of barriers that can stall the drive we need for 21st century technologies.
Looking to help bridge the gap in new cleantech and biotech projects, is a proposed government-based solution called the Clean Energy Deployment Administration (CEDA). There is a house and senate version, as well as a house Green Bank bill to provide gap financing. Recently, over 42 companies, representing many industries and organizations, signed a letter to President Obama, supporting the Senate version, the "21st Century Energy Technology Deployment Act."
Both the house and senate bills propose to create, as an office within the US Department of Energy (DOE), an administration which would be tasked with lending to risky cleantech projects for the purpose of bringing new technologies to market. CEDA would be the bridge needed to ensure the successful establishment of the green economy, by partnering with private investment to bring the funding needed to get these technologies to scale. Both versions capitalize the agency with $10 Billion (Senate) and $7.5 Billion (House), with an expected 10% loss reserve long term.
By helping a new technology move more effectively through the pipeline from idea to deployment, CEDA can substantially increase private sector investment in energy technology development and deployment. It can create a more successful US clean energy industry, with all the attendant economic and job creation benefits.
Who Benefits?
CEDA funding could be seen as beneficial for even the most unlikely corporations. Ted Horan is the Marketing and Business Development Manager for Hycrete, a company that sells a waterproof concrete. Hardly a company that springs to mind when we think about clean technologies, he recently commented on why Hycrete CEO, Richard Guinn, is a signatory on the letter to Obama:

"The allocation of funding for emerging clean energy technologies through CEDA is an important step in solving our energy and climate challenges. Companies on the cusp of large-scale commercial deployment will benefit greatly and help accelerate the adoption of clean energy practices throughout our economy."

In his opinion, the manufacturing and construction that is needed to push us out of a stagnating economy will be supported by innovation coming from the cleantech and biotech sectors.
Google's Dan Reicher, Director of Climate Change and Energy Initiatives, has been a supporter from the inception of CEDA. He has testified before both houses of Congress, and was a signatory on the letter to President Obama. Google's interest in clean and renewable energies dates back several years. The company is actively involved in projects to cut costs of solar thermal and expand the use of plug-in vehicles, and has developed the Power Meter, a product which brings home energy management to anyone's desktop-for free.
Financial support includes corporations like GE Energy Financial Services, Silicon Valley Venture Capital such as Kleiner, Perkins Caulfiled and Byers, and Mohr Davidow Ventures, and Energy Capital including Hudson Clean Energy and Element Partners.Can something like the senate version of CEDA leap the Valley of Death?
As Will Coleman from Mohr Davidow Ventures, said, "The Devil's in the details." The Senate version has two significant changes from previous proposals: an emphasis on breakthrough as opposed to conventional technologies, and political independence.
Neil Auerbach, Managing Partner, Hudson Clean Energy
The clean energy sector can be a dynamic growth engine for the US economy, but not without thoughtful government support for private capital formation. **[Government policy] promises to serve as a valuable bridging tool to accelerate private capital formation around companies facing the challenge, and can help ensure that the US remains at the forefront of the race for dominance in new energy technologies.
Breakthrough Technologies
Coleman said that "breakthrough" includes the first or second deployment of a new approach, not just the game changing science-fiction solution that finally brings us limitless energy at no cost. The Bloomberg New Energy white paper uses the term "First of Class." Bringing solar efficiency up from 10% to 20%, or bringing manufacturing costs down by 50%, would be a breakthrough that would help us begin to compete with threats from China and India. Conventional technologies, those that are competing with existing commercialized projects, would get less emphasis.
Political Independence
Political independence is top of mind for many who spoke or provided an analysis of the bill. Michael Holman, analyst at Lux Research, expressed the strongest concerns that CEDA doesn't focus enough on incentives to bring together innovative start-ups with larger established firms.

"The government itself taking on the responsibility of deciding what technologies to back isn't likely to work-it's an approach with a dreadful track record. That said, it is important for the federal government to lead - the current financing model for bringing new energy technologies to market is broken, and new approaches are badly needed."

For many, the senate bill has many advantages over the house bill, in providing for a decision making process that includes technologists and private sector experts.

