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Integration of technologies revamping India’s school education sector

Education

The digital revolution has touched every sphere and facets of life including the education sector. Unlike any other sector, the link between digital technology and education is unique and complimentary, writes Jaivik G Pathak, Founder & Owner, Webstar Infracon and Founder & Franchisor, P & V Institute, for Elets News Network (ENN).

Jaivik G Pathak
Jaivik G Pathak, Founder & Owner, Webstar Infracon and Founder & Franchisor, P & V Institute

On one hand, digital technology has become the enabler by redefining the very basics of the sector and altering the rules of the game. On the other hand, today’s young minds will decide the future direction of digital technology as they are going to be the innovators of tomorrow. So, equipping our students is a key to success in the field.

Currently, more than 40 crore Indians use the Internet and this number is likely to get doubled in the next four years. The Government has embarked on a mission to connect 2.5 lakh villages through optical fibre network. The Government is aiming to train crores of Indians in different skills by 2022. It means that digital technology is all set to embrace every moment of our lives. We are already a digital society and are moving towards the knowledge society. It’s time for learning, unlearning and relearning.

Over the years, technology has outdated our conventional theories and practices in education. Blackboards, chalks, textbooks and ink pens are fast turning into the things of the past. Traditional classrooms are giving way to smart classrooms. Students are smart enough to swim with the current trends and they are constantly on the learning curve. This learning will surely continue.

But, for teachers, it’s time for relearning, whether it is pedagogical tools, content or dissemination. They need to update themselves to catch up with students. For the management or school authorities, the task is first unlearning, before learning. The old management theories and best practices are getting outdated with every passing day, because even the traditional infrastructure is slowly becoming obsolete in this virtual world. Going forward, many foreseen and unforeseen technology innovations will disrupt the education sector.

One of the most powerful disruptions will be the rising inclination towards m-learning from e-learning practices. Mobile technology is making education affordable, convenient and more effective. Mobile apps are turning learning a pleasure ride, like negotiating through the twists and turns of an online game. We already see the market being flooded with multiple apps for different categories of studies. Technology is a great leveller, and more so in education. Another big trend to watch out is how fast this will redefine the educational landscape.

Digital technology is making place, people and time irrelevant for learning. As we are moving into a global classroom, rural and urban divide will fade away. With schools interconnected digitally, expertise will matter first. Through telemedicine facilities, tertiary care is now being made available at primary healthcare centres. Similarly, expertise by specialists in big towns now quickly reaches grass-roots levels. Talent, whether in small towns or metros, is able to get support at an equal scale. Even the time constraints in learning will be removed soon and synchronisation—boundless and timeless education—will happen. Another aspect is that parents will also be enrolled into this digital highway and their contribution will be integral for the success of the pupils.

But the two biggest trends to impact education in the near future will be artificial intelligence and Internet of Things—they are already charting the very course of information technology. Virtual reality and augmented reality videos and simulations will make education content more interactive and interesting. Cloud technology is going to make life easier both for students and teachers as documents and files will be stored and accessed easily. This will help managements in a big way, cutting down on infrastructure costs. Similarly, Big Data will make assignments, evaluations, tests and projects more results-driven. In the same way analytics is helping fintech companies, student performance can be improved through Big Data.

Teachers can make use of the data efficiently to monitor and guide students. Augmented reality and virtual reality can make learning exciting, with rich experiences and opening up endless possibilities. Highly engaging classrooms will lead to better results. These can transform the traditional methods of learning, breaking down the walls of classrooms and making students to think out-of-the box and pilot new innovations.

Maria’s Public School: Grooming Future Leaders

school_education

We believe in nurturing innate talent of students and giving a free hand to their expressions, in whichever form they might be, says Nellie Ahmed, Founder and Managing Trustee, Maria’s Public School, Guwahati, in conversation with Elets News Network (ENN).

What are the key strengths of Maria’s Public School (MPS)?

Nellie Ahmed
Nellie Ahmed, Founder and Managing Trustee, Maria’s Public School, Guwahati

The ‘Key Strengths’ of MPS are distributed and diverse in terms of planning and execution of ideas, action plans and activities. The student-teacher bond at MPS is by far the most prominent strength through which ideas and problem solving abilities are nurtured in a space, where expressions, in whichever form they might be, are given space and time to get recognised.

What are the industry best practices that MPS follows?

MPS studies and recognises many best practices of the education industry, and strives to customise them in sync with the vision and mission of the school – ‘Learning Beyond the Classroom’. It is this vision with which the best practices are woven with. Collaboration is by far the most prominent one, through which the school has been able to establish exchange of information, projects with rural schools of Assam and Meghalaya, and has been able to execute collaborative projects with the partner schools within not only Guwahati but also with more than 10 schools across India. Taking collaboration as a best practice, MPS also engages with partner schools in countries like Uruguay, the USA, Brazil, UK, Australia, Jordan, Nepal and Bangladesh. Sustainable partnership is also another best practice through which a local- to- global connect is established by the school. Today, IT is facilitating learning in many ways.

How is MPS using latest IT tools for holistic development of students?

We follow the regular CBSE curriculum for Information Technology and Computer Science which itself is an updated course giving exposure to the latest Computer Languages (BASIC, QBASIC, LOGO, C++, Python, Java, Html) and Technology – My SQL, Visual Basic, Netbeams, SCRETCH, TASK PAINT. MPS has well-equipped labs for the students, right from primary to the senior secondary with around 55 machines in the primary and senior secondary sections. The school also introduces the students to MINDSPARK, an educational tool involving online mathematics curriculum and tests. For this, we have dedicated laboratory which has 50 Laptops equipped with latest proprietary software.

What is the vision and mission of the school for the years ahead?

The primary vision and the mission of the school for the future is overall expansion of the school – which includes upgrade and evolution in the academic, co-curricular and infrastructural development areas. Also, balancing the learning outcomes, critical thinking and problem-solving techniques is the way in which MPS wants to move ahead of the time, along with keeping the student and the teaching community abreast in both competitive and noncompetitive environment.

What steps are being taken by MPS for nurturing life-skills of students?

The concept of imparting education through life-skills has transcended from schools’ earlier activities of engagement of the students to exposing them to a focus on the present-day world’s challenges, where they have to learn the 21st Century Paradigms of life skill training. The students are made to face real-life problems and encouraged to come up with solutions using their own innate talents. MPS is now a ‘Round Square School’, which means that the life skill training is now already upgraded through the ‘Six Ideals of Round Square’– Internationalism, Democracy, Environmental Stewardship, Adventure, Leadership and Service. The sole aim of the MPS Educational Structure is to keep its life skill curriculum adhered to these ideals.