"I think both sides [of the aisle] understand this is an important program, and must enable the government to be flexible and employ a number of different approaches. The Senate version empowers CEDA to take a portfolio approach and manage risk over time, which I think is good. In the House bill, CEDA has to undergo the annual appropriation process, which runs the risk of politicizing every investment decision in isolation and before we have a chance to see the portfolio mature." - Will Coleman, Mohr Davidow.

Michael DeRosa, Managing Director of Element Partners added,

"The framework must ensure the selection of practical technologies, optimization of risk/return for taxpayer dollars, and appropriate oversight for project selection and spending. **Above all, these policies must be designed with free markets principles in mind and not be subject to political process."

If history is any indication, rarely are those in the middle of game-changing events aware of their role in what will one day be well-known for their sweeping influence. But what we can see clearly now is the gap between idea and commercial maturity. CEDA certainly offers some hope that we may yet see the cleantech age grow up into adulthood. But will we act quickly enough before all of the momentum and hard work that has brought us this far falls flat as other countries take leadership roles, leaving us in the dust?
THE GREEN ECONOMY is an information company, providing timely, credible facts and analyses on companies adapting to meet the challenges of a green future.
Markets are in transition; customers are demanding a higher quality of life, such as clean water and energy. These pressures are affecting commodity prices, access to markets, the nature of innovation and more. At the same time, infrastructure (water, energy, transportation), is becoming more - not less - localized. These changes mean opportunities and demand new partnerships to deliver increasingly complex solutions. THE GREEN ECONOMY tells those stories

Using Technology Lesson Plans In The Classroom

With technology becoming so much more accessible and important in the world, many teachers are turning to technology lesson plans to help in teaching their students. Whether using technology to introduce a new concept, review past material, or teach students to use the machines themselves, teachers are using technology more and more in the classroom.
Keeping up on technological advancements can be time consuming and difficult. Teachers do have resources that can help them, however. The internet has dozens of websites that offer teachers free help in preparing lessons. Some websites allow teachers to submit their own technology lesson plans. They can also find specific plans created by other teachers. These plans give details on which programs or software to use as well as how to present the information to students.
Teachers can use technology to teach any subject. From teaching students to read graphs to virtually visiting the sites of the Revolutionary War, teachers are finding ways to use technology to increase their students' knowledge. Technology allows teachers to use a computer as a telescope to study the universe. The technological possibilities are constantly changing and improving to provide students with better learning situations.
Staying up-to-date on the latest trends in technology can be done by attending workshops. There are also online seminars available to give teachers the most current information. Many schools have a technology expert who is available to help teachers keep up with technology. These experts can also help teachers in forming their technology lesson plans.
Students generally enjoy using technology in the classroom. Teachers can capitalize on their students' interest by giving them a variety of opportunities and mediums to use electronics for learning. This helps students stay engaged and involved in their own learning.
Teaching about technology in school has evolved from just teaching word processing and computer navigation skills. Teachers now use many forms of technology. Webcams, digital cameras, and online video presentations aid teachers in their teaching. Students can get involved as well. Group or individual projects can involve using technology to present what they have learned.
Technology gives students unmatched opportunities for learning and growth. From their own classrooms students can learn about the world virtually. Students can use webcams to communicate with students and professionals around the globe. Teachers can give students the opportunity to shadow a professional in a career of their choice all through technology.
As technology continues to change and improve, the use of technology in the classroom grows. Teachers can find help in making technology lesson plans which can improve the quality of their teaching.