Emerging Trends in Education sector in 2019

By 2030, Global Education and Training Expenditure is set to reach at least $ 10 trillion. Here is a glimpse of emerging trends that will transform/ improve education sector in 2019. Vijaya Pothula, Co-Founder & COO – EdSense, for Elets News Network (ENN).

Vijaya Pothula, Co-Founder & COO – EdSense
Vijaya Pothula, Co-Founder & COO – EdSense

The education sector is set to see strong expansion globally due to  population growth, government support and incentives, inclusion of “Quality Education” as one of the key sustainable development goals of UN, growing importance of adult education and technological and pedagogical changes in teaching and learning.

Artificial Intelligence

The integration of Artificial Intelligence (AI) technologies in education shows no signs of slowing down. While the recent years we have seen AI being used for developing virtual teaching assistants and personalizing learning for a student, as the technology evolves and becomes more commercially viable, we will see AI penetrating other areas in education sector like:

  • AI Driven Assessment: Artificial intelligence-based assessment provides constant feedback to teachers, students and parents about how the student learns, the support they need and the progress they are making towards their learning goals.
  • Remote Exam Proctoring and classrooms: The remote exam proctoring system lets a student to appear for exams from any location. The system can track and monitor remote use using advanced video, image, audio streaming with the intelligence to do analyze if a student is cheating. Remote classrooms will enable students in far corners of the world to attend a class in a school or university in countries. Local players will collaborate with international universities to bring them at an economical price point to developing countries like India.

  • Augmented Analytics: As the world becomes more data driven, AI driven analytics will become a critical tool to improve education and make the institutions more competitive. Descriptive and Predictive analytics will assist in crucial areas like reducing drop-out rates, proactive tutoring , timely intervention for at risk students, understanding content quality issues and content consumption patterns. From a school administrator stand point, data collection and analysis will provide insights which will help them design better curriculum, allocate costs efficiently and make the right investment strategies for a school. We will see an increased investment being made in training educators to develop:
    • Research and analysis skills to let them interpret the AI data and ask relevant questions of the data
    • Collaborative and management skills to work more efficiently with AI assistants and managing the resources effectively

Immersive Experiential Learning

As private players involve in developing mixed reality tools like Microsoft’s HoloLens, Google Expedition and Windows 10’s mixed reality viewer, the lines between real and virtual worlds will blur and the way educators and students engage with content will significantly change. With 5G technologies on the horizon promising lower latency and more robust connectivity, the quality of these tools will continue to grow, expanding their potential to supplement school and higher education.

Also ReadIndian Education Sector Awaits New Dawn — Industrial Revolution 4.0

The upcoming years will see evolved Mixed and Augmented Reality hardware and their integration with mobile technologies to make them more accessible. We will see the rise of mobile educational AR apps for developing simulations, real-time translators, 3D models and AR printable worksheets that educators can provide students to continue their learning at home

STEAM

Over the last decade, STEM Education (learning of science, technology, engineering and mathematics in an interdisciplinary or integrated approach) has become an integral part of schools curriculum to develop future workforce who will lead in innovation and technology. But this led to downplaying of other disciplines like art and creativity. Over the past few years, the STEM to STEAM movement has been taking root and encourages including “Arts” into STEM to truly meet the needs of a 21st century economy.

Also ReadStem Education Catalysing Hands-on Learning

The business and industry now view Design Thinking and Creativity as critical skills to have to nurture innovators, educators, leaders and learners of the future. There will be a need for educators to explore newer curriculum methods and age appropriate design approaches. School administration will need to create an environment that supports successful infusion of STEAM by investing in Smart Spaces and teacher training. There will be an increased focus on producing STEAM starter kits to accelerate design thinking and logic. The demand for teacher training in STEAM will lead to increased development of professional online trainings for teachers. Coding and Robotics will continue to grow in popularity with private sector’s increased participation in developing innovative educational content, providing expert help and transfer knowledge.

Personalised Learning

Personalized Learning has been in the education sector trends for many years now and its popularity keeps growing. But in 2019, we will see increased integration across the globe of personalized learning. EdTech and AI technology has evolved more to cater to personalized learning styles and diverse individual needs. Just in time assessment will assist teachers to intervene at appropriate stages and tailor lesson plans accordingly. Assistive technologies will enable students with learning disabilities to have personal learning experiences and continue mainstream education.

Cost Management

With the increased adoption of EdTech in schools and universities across the world, the school administration will have to strategize and plan their investments accordingly. The next few years will see significant integration of below technologies:

  • Cloud Based Technologies: Education organisations will aim to leverage benefits of cloud based technologies to drive cost savings and operational efficiencies through shared services initiatives.
  • BlockChain Technology: Education sector will look towards utilizing blockchain technology to cut paper and printing costs by digitally storing student certificates and diplomas, cost and labor savings by transferring the control of storing personal data to the applicants, litigation cost savings due to loss of documents and damage.
  • Edge Computing: As schools integrate new tools like AR headsets or connected classroom devices, the demand for computing power and hence cost will go up and this will bring in another aspect called Edge computing. This takes information processing and brings it closer to the source by using edge devices instead of sending information to and from a centralized cloud.AI will assist in diversifying the kind of devices that will act as edge endpoints.

Online Education

According to KPMG and Google study, it is predicted that online education in India is likely to be 2 Billion USD industry by 2021. With MOOCs and e-learning platforms offering reasonably priced certified courses developing in profusion, governments getting involved in recognizing e-learning programs and the rise in validity of digital certificates offered by these organizations, online learning will continue to see an increased adoption in 2019. There will be more focus on developing micro learning, blitz testing, social media mentoring and content curation.

Wellness programs

Schools will invest more in developing and evolving wellness programs within premises to tackle issues like absenteeism, stress and anxiety related disorders and learning disabilities. There is more awareness of physical, emotional and spiritual health impacting learning outcomes and this had led to increased focus on conducting mindfulness and meditation programs for students and educators. There will be increased collaboration between schools and wellness experts to conduct life skills training and keeping the children calm and focused.

Continuous learning programs for teachers

In India, schools are investing up to 20% of their budget on teacher and administrator training. Proving continuing education is a great strategy for Teacher retention and career advancement. The infusion of AI and technology will require the teachers to be equipped with latest knowledge, tools and guidelines on ‘how to deal with the changes’ and educate effectively.