Article Source: http://EzineArticles.com/7853751

Globalization: How It Has Affected Philippine Education And Beyond

Education before the 20th century was once treated as a domestic phenomenon and institutions for learning were once treated as local institutions. Prior to the 20th century, education was usually limited within the confines of a country, exclusively meant for the consumption of its local citizens. Scholars or college students did not have to travel miles away from their countries of origin to study and to gain skills which they needed in order to traverse the paths of their chosen careers. Moreover, national borders served as impenetrable walls in the name of sovereignty. Gaining a college degree and the skills entailed with it were merely for the purpose of staunch nationalistic service to one's land of origin. Furthermore, knowledge of the valleys and the oceans encircling the world map, as well as foreign languages and international political regimes were not much of an imperative. Intercultural exchange was not massive and sophisticated, if not intricate. Acceptance and understanding of cultural diversity were not pressured upon anyone, as well as the lure to participate in a globally interconnected world. In other words, before the 20th century, scholastic work were predominantly simple and constrained in the local, the domestic, the nearby. They were limited to one's own village, one's own region, one's own country. A student had his own neighborhood as the location where he is to be born, to be educated, and later to be of service to - the local village which is his home, his community, his country.
Nevertheless, the world has been in a constant state of flux. In the 20th century onwards, the phenomenon called globalization rose and became the buzzword. Anything which pertained to the term globalization was attributed to modernization, or anything that is up-to-date, if not better. Part and parcel of this trend is the advent and irresistible force of information technology and information boom through the wonders of the Internet. The idea of cosmopolitanism - a sense of all of humanity, regardless of race, creed, gender, and so on, living in a so-called global village - is another primary indicator of globalization. Moreover, international media as well as trade and investment have been unbridled and have occurred in a transnational nature. Finally, globalization has involved the uncontrollable movement of scholars, laborers, and migrants moving from one location to another in search for better employment and living conditions.
Apparently, globalization seemed to be all-encompassing, affecting all areas of human life, and that includes education. One indicator of this is the emergence of international education as a concept. Internationalization of education is manifested by catchphrases like The Global Schoolhouse, All the world's a classroom, One big campus that is Europe, Think global. Act local, and Go West. Students from the world over have been ostensibly persuaded to learn about the world and to cope with technological advancements, if not to become a Citizen of the World. Moreover, globalization and international education are at play, for instance, when speaking of Singapore being branded as the Knowledge Capital of Asia, demonstrating the city-state as among the world's academic powerhouses; De La Salle University in Manila, Philippines entering into agreements and external linkages with several universities in the Asian region like Japan's Waseda University and Taiwan's Soochow University for partnership and support; the establishment of branch campuses or satellites in Singapore of American and Australian universities like the University of Chicago and the University of New South Wales, respectively; online degree programs being offered to a housewife who is eager to acquire some education despite her being occupied with her motherly duties; students taking semesters or study-abroad programs; and finally the demand to learn English - the lingua franca of the modern academic and business world - by non-traditional speakers, like the Chinese, the Japanese, and the Korean students exerting efforts to learn the language in order to qualify for a place in English-speaking universities and workplaces. Apparently, all of these promote international education, convincing its prospective consumers that in today's on-going frenzy of competition, a potent force to boost one's self-investment is to leave their homes, fly to another country, and take up internationally relevant courses. Indeed, globalization and international education have altogether encouraged students to get to know their world better and to get involved with it more.
Boston College's Center for International Higher Education director and International Education expert Philip Altbach asserted in his article "Perspectives on International Higher Education" that the elements of globalization in higher education are widespread and multifaceted. Clear indicators of globalization trends in higher education that have cross-national implications are the following:
1. Flows of students across borders;
2. International branch and offshore campuses dotting the landscape, especially in developing and middle-income countries;
3. In American colleges and universities, programs aimed at providing an international perspective and cross-cultural skills are highly popular;
4. Mass higher education;
5. A global marketplace for students, faculty, and highly educated personnel; and
6. The global reach of the new 'Internet-based' technologies.
Moreover, European Association of International Education expert S. Caspersen supported that internationalization influences the following areas: Curriculum, language training, studies and training abroad, teaching in foreign languages, receiving foreign students, employing foreign staff and guest teachers, providing teaching materials in foreign languages, and provision of international Ph. D. students. Nevertheless, globalization's objective of a "one-size-fits-all" culture that would ease international transactions has not seemed to be applicable to all the nations of the world. In the words of Nobel Laureate economist Joseph Stiglitz, globalization's effects are dualistic in nature. Globalization itself is neither good nor bad. It has the power to do enormous good. But in much of the world, globalization has not brought comparable benefits. For many, it seems closer to an unmitigated disaster. In Andrew Green's 2007 book, "Education and Development in a Global Era: Strategies for 'Successful Globalisation'", he asserted that optimists would refer to the rise of East Asian tigers - Japan, China, and South Korea - as globalization's success stories. But these are just a minority of the world's two hundred nations. A majority has remained in their developing situations, among these is the Philippines.