Though, we are terming the above as trends, it will be good if these are long-lasting and greatly assist in positively transforming the education sector over the next few years. As a parent and an educator, this is an exciting time to be a part of the educational landscape and crucial to remain engaged with the latest developments and how they shape the future of our children.

Challenges and opportunities in Indian higher education

higher_education

While there is much talk of Industrial Revolution 4.0, it is important to recognise that India first should endeavour to ensure a basic international standard expected in its Universities or Institutions operating at National, State and Regional level, writes Prof Y V Satya Kumar, Former Dean-Academic Planning & Quality Assurance, Rayat-Bahra University, for Elets News Network (ENN).

rof Y V Satya Kumar
rof Y V Satya Kumar, Former Dean-Academic Planning & Quality Assurance, Rayat-Bahra University

India is at the crossroads of making a leap into a higher orbit and enter premier league of the world based on its strong human resources from a large population and seven decades of sustained efforts to (re)establish itself in various sectors of economic and intellectual activity. Indian universities are finding it difficult to grab a position among top 100 or top 200 Universities of the World. Some of the generic challenges observed are at level of operation or control of these universities or institutions and may serve as an input in prioritising going ahead.

Rich Heritage

India’s Higher Education had its rich heritage starting millennia ago with many universities or centres of learning including:

  • Varanasi in Uttar Pradesh, Nalanda in Bihar (in Northern India);
  • Vikramshila in Bengal, Pushpagiri in Odisha (in Eastern India);
  • Nagarjunakonda in Andhra Pradesh, Kancheepuram in Tamil Nadu (in Southern India);
  • Taxila or Takshasila in Gandhara, Valabhi in Gurata (in Western India);

India had thus formal Centres of Learning with residential programmes much earlier than the opening of universities in the Western Hemisphere starting with Egypt, later in England and then the US.  India’s past glorious learning hubs attracted International Scholars centuries ago.

As it is well known under the British rule, a very deliberate, sustained and successful attempt has been done to do away with this rich heritage of teaching-and-learning in India, so that the Western mode of learning could take root in India and consequent indoctrination and subdual of indigenous knowledge. Thus also the regard for and influence of a teacher, who held utmost importance along with priests and judges in keeping social order and societal value systems, and ethics slowly got withered in favour of the power of money and holders of physical resources.

This does not mean India did not have its own significant contribution to the World body of knowledge by the way of Philosophy, Law, Governance, Mathematics, Astronomy, Physics, Chemistry, Architecture, Materials and Metallurgy with stellar scientific brilliance by Aryabhatta, Ramanujam, Raman among other Indians over last two millennia.  It is no secret that 20th Century’s most significant Scientists in areas of Quantum Mechanics, Atomic Energy and Astronomy like Einstein, Oppenheimer had gleaned insights from age-old Hindu Philosophies on Matter, Space and their Existence and Evolution.

Just as well it is known by now that India had preceded Europe and England with its own contribution in developing sub-fields of Trigonometry and Calculus in Mathematics.

Infrastructure after Independence

Now the overemphasis on modern instruments and experimental methodologies in scientific discovery meant it took time for India to reorient its resources after independence for establishment of Modern Institutions of Learning, Inquiry and Discovery in the form of National Academic Institutions and National Research Labs  (such as IISc, IITs, IISERs, IIMs, NITs, NIDs, NITTRS, AIIMS, NIPERs, NITIE, NIFTs, NIFFT, TIFR, TISS, BHU, AMU, BITS-P, ACSIR, IIST, HBNI, ICAR, CSIR Labs, DST Labs, DAE Labs, DoS Labs, DSIR Centres, DIPP Institutions, UGC-IUC).  Dozens of Central Universities have also been set up along with similar numbers of new IITs, NITs, IIMS and AIIMS in different States in last decade plus alone.

After Economic liberalization in 1991 under the stewardship of Prime Minister Narasimha Rao and Finance Minister Manmohan Singh occurred to overcome a crisis of impending default in balance of payments, India opened up various Strategic and Social Sectors to Private Enterprise in a big way.  This allowed Private Universities (under State Legislature Acts), Private Deemed Universities (under Central recognition), Private Colleges (with affiliation State Govt Universities) and Private Autonomous Colleges to thrive in the last two and half decades in comparatively big numbers (hundreds of Pvt Universities and Thousands of Private Professional Colleges) across all geographies of India.

In part, this happened due to the assessment by the Central Government to steer private investments in higher education, technical education, medical education and management education so as to rapidly increase GER (Gross Enrollment Ratio) to a decent level as India is seen to be lagging its peer countries around the World, much less the Western World.  However this rapid increase of Institutional growth also saw an unintended consequence in some-to-severe dilution of standards of preparation levels of entering Students, curricula, assessment and evaluation processes, Faculty quality and motivation levels, Administration and Governance rigor  and much worse presented a set of continuing Challenges of a new kind to the Central Government.

Categories of Challenges

National Institutions: They are marquee Institutions with most severe competition for admission into them.  They are very well provided for in terms of lab infrastructure, campus amenities, faculty quality, student competence, international reputation, good administrations, broad functional autonomy and requisite Government support.  However, they continue to lag international peers in various ranking systems due to a lack of quantity in Quality Research output, overburdening of their teachers in class load due to severely increased student numbers arising out of regulatory prescriptions for social equity in access, inability to attract sufficient Indian faculty due to massive and continuing brain drain of the best UG, PG and PhD graduates abroad for better economic and professional opportunities and negligible international student enrolments or international faculty on their roles. They are also yet to go for significant linkages and collaborations with local industry and national research institutions in solving problems and issues affecting local and rural populations and innovations for their better future and currently providing a major component human resources for the best of the industry and academia in Western Nations.

State Government Universities: Generally speaking, universities operated by State Governments (i.e. Provincial Governments) corruption in terms of Faculty and Staff Appointments, laggardness on the part of Faculty (in permanent positions until retirement at around 60 years) in being even marginally active in research and displaying strong teaching motivation and caste-based alignments in appointments, affiliations and in governance seem to be important challenges.  These challenges persist despite them providing state subsidized affordable education to meritorious students that clear various entrance exams or other assessment schemes. While Central Government is concerned about their operational efficiency, it is not too easy for them to intervene due to the federal structure of Indian Democracy, where Provincial Governments enjoy a certain degree of autonomy in all aspects. However below-par environments in some such universities along with structures, philosophies and practices have been undergoing serious reform last few years in States like Bihar, Jharkhand, Chhattisgarh with the realization of importance of quality mind-sets and practices with integrity in all aspects of Governance and Administration.

State Private Universities: As already mentioned although they are established in hundreds in last two decades by different State Governments, they suffer from moderate to very serious credibility issues in terms of their operational modalities and implementation effectiveness of processes in meeting expected outcomes. The relative autonomy they enjoy compared to private colleges affiliated to state universities is yet to be fully realised for their long term growth and utilisation of their potential.

Recently, a few of them like Manipal, BITS-Pilani have been given even a much greater degree of autonomy by recognizing them as Institutions of Eminence (along with the National Institutions or of National Importance IISc and IIT-Delhi and IIT-Bombay) based on their decades’ long history of standardized processes and yearning for greater outcomes.  The worst of them are guided only by financial motives for the entrepreneurs that entered education enterprise without any long term outlook or awareness of its complexity and they are also the ones that find it difficult to sustain operations due to poor graduate output that generates a negative feedback for them.

Private Colleges affiliated to Universities/Autonomous Private Colleges: Generally speaking they are yoked to State Govt Universities in all aspects of Curriculum, Admission Criteria and Processes, Assessment and Evaluation Patterns, Exam Conduct and with some oversight in appointment of Faculty.  Despite such stipulations some or many of these Colleges are underperforming and unable to attract sustainable enrolment and each year hundreds are being closed by Statutory Councils due to severe concerns of overall quality, staffing strength, graduate employability or knowledge levels.  Autonomous Colleges enjoy a better autonomy than affiliated Colleges and the best of them are given Autonomous Status upon meeting certain criteria. The problem of corruption in State Universities naturally flows into the affiliated Private Colleges

All the pieces of the puzzle in terms of diversity of institutions, diversity of knowledge domains, aspirational population, motivated teachers, researchers and students, general regard across World for Indian Education and Innovation Systems and Government eagerness to launch India into full-fledged modernity are in place.  Now it is high time for India to overcome all issues obstructing that destiny by way of avoidable compromises due to social, fiscal, operational, ethical and value-based considerations and achieve excellence and recognition that are overly due. For India to regain its Formal Glory, collective, concerted and synchronized efforts are required from all Stakeholders.

CBSE release 10th, 12th board exam date sheet, check schedule

The Central Board of Secondary Education (CBSE) has released the date sheet for Class 10 and 12 board exams to be conducted in 2019. The CBSE board exams of class 10 will begin from February 21 whereas class 12 board exams will commence from February 15, 2019.

The board exams for the two classes will be conducted in the morning session: from 10.30 am to 1:30 pm.  Students must be at their respective exam centres an hour before as the answer books will be distributed at 10 am and question papers at 10:15 am.

The students can check the date sheet below. The entire schedule is also available at the official website: cbse.nic.in

 

CBSE Class 10 Date Sheet

Thursday, February 21: e- Publishing and e- Office

Friday, February 22: Painting

Saturday, February 23: Hind.Music Mel.ins

Monday, February 25, 2019: Hind.Music Vocal

Wednesday, February 27, 2019: Carnatic Music Voc, Carnatic Music (Melins), Hind Music Perins, National Cadet Cor Hind Music Perins, Elem. of Business, Elementary Book Keeping and Accountancy, Dynamics of Retailing, Security, Automobile Tech, Introduction to Finance Markets, intro to Tourism, Beauty and Wellness, Basic Agriculture, Food Production, Front of Office Opera, Banking and Insurance, Marketing and Sales, Health Care Services

Saturday, March 2: Info Technology

Tuesday, March 5: Urdu Course-A, Punjabi, Bengali, Tamil, Telugu, Sindhi, Marathi, Gujarati, Manipuri, Malayalam, Odia, Assamese, Tibetan, German, Russian, Persian, Nepali, Limboo, Lepcha, Telugu-Telangana, Bodo, Tangkhul, Japanese, Bhutia, Soanish, Kashmiri, Mizo, Bhasa Melayu, Rai, Tamang, Sherpa, Thai, Urdu Course-B

Thursday, March 7: Mathematics

Saturday, March 9: Kannada, Arabic, French, Gurung

Wednesday, March 13: Science-Theory, Science practical

Saturday, March 16: Sanskrit

Tuesday, March 19: Hindi Course-A, Hindi Course-B

Saturday, March 23: English Communicative, English Language and Literature

Monday, March 25: Home Science

Wednesday, March 27: Foundation of IT, Info and Comm. Tech

Friday, March 29: Social Science

CBSE Class 12 board exams Date Sheet

Friday, February 15: Hind Music Melins, Office Procedure and practices, Olericulture, Garment Construction, Textile Chemical Processing

Saturday, February 16: Carnatic Music Melins, Bharatnatyam dance, Odissi dance, Mohiniyattam dance, Agriculture, National Cadet Corps, Office Communication, Applied Physics, Food and beverage- Cost and control, Laboratory Medicines, Retail Operations, Information Storage and Retrieval, Advance Front Office Operations, Cost Accounting, Marketing, Derivative Marketing Operations, Basic Pattern Development, Shorthand English, Shorthand Hindi, Ac and Refrigeration II, Child Health Nursing

Monday, February 18: Carnatic Music Vocal, Knowledge Tradition and Practices, Engineering Science, Mechanical engineering, Basic concepts of Health Disease and Medical Terminology, Food Services, Geospatial Tech, Clinical Biochemistry and Microbiology, Retail services, Library Science and Res Management, Front office Operations, Travel, Basic Horticulture, Bus Operation and admin, Design nad Innovation, Financial Accounting, Salesmanship

Wednesday, February 20: Hindustani Music, Fashion Studies, Floriculture, Taxation,. Insurance, Auto Engineering, Printed Textile

Thursday, February 21: hindustani Music Vocal

Friday, February 22: Health Care Management, Capial Market operations, Electrical Machine

Saturday, February 23: Banking, Autosh Rpr, Holistic Health, electric Appliances

Monday, February 25: Mass meddia studies, Evaluation and forms of Mass media

Tuesday, February 26: Food Prod-III, typography CA- English, Typography CA Hindi

Wednesday, February 27: Food Productions-IV, Web Applications

Saturday, March 2: English Elective, English Core

Tuesday, March 5: Physics

Wednesday, March 6: Accountancy

Thursday, March 7: Geography, Biotechnology

Friday, March 8: Punjabi, Bengali, Tamil, Telugu, Sindhi, Marathi, Gujarati, Manipuri, Malayalam, Odia, Assamese, and other regional languages