In terms of international education being observed in the Philippines, universities have incorporated in their mission and vision the values of molding graduates into globally competitive professionals. Furthermore, Philippine universities have undergone internationalization involving the recruitment of foreign academics and students and collaboration with universities overseas. English training has also been intensified, with the language being used as the medium of instruction aside from the prevailing Filipino vernacular. Finally, Philippine higher education, during the onset of the 21st century, has bolstered the offering of nursing and information technology courses because of the demand of foreign countries for these graduates.
In terms of student mobility, although gaining an international training through studying abroad like in the United States is deemed impressive, if not superior, by most Filipinos, the idea of practicality is overriding for most students. Study-abroad endeavors are not popular among the current generation of students. The typical outlook is that it is not practical to study overseas obviously because of the expenses - tuition fees, living costs, accommodation, and airfare. Although financial aid may be available, they are hugely limited. There may be several universities that offer merit or academic scholarships, talent scholarships, athletic scholarships, teaching assistantships, research assistantships, full or partial tuition fee waivers, but actually there is certainly not a lot of student money. Apparently, international education is understood as a global issue, a global commodity, and above all, a privilege - and therefore, it is not for everyone. Hence, studying in America is a mere option for those who can afford to pay the expenses entailed in studying abroad.
The Philippines is a Third World country which is heavily influenced by developed nations like the United States. Globalization may have affected it positively in some ways, but a huge chunk of its effects has been leaning to the detriment of the Filipinos. Globalization has primarily affected not only the country's education system but even beyond it - economically and socially. These include brain drain, declining quality in education because of profiteering, labor surplus, vulnerability of its workers overseas, and declining family values.
For one, the Philippines is a migrant-worker country. This phenomenon of sending its laborers (also known as Overseas Filipino Workers or OFWs) abroad to work and to send money back home has been intensified by globalization. Brain drain - or the exodus of talented and skilled citizens of a country transferring to usually developed nations for better employment and living conditions - is one problem that has been stepped up by globalization. The Philippine foreign policy of labor diplomacy began in the 1970s when rising oil prices caused a boom in contract migrant labor in the Middle East. The government of dictator Ferdinand Marcos, from the mid-1960s to the mid-1980s, saw an opportunity to export young men left unemployed by the stagnant economy and established a system to regulate and encourage labor outflows. This scenario has led Filipinos to study courses like nursing which would secure them employment overseas rather than in their home country. For more than 25 years, export of temporary labor like nurses, engineers, information technology practitioners, caregivers, entertainers, domestic helpers, factory workers, construction workers, and sailors were sent overseas to be employed. In return, the Philippine economy has benefited through the monetary remittances sent by these OFWs. In the last quarter of 2010, the Philippine economy gained roughly $18.76 billion in remittances which largely came from OFWs based in the United States, Saudi Arabia, United Kingdom, Japan, United Arab Emirates, Singapore, Italy, Germany, and Norway.
Second, the demand for overseas employment by these Filipino professionals has affected the quality of the local education system in the form of fly-by-night, substandard schools which were only aimed at profiteering. A Filipino legislator, Edgardo Angara, once aired his concern over the spread of many schools which offer courses believed to be demanded in foreign countries and the declining quality education. Angara observed that the Philippines has too much access to education versus quality education. For instance, for every five kilometers in this country, there is a nursing school, a computer school, a care-giving school, and a cosmetic school. Angara suggested that lawmakers and educators should find a happy formula for quality education.
Third, labor surplus is another dire effect of globalization. In 2008, the phenomenon of brain drain started to subside in the Philippines. This period was when the United States started to experience a financial turmoil which was contagious, distressing countries around the world which are dependent to its economy. In the Philippines, it has been surmised that the demand for nurses has already died down because the need for them has already been filled. For instance, the United States has decided that instead of outsourcing foreign nurses, they have resorted to employing local hires to mitigate its local problem of rising unemployment. As a result, this incident has receded the phenomenon of a majority of Filipino college students taking up nursing. And the unfortunate result is the labor surplus of nursing graduates. This dilemma which has been caused by a Third World country such as the Philippines trying to cope with globalization's feature of labor outflows has left Filipinos on a double whammy. Over 287,000 nursing graduates are currently either jobless or employed in jobs other than nursing. Nursing graduates nowadays suffer job mismatch, taking on jobs which are different from their field of specialization like working for call centers, serving as English tutors, if not remaining unemployed because the Philippine hospitals have little to no vacancies at all which are supposed to be occupied by the large number of nursing graduates. Furthermore, these professionals are accepted by hospitals or clinics as volunteers with little to no monetary benefits, or as trainees who are burdened with the policy of forcibly paying the hospitals for their training.
Fourth, a dilemma that globalization has burdened the Philippines is the vulnerability of its overseas workers. For instance, Saudi Arabia, Yemen, United Arab Emirates, and Taiwan, have had no choice but to lay off and repatriate their Filipino guest workers in light of the global financial crisis. Furthermore, the threat of Saudization is a present concern in the Philippines nowadays. Presently, around 1.4 million OFWs in Saudi Arabia are in danger of losing their jobs because the Arab nation is implementing a Saudization program which will prioritize their Arab citizens for employment. To date, with more than 1.5 million OFWs, Saudi Arabia is the country which has the greatest concentration of OFWs. It is the largest hirer of Filipino Workers and has the largest Filipino population in the Middle East. As Saudi Arabia hosts a majority of OFWs, the problem of these Filipino workers losing their jobs and returning to their homeland where employment opportunities are scarce is a national threat. Furthermore, the current national instability in countries like Syria and Libya has threatened the lives of the OFWs, who still have chosen to stay in their foreign workplaces because of economic reasons which they find weightier vis-à-vis their safety.
Finally, globalization has resulted to social costs which involve challenges to Filipino families. Possessing close family ties, Filipino families sacrifice and allocate significant amounts of financial resources in order to support their kin. Filipino parents have the belief that through education, their children are guaranteed with promising futures and achieving decent lives. Thus, given the limited employment opportunities in the Philippines which are unable to support the needs of the family, one or both parents leave to work outside the country. As a result, Filipino children, although their educational goals and well-being are sustained, would have to survive with one or both parents away from them. They would then have to deal with living with an extended family member such as aunts, uncles or grandparents who are left to take care of them. This has deprived Filipino children of parental support and guidance as they are separated from the primary members of their family.
In reality, even though Filipino families have experienced the monetary benefits of a family member uprooting himself from the country to work overseas, this trend has not been enjoyed by the majority of Filipinos. The poorest of the poor cannot afford to leave and work overseas. Also, with volatile market forces, the value of the US dollar which is used as the currency of OFW salaries vacillating, rising gas prices and toll fees in highways, and the continued surge in the cost of living in the Philippines, in general, globalization has precluded long-term economic growth for the country, with the masses suffering a great deal. Moreover, with human capital and technological know-how important to growth, the Philippines suffered with globalization by losing its professionals to the developed countries which, on the other hand, experienced "brain gain".
Indeed, globalization has both positive and negative effects, but in the Philippine case, it is more on the negative. It is justified to say that globalization is an "uneven process" and that most least developing countries did not grow significantly in light of globalization. Those which predominantly benefited are the affluent and powerful countries of the Western world and East Asia.
The Philippines was once considered as the "knowledge capital of Asia", particularly during the 1960s and the 1970s. Its system of higher education was marked by high standards comparable to its neighboring countries, much lower tuition fees, and the predominant use of English as the medium of instruction. The Philippines, consequently, was able to entice students from its neighboring nations, like the Chinese, the Thais, and the Koreans. However, presently, this once upbeat picture has now been replaced by a bleak one because of several problems which has long confronted the system like budget mismanagement, poor quality, and job mismatch, thereby seriously affecting its consumers and end products - the Filipino students. Making matters worse is globalization affecting the graduates of Philippine universities by luring them to choose to work overseas because of the greater monetary benefits vis-à-vis the disadvantage of leaving their families home and not serving their countrymen. Now that the world is undergoing financial turmoil, the Filipino workers would then have to cope with these dire effects of globalization.
Apparently, the Philippines has remained stagnant, as opposed to the goals of increasing equality, rapid economic growth through integration into the global market, and the wide distribution of social improvements in less developed countries. These fruits of globalization, unfortunately, did not trickle down a great deal to the Philippines. Hence, although overseas employment has been a legitimate option for the local workers, it is high time that the Philippine government encourage colleges and universities to provide programs that are relevant to the nature of this substantially agricultural country like agriculture-related courses as these would play a significant role in setting the Philippine economy in motion towards development. The population boom in this country, which is commonly reckoned as among the country's predicaments as the surging number of Filipinos is indirectly proportional to the employment opportunities available, should be taken advantage of by encouraging the surplus of people to develop employment and improve the rural farmlands. Affluent Filipino families who own large conglomerates should also participate in creating more employment opportunities and encouraging dignified labor conditions so as to mitigate the dismal trend of labor migration. Moreover, instead of adopting policies imposed by powerful Western countries like the United States and going with the flow, the Philippine government should work in reinforcing the welfare of its citizens more than anything else. (Sheena Ricarte, August 31, 2011)