Saturday, March 9: Hindi Elective, Hindi Core

Monday, March 11: Sociology

Tuesday, March 12: Chemistry

Thursday, March 14: Business Studies

Friday, March 15: Biology

Saturday, March 16: Painting, Graphics, Sculpture, Commercial Art

Monday, March 18: Mathematics

Tuesday, March 19: Political Science

Saturday, March 23: Sanskrit Elective, Legal Studies, Sanskrit core

Monday, March 25: History

Tuesday, March 26: Urdu Elective, Kathak Dance, Urdu Core

Wednesday, March 27: Economics

Thursday, March 28: Informatics, Computer Scienvce

Friday, March 29: Psychology

Saturday, March 30: Physical Education

Monday, April 1: Engineering Graphics, Home Science

Tuesday, April 2: Philosophy, Entrepreneurship, Human Rights and Gender Studies, Theatre Studies, Library and Info Science

Wednesday, April 3: Multimedia and Web, intro to Hospital Management.

Along with the above lists, the board has already released a list of vocational subjects, exams for which are scheduled to be conducted from in February and March 2019.

Apart from the 40 different vocational subjects, the board will conduct exams for Typography and Computer Applications (English), Web applications, Graphics, Office Communication, etc in February as these subjects have a larger practical component and shorter theory papers.

Computational Thinking for Young Learners

Computational_Thinking

Purposeful introduction of computational thinking during early education can be applied throughout our lives to incredible effect, Shalini Jaiswal, Director – Academic, Training & Teacher Education, Maple Bear South Asia, for Elets News Network (ENN).

Shalini_Jaiswal
Shalini Jaiswal, Director – Academic, Training & Teacher Education, Maple Bear South Asia

Jean Piaget is one of the most influential figures in cognitive psychology and best known for his descriptions of children’s cognitive development. His work led to a paradigm shift in education. He fostered the more enlightened view that children think differently than adults and that they need the opportunity to construct their own. They have creative minds that allow them to think outside of the box.

Why teach ‘Computational’ Thinking to young children?

Computational thinking is a way of thinking that lets us break down big, complex problems into smaller ones, thinking one step at a time. At the early childhood education level, it helps children to be articulate and think logically: when they start breaking down what’s happening, they can start predicting what’s going to happen. It helps them start thinking in a manner where they are able to find multiple approaches to problem-solving and then identify the approach that best fits the solution. Computational thinking enables children to think laterally when faced with a problem. Skills supported by computational thinking, include:

  • Confidence in dealing with complexity
  • Persistence in working with difficult problems
  • Tolerance for ambiguity (crafting viable solutions in the absence of a step-by-step guide)
  • The ability to deal with open ended problems
  • The ability to communicate and work with others to achieve a common goal or solution

It is for these reasons that computational thinking has forged a reputation as a powerful universal problem-solving technique: not just in prepping young learners for coding, but also in helping them navigate the world at large.

Maple Bear South Asia has become the first to introduce Computational Thinking at the preschool level across its schools in the region.

Looking ahead

Introducing children to the concept of computational thinking develops their problem-solving skills, encourages collaboration and nurtures children’s creativity. As an unbelievably valuable thinking tool – perhaps the thinking tool of the 21st century – and one that can be applied throughout our lives to incredible effect, it’s time we give it a thought!

New Educational Trends in 2019

New Educational trends should focus at learner driven curriculum. Innovative teaching pedagogies should be crafted to facilitate joyful learning to create a passion amongst the students for learning, observes Neeti Kaushik, Principal cum Director, Mount Olympus School, Malibu Town, Gurgaon, for Elets News Network (ENN).

Neeti Kaushik, Principal cum Director, Mount Olympus School, Malibu Town, Gurgaon
Neeti Kaushik, Principal cum Director, Mount Olympus School, Malibu Town, Gurgaon

Education should be rooted, leading to new ways and exploring the unexplored. Clay P. Bedford, the US based industrialist has rightly said, “You can teach a student a lesson for a day; but if you can teach him to learn by creating curiosity, he will continue the learning process as long as he lives.” It is imperative to present learners with multifarious opportunities to holistically groom their personalities. We live in the most remarkable times for teaching and learning.

Technology revolutionized the way we approach education. It’s no longer about accumulating knowledge and solving tests. It’s about actual learning. Digital learning makes it possible to inculcate excellence in lessons that enable the students to get the best education and creates a lifelong passion for learning.

“Tell me and I forget, teach me and I may remember, involve me and I learn,” a leading author, politician, scientist, civic activist, and diplomat Benjamin Franklin once said.

Futuristic and divergent thinking should be the focus of the curriculum. It is a very gratifying experience to see children- the future leaders be taught to be pioneering and good decision makers right from the beginning.

Interdisciplinary teaching is another model of teaching that not only helps in engaging students constructively but also helps them to develop knowledge, problem solving skills, self-efficacy and a passion for learning.

Also ReadEmerging Trends in Indian Education Sector

The teachers should invest time and their expertise in adding a spark of creativity coupled with experimentation for combining various units across different subjects in this type of teaching learning method.

Reading program through digital libraries should be encouraged especially for reluctant readers.  Programmes should be fashioned to enhance all round reading habits. Rewards to read, positive reinforcement like reader of the month etc. are a few ways that help create voracious readers.

Real education happens when children are given freedom to explore, question, observe and infer from their surroundings along with classroom teaching. Including Field trips in the curriculum provides the learners with an opportunity of experiential learning. It helps them learn basic etiquettes, decorum and appropriate behaviour at public places.

Resource material used by the teachers should be more vibrant and useful. Novelty in the teaching learning process will go a long way in creating a passion in the mind of young learners to explore more and learn more.

This brings us to a conclusion that digital learning mingled with innovative classroom teaching is the need of the hour. Most schools are adopting technology with alacrity and integrated learning solutions facilitate learning process anywhere and anytime. (Views expressed by the author are a personal opinion.)

Need for smart schools in rural areas

education

Though the majority of the population is well aware and informed about the importance of education in a person’s life still there is not been much effort taken by the government to make education compulsory in all parts of the country especially the rural areas, Dr Ginu George, Assistant Professor, Department of Commerce, Kristu Jayanti College, Bengaluru, for Elets News Network (ENN).

Dr Ginu George, Assistant Professor, Department of Commerce, Kristu Jayanti College, Bengaluru
Dr Ginu George, Assistant Professor, Department of Commerce, Kristu Jayanti College, Bengaluru

Education is the most important part of a person’s life where they get an opportunity to learn and experience many new things. This phase of a person’s life is a time when personality gets shaped; confidence is built and prepares for the future. Education also results to increase in social status, social health, economic growth and helps the nation as a whole.

When compared to 10 to 15 years ago, one cannot deny the fact that education system has improved to a great currently. However, if we look at education system as a whole with current developments, it still is far behind in villages or in rural areas of India. Condition of educational institution in rural areas of India is almost same, there are schools operating but quality of education, facilities, teaching methodology are below average and outdated.

Hence it is important to concentrate and efforts need to be taken in improving the quality of education. One such way which helps in improving the quality of education is by introducing smart schools in rural areas.

Smart school is a concept which uses technologies or some modern equipment in the classrooms which enables in giving better learning experience to the students. This also helps in attracting more students to school and also will help in reducing school dropouts. Introducing smart school systems will helps in making education more interesting as everything will be taught with images and videos which make the class more interactive and learning.

Though there are some practical difficulties in introducing smart schools in all schools in rural areas immediately, at least efforts need to be taken to introduce it in few schools. This will helps in creating more interest among children’s in rural areas and as mentioned it leads to experiential learning.

Every child in India has a right to quality education; hence government has to take initiative to provide education with best and latest teaching methodologies.

Effective education system – A must for nation building

education system

Dr Prabhakar GuptaEducation in India today is nothing like it was in Pre-Independence and Post-Independence Era. Education System in India today has undergone a great metamorphosis and posed before us abundant reasons to think and ponder over this drastic change, writes Dr Prabhakar Gupta, Dean Academics, Shri Ram Murti Smarak College of Engineering & Technology, Bareilly, for Elets News Network (ENN).

What is the meaning of education? It simply means knowledge of letters. It is merely an instrument, and an instrument may be well used and abused. The same instrument that may be used to cure a patient may be used to take away his life, and so may knowledge of letters — Mahatma Gandhi once said.

The present education system unfortunately presents the weirdest state of millions of average children with an incredible potential, but who are paralysed by the fear of unforeseen challenges in near future. Securing good grades is not a problem but allowing grades to dictate one’s life is. This defeats the whole purpose of education which is meant to build and nurture the society, not to destroy.

The System is oriented more towards teaching & testing knowledge at every level. Mugging based knowledge acquisition that provides little or no room for questioning has gained momentum over the years.  It’s ironical to know If one is never been allowed to ASK or derivate then how we can expect any opinion to be formed. It’s quite thoughtful that what should be changed in Indian education system? What needs to be fixed at the earliest? These are plethora of small yet effective changes that can be implemented to improve our present ailing education system.

The Indian system of education is built on the presumption that if something is good for one child; it is equally befitting for others too. This prevailing dogma is to be eradicated and more transparent yet innovative teaching should be started with SEE, TOUCH & FEEL method for developing mind of a child. The more they visualize the more correct they can produce the answers. How can you tell that the ice is COLD without feeling the ice? This is so because some people are visual learners and others are auditory learners & still some others learn faster from experiments. Students these days have terribly short attention spans and hence gauging their interest seems a pressing problem.

Till Class one, no books no homework should be allowed & let the kids grow naturally in sync with the nature. Homework should be given to make them responsible and answerable.

Focus on the development of intrapersonal & interpersonal skills should be giving for overall development. Dance, dramas, role plays and involvement in other artistic activities help to develop these skills at every stage.

Learning has become rotten these days. Memorizing is of no help. Education should be such that they can use it practically in their future careers & not just for passing entrances. Knowledge transmission must last for long and create a reservoir of learning for lifetime.

For most of us education is just a means to an end. The student must be given a clear view of the opportunities in early phase of their education life. Meritorious students/eligible candidates must be shown a directional pathway to explore career opportunities in their chosen domain.

Relevant practical sessions should be conducted. Our testing & marking system needs to be rebuilt to recognize problem solving skills, creativity & original contributions. Practical knowledge is more useful than rattant vidya.

Also readInnovation Transforming Indian Education System

Since the teachers are half time parent to our children, the teacher’s curriculum needs to change so that they are capable to deal with different issues. For the teachers, regular training and behavioural studies should be made important. It is a high time to encourage a breed of versatile and dynamic teachers who not only lead at teaching platforms but act as facilitators and motivators in transforming the juvenile minds of today.

Let’s try to BEGIN with these baby steps and see the results.

  • All subjects should not be compulsory for everyone. There should be a system in which the kids can choose their favorite subject. Also their progress should be made subject wise. If someone is good in a particular subject, he should be allowed to go for advanced level.
  • Extracurricular activities should be given equal importance.
  • Kids should not be encouraged to take up studies as a burden rather they should be groomed enough to enjoy while learning. Learning must be facilitated with fun and ease so as to receive better outcomes.
  • Our present education system lacks realism and application. It’s time for the educationists to implant some life in the system by linking the conceptual aspect with real-life experiences. For example, students must be taught the management of money and people because these two are the life blood in current era that nobody in practical life can escape.
  • Another important factor to be considered in imparting academic excellence is building attitude towards education. Schooling should deem as vital to a child’s future; competition is fierce and college degrees must be considered an element of social status. This will generate desperation in both the child and parent to succeed.
  • We should also stop defaming those who have worked hard to become the successful role models our country surely needs.
  • For education to become a priceless commodity, it must be respected, meticulous and globally competitive. We must value traditional, respected subjects, but also embrace new technology.

We must evolve a system that is not meant to program the mindset of a kid. Children have to be educated, but must be given space to educate themselves. A true education system must be crude to the process of nation building.

International practices in assessment and accreditation at higher education

higher_education

The higher education sector is always fuelled by ever growing demand for capabilities and competencies and has to respond in novel ways to meet this demand, writes Dr Chandrani Singh, Director-MCA, Sinhgad Institute of Management and Head-Placement, Sinhgad Management Institutes, for Elets News Network (ENN).

Higher education, research and development, innovation plays a vital role in supporting social interconnection and interrelation, economic development and global competitiveness backed by any economy’s desire to become increasingly knowledge-based.

Dr Chandrani Singh, Director-MCA, Sinhgad Institute of Management and Head-Placement, Sinhgad Management Institutes
Dr Chandrani Singh, Director-MCA, Sinhgad Institute of Management and Head-Placement, Sinhgad Management Institutes

Higher education systems across the world in developed and developing countries have been experiencing variations that are highly interconnected. Most significant among them, is the infiltration of private service providers in higher education segment over the last two decades, particularly within the developing countries. With massification, internationalisation and commodisation of Higher Education along-with globalization of professions, Higher Education Institutions have been facing stiff competition and they are being propelled to deliver qualifications recognized in the international labour market and enforced to establish comparable educational standards and quality assurance systems.