A Case For Bilingual Education

According to a 2006 report by the Parliamentary Assembly Committee on Culture, Science and Education in France, "[B]ilingual education based on the mother tongue is the basis for long-term success." Citing many of the known and accepted benefits of bilingualism and biliteracy, the Committee makes the case that bilingual education should be supported whenever possible, to help minorities retain their native language - and moreover increase their potential for higher levels of academic achievement in the process.
Concerns that children who grow up with two languages will either fall behind academically because of it, or are at risk of not mastering either language well, have largely been disproved by research, the committee stated.
"The language which is the vehicle of instruction has a crucial role in that command of it is the key to classroom communication and consequently to pupils' acquisition of knowledge. A great deal of research has confirmed that types of education based on the mother tongue significantly increase the chances of educational success and give better results," they concluded in their report.
What is Bilingual Education?
Bilingual education programs teach speakers of other languages academic subjects in their native language while gradually transitioning them into English-only classrooms. The majority of these programs in America teach to native speakers of Spanish, Chinese, or Navajo. Bilingual education is different from ESL because ESL programs are meant only to teach speakers of other languages English, while bilingual education programs are meant to encourage further retention and development of the native language while teaching English, enabling the child to develop fluent bilingualism and biliteracy.
What are the benefits of Bilingual Education?
Bilingual education teachers generally transition students from the bilingual classroom to the English mainstream classroom over a period of 1-6 years. This can be beneficial for one because it allows the students to continue their own academic advancement while learning the dominant language, whereas students who must learn a language and other academic subjects in that language often fall behind. By teaching children academic subjects in their native language while acquiring English, the students learn the language while continuing to progress academically. Furthermore, they become fluent and literate in both languages.
Studies have shown that quality bilingual education can be an effective approach for teaching second language learners. Successful programs have found that developing and maintaining the student's native language does not interfere with English language acquisition, but instead enhance it.
The advantages of bilingualism are not highly debated. Some of the advantages plurilinguals have, cited by the Parliamentary Assembly, include:
• An enhanced faculty for creative thinking
• More advanced analytical skills and cognitive control of linguistic operations
• Greater communicative sensitivity in relation to situational factors
• Improved spatial perception, cognitive clarity and analytical skills
Furthermore, bilingual programs encourage the preservation of a minority group's linguistic and cultural heritage. Children who are put into English-only schools from a young age will greatly lose their mother tongue and culture unless it is taught and frequently spoken at home - however it is all too common for second and third generation Americans to lose their heritage language.
If the benefits of bilingualism are not highly disputed, why is bilingual education highly disputed?
Common arguments and sentiments against bilingual education in America include the following:
Immersion
The argument is that if a person is not totally immersed in the new language, they will not learn it - that immigrant children should be totally immersed in the language and therefore be taught entirely in English right away, instead of learning gradually, because they will not learn as well with a gradual approach. Critics of bilingual education often believe that retaining and developing the first language inhibits the child's ability to learn English. However, bilingual education supporters maintain that retaining the first language will facilitate learning in the second. Opportunities for immersion, moreover, are all around, whereas quality bilingual education opportunities are not.
Insufficient mastery of the English language
Some express doubts about the success of bilingual programs in teaching language-minority students mastery of the English language, citing low test scores and poor reading skills in both English and the native language as a result of the programs. However, low scores can be attributed to the child's social context more than to the effectiveness of bilingual education, according to the 2006 report by the Parliamentary Assembly.