With the advent of Higher Education’s (University/ Institutes) cross border initiatives,an international market of accreditation services is also emerging giving shape and form to a consistent quality assurance framework in line with national policies for Higher Education and establishing benchmarks for the same. Hence the very task of setting up of accreditation systems and bodies at national and international level to rank and recognize Universities and Institutions for meeting the minimum acceptable standards through inspection and assessment has taken top priority amongst the national policy makers as Education takes a centre stage in today’s world.

Much as in Europe, the Bologna Process implemented by European Union was the driving force for the national governments of EU countries to establish quality assurance systems, along with  initiatives for regional integration and creating dynamics for external quality assurance.

In the US, the assurance and accreditation process is independent of government and performed by private bodies. The US Department of Education and Council for Higher Education and Accreditation, a non-governmental organisation recognises reputed bodies that act as accreditation agencies for educational institutions of various categories. The eligibility of these accrediting bodies range from their links to federal programmes, their geographic scope and experience, application of standards in reaching an accrediting decision, monitoring, revaluation, enforcement, and review of standards and  finally to the standard operating procedures adopted by these accreditors.

Citing a few agencies in the discipline of engineering and technology, its noteworthy to mention that the most well-known accreditor in US for applied science, computing, engineering, and engineering technology is Accreditation Board for Engineering and Technology (ABET) which is a non-profit and non-governmental accrediting agency andis recognized by US Department of Education and CHEA (Council for Higher Education and Accreditation). ABET accreditation provides assurance that a college or university program meets the quality standards established by the profession for which the program prepares its students. Generally it caters to degree programmes which institutions operate and which are recognised by national or regional institutional accreditation agencies or authorities worldwide.

Similar approved agencies exist in US for law, medicine and architecture etc. Shifting focus to the governance of quality assurance by individual nations in higher education, it has been observed that Norway manages it at the institution level. This is the reason why the Norwegian EQA system has adopted an audit approach that evaluates institutional capacity to manage quality while the France considers attaining transparency and formulating joint initiatives in Higher Education through assurance.

A throwback on the assurance process dates back to the nineteenth century when German Research Universities started setting new benchmarks which was later imitated by American Universities. John Hopkins the most sought after university in the US had evolved around the German Model and is recognized as the most premiere research University today. While the formalisation of the accreditation agencies happened in US between 1885 and 1895 due to considerable increase in student enrolment, Philippines which was for a long time under the Spanish and American rule and already had a set legacy built around the American Higher Education Structures, in 1951 decided to establish a system of common standards for Catholic institutions.

India on the other hand was struggling to keep pace with the growing diversification of institutions. With universities increasing in numbers from a meagre 30 to 300 plus in fifty years’ time-span and the count of private higher education service providers reaching a whopping 15,000 plus owing to shift of funds from higher to basic education, there was an urgent need for setting quality standards and benchmarks. Preparatory work for the establishment of an accreditation system was carried out within the framework of the National Policy on Education (1986 and 1992), which culminated in the creation of the National Assessment and Accreditation Council (NAAC) in 1994.

In Columbia the scenario was the same as in India and the accreditation system creation got a strong support from World Bank. Hungary saw a shift from a rigid beauracratic control to content control due to political changes in early 90’s with many private education players coming to the forefront necessitating the requirement of an accreditation system which subsequently got funding from the World Bank. With the national policy makers of higher education systems realising the importance of accreditation systems, there was a great deal of speculation on how to define accreditation. Whether it should serve the fitness of purpose or that it should have predefined standards, should the system ensure whether minimum standards be followed or should it focus on continuous improvement to the existing standards. Also, there was conjecture on its applicability to subject, programme and Institution.

The American approach has taken a shift from fitness of purpose to predefined standards with institutional and programme accreditation and worldwide the same concept is followed with a little variation here and there. Accreditation is judged to have the desired impact if kept on a voluntary mode.

The European Union in alignment to the goals of Bologna reforms considered quality assurance in higher education as one of the prime goals and had authorised European network for quality Assurance in Higher Education (ENQA) to develop an agreed set of standards, procedures and guidelines on quality assurance and an appropriate mechanism for peer review system for quality assurance. ENQA in association with EUA, EURASHE, the National Unions of Students in Europe (ESIB) and the European Commission considers four positions very critical with respect to the quality assurance i.e. the  interests of students ,employers and the society at large  to receive good quality higher education in addition to the responsibility that the governments and institutions for higher education own.

The importance of institutional autonomy and associated accountability, the need for external quality assurance and its balanced imposition on institutions for achievement of its objective and the interest of countries and institutions importing cross-border study programmes for higher education. The guidelines evolve around making provisions for internal quality assurance units within Institutions performing periodic review of the standards followed, external quality assurance with peer reviews reporting, participation of all relevant stakeholders and publishing of the results basically to inform and raise the expectations of all stakeholders with regard to the higher education outcomes and provision of a common frame of reference. Going into the details of the approaches adopted by the agencies they can be differentiated as enhancement-oriented (very few countries follow)  as they focus on the strengths and weaknesses of a programme or an institution, resulting in endorsements for progress, accreditation approaches, which gauge whether a programme or an institution meets specific standards and audits  which focuses on the assessment of the internal quality assurance system of an institution by underlining its strengths and weaknesses. Most assurance systems apply an ordinal measurement scale to rate the different quality criteria as well as for the overall rating. Scales are set in such a way that the best value refers to compliance with a standard, for other scales a standard can be exceeded. Generally the outcome of such an assessment is the continuation of running the programs/institutions.

Quality Assurance  of Bologna Process is the Qualifications Framework which acts as an instrument and forms the base for improvement of quality of the qualification with regard to skill, knowledge, personal and professional competence within a country and as well internationally. Several member states of the Bologna Process have already established a qualification framework. Germany has a national framework for higher education in alignment to the European framework. The qualifications framework covers from school to doctorate across eight levels referring to learning outcomes with inclusion of appropriate credit transfer system, as well as a set of common principles and guidelines for co-operation between stakeholders at different levels that focus on quality assurance, validation, guidance and key competences.

With regard to assurance by agencies, Bologna ensures the reviews to be cyclical after a period of every five years with proper reporting and documentation for public scrutiny. In addition EU, COM and ENQA favour a European Register(ESG Compliant), chaired by a European Register (EQAR) supposed to be responsible for the accreditation, supervision and re-accreditation of the agencies, and for deciding if an agency will be admitted to the Register. This concept has strong opposition from France, Germany, Italy and Poland. Moreover, the Bologna Process favours the principle of networking rather than of central rules in which national systems to be combined with a centralized capacity, while avoiding confusion of responsibilities to remain aligned to the standard norms of assurance.

Germany has around more than ten accreditation agencies listed and recognised by Akkreditierungsrat or the Accreditation Council. The accreditation of Engineering and Technology programmes in United Kingdom is done by Institution of Engineering and Technology licensed by Engineering Council and recognised worldwide as an assessor of quality in line with the Washington and Sydney accords, governed by the International Engineering Alliance (IEA). The Washington accord is an international accreditation agreement for engineering degrees which recognizes the equivalence of the programs or the degrees accorded and those accredited by agencies of the countries who are authorised signatory of this agreement. It encourages and facilitates the mobility of engineering graduates and professionals at international level.

Presently, there are twenty permanent signatories and five provisional signatories associated with Washington Accord.While the Washington Accord is an international agreement between bodies responsible for accrediting engineering degree programmes, the Sydney Accord is for accrediting engineering technology academic programmes and Dublin Accord is an international agreement establishing the required educational base for engineering technicians.Accompanied with the accreditation and quality assurance is the ranking of the Universities  and the concept of university rankings across the globe took prominence in 2003 when few researchers in China produced the Academic Ranking of World Universities to ‘benchmark’ Chinese universities against top universities worldwide.

The trend of ranking and recognition became prominent with the impact of globalisation, increased mobilization of student and staff, marketisation of higher education, and the advancement of digital media. By 2014 there were ten global rankings that were identified and in Europe it gave rise to a multi-dimensional EU-funded university mapping and ranking project – U-Multirank with an aim to identify centres of excellence. While Global rankings primarily apply research based criteria for which data are available, Quality Assurance tends to focus on teaching and learning for which data have to be collected hence inferences are derived from qualitative data which are presented in a self-assessment report drafted by the HEI, verified by an external peer review, and published in an external assessment report. But rankings are often constrained by the reliance on a single data source, the focus on publications and citations, the exclusion of certain academic fields and student surveys and very vague differences between ranked institutions.

Coming back to the topic of discussion i.e. evaluation, accreditation and quality assurance of Higher education institutions and programmes three essential standards have been divided into three sections:-Internal quality assurance, external quality assurance  and  quality assurance agencies. The standards for internal quality assurance enforce that each university/institution should have a policy for assurance and that should be an essential part of their strategic management with enforcement of this policy through appropriate structure and intervention. Under this section an Institution is required to design its programmes which should meet the stakeholder’s perspectives and should encourage student centric learning outcomes and the qualifications should align themselves to the NQF. Moreover, as per the mandate student admission, progression, recognition and certification should be aligned as per various regulatory norms or published rules.

Desired competencies of teachers are required across all levels hence recruitment, retention, development and appraisal have to be as per norms.  Readily accessible learning resources and a strong funding base ensure robust support for student and staff. Institutions should ensure accurate collection and up to date publication of information. On-going monitoring and periodic review of programmes by Institutions is a necessity to guarantee that they attain the purposes set for them and react to the needs of students and society. Institutions need to undergo external quality assurance on a recurring basis.

The second section sets mandates for external quality assurance which addresses the effectiveness of internal quality assurance and self should be fit for purpose to achieve the desired objectives, be reliable, and useful and should accommodate stakeholder’s intervention.An external quality assurance process involves site visits, evaluation and reporting based on explicit and published criteria. Published documents should be made accessible to the academic community, external partners for decision making. Complaints and appeals processes should be clearly defined as part of the design of external quality assurance processes and communicated to the institutions.Finally is the mandate to ensure quality assurance of the Quality assurance agencies.

Explicit goals and objectives should be a part of their publicly available mission statement.Agencies should confirm to the participation of stakeholders in their governance and tasks. Legal recognition of these Agencies as quality assurance agencies by competent public authorities is a directive for these authorities. Independence, thematic analysis, resources, and professional conduct should be adequately represented by these agencies and cyclical external review of agencies at least should happen once in every five years. So every country across the world for Higher Education segment has adopted these three processes with variations here and there. Some examples are Sweden where responsibility lies with NAHE for accreditation of Institutes and Courses and national evaluation of subject areas whereas in Finland. The Finnish Higher Education Evaluation Council (FINHEEC) is an independent expert body assisting universities, polytechnics and the Ministry of Education in matters relating to evaluation. In Denmark, the responsibility of accreditation and assurance lies with the Danish Centre for Quality Assurance and Evaluation of Higher Education responsible for evaluating all higher education programmes at university and non-university level on a regular basis.

Vietnam whose system has been redesigned twice in the last two hundred years and here the two national universities one in Hanoi (VNU–Hanoi) and one in Ho Chi Minh City (VNU–HCMC) directly under the prime ministerial government enjoy the power of assuring quality of all other universities and institutions based on nine subject categories and forty three evaluative criteria.

In Iran the process of assessing and evaluating quality began in 1996 with self-evaluation of the departments on a pilot mode and then scaling upto the institutional level. In Australia the national protocol for quality assurance deals with the National Protocols deal with standards and procedures for the establishment and acknowledgment of universities procedure of overseas higher education institutions ,accreditation of higher education courses offered by non-self-accrediting institutions  and approval of courses for overseas students.

National Institution for Academic Degrees and University Evaluation (NIAD-UE) of Japan is a certified organisation by MEXT as an appropriate body to carry out a fair process describes quality assurance as a cumulative of ex-ante regulations and third-party accreditation and evaluation. Malaysia on the other hand has implemented The Malaysia Quality Evaluation which rates across six tiers and the Qualifications Framework is applied to all private and public HEIs. The Malaysian quality assurance and accreditation Code of Practice has three levels across which quality is ensured i.e. programme accreditation, institutional audit, and self-accreditation.

So in nutshell, quality is perceived as excellence, fitness for purpose, zero error attainment, and as transformation and threshold and in order to assure quality in one form or the other the Higher Education Sector in each country across the globe is trying to achieve their respective objectives and goals to support universities and national higher education systems in their efforts to deal qualitatively with trade-offs between providing good instructional quality and ensuring return on investment to their owners and shareholders. (Views expressed by author are a personal opinion.)

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