Furthermore, according to a 1987 study commission by the California Association for Bilingual Education (CABE), children in "properly designed" bilingual education programs learn English quickly and meet grade-level standards in English and mathematics in three to five years. The report used data collected from 25 schools in seven California districts to dispute the claim that bilingual programs slow the acquisition of English and keep children out of the mainstream longer.
Bias
Spanish as well as other minority languages have not historically been valued as highly as they should be due to prejudice and xenophobia. One and two generations back it was not acceptable for immigrants or natives to speak a language other than English in school, and parents did not teach their children for fear they would not excel or that it would hold them back. This prejudice still haunts us today.
Fear
In 2010 Tucson Unified School District (TUSD) banned Mexican heritage and cultural study in their high schools. They claimed that the courses were teaching Mexican-American children to resent white Americans and encouraging them to want to overthrow the US government. Although the school was seeing rises in academic achievement, the program was teaching minority students about their culture and not the mainstream one, and so the programs were cut. This closely mimics the battle bilingual programs have faced in America as well.
Insufficient research
Moreover, it does not help that research on bilingual education presents its own set of problems. "Research on the effectiveness of bilingual education remains in dispute, because program evaluation studies - featuring appropriate comparison groups and random assignment of subjects or controls for pre-existing differences - are extremely difficult to design," wrote James Crawford, researcher on bilingual education. Crawford, however, maintains that there is strong empirical support that native-language instruction does not inhibit or slow the acquisition of English, and that well-developed skills in the native language are associated with high levels of academic achievement.
A 1997 press release from a committee of the National Research Council formed perhaps a more well-rounded conclusion. They stated that political debates over how to teach children with limited English skills have hampered bilingual education research and evaluation efforts. The committee recommended that research focus on identifying a variety of educational approaches that work for children in their communities based on local need and available resources. And indeed this availability of resources can be a major concern when talking about constructing quality bilingual programs, as well as the scarcity and demand for quality bilingual teachers.
"In recent years, studies quickly have become politicized by advocacy groups selectively promoting research findings to support their positions," said Kenji Hakuta, committee chair and professor of education at Stanford University. "Rather than choosing a one-size-fits-all program, the key issue should be identifying those components, backed by solid research findings, that will work in a specific community."
If bilingualism has an educational advantage, why don't our schools support this advantage?
Another often disregarded advantage of bilingual education in America is that native English-speaking children can enroll and acquire a second language. America is known for being one of the least dual-tri lingual countries in the world, with a bias toward English-only, while most other countries in the world teach many languages from a young age. The interesting thing is that most Americans would recognize the benefits of speaking two or more languages, although bilingual education remains a highly debated topic.
Bilingual education programs have the potential to help encourage and support plurilingualism in America and ultimately improve our nation academically.
"The view that bilingualism or plurilingualism is a burden on pupils is... incorrect - they are assets," the 2006 Parliamentary Assembly Committee reported. "'Strong' bilingual educational models which aim to equip the future adult with real bi/plurilingual proficiency and, in particular, bi-literacy, have many advantages over 'weak' models which treat bilingualism as an intermediate stage between mother-tongue monolingualism and official-language monolingualism rather than as an end in itself."
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