International Education – Foreign Student – Value

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The value of international education and international students, tangible and intangible, is egregiously under – estimated by the application of a narrow ‘white nativist’ or politically opportunistic prism that ignores inconvenient facts and dynamics.

Many Australians of Anglo Irish heritage focus too much upon international students described as ‘immigrants’, their potential for permanent residency (with significant hurdles) and demands for same ‘foreign’ students to return home in support of their home country.

Conversely same qualifications are used by Australians internationally, many of the same gain other residency or even dual citizenship, yet there are no demands for the same e.g. to return home and/or pay back fees?

This dynamic is simply a reflection of increasing geographical and social mobility (taken for granted in the EU) for all in the developed and many in the less developed worlds for whom higher education and/or technical skills and languages improve their lives and others’.

Meanwhile too many narratives from our mono-cultural political, media and social elites seem about creating ‘us vs them’ for voters, and worse, deep seated Nativist or colonial ideology.

Global population is expected to peak mid-century whereby there may be increased competition for people, with sub-Saharan Africa being the only place with population growth and significant younger demographic cohorts.

Late news: The U.K. has announced the re-introduction of post graduate work visas for international university graduates.

Australia should try to keep more international students who are trained in our universities

Jihyun Lee – September 13, 2019 6.02am AEST

Australia’s education system takes almost one in ten of all international students
from countries that are members of the Organisation for Economic Co-operation and
Development (OECD).

That’s according to the latest Education at a Glance report from the OECD.
But Australia should do more to retain some of those students after graduation or it
risks losing good talent overseas.

A degree of talent

The OECD report says Australia’s higher education sector is heavily reliant on international students. They represent about 48% of those enrolled in masters and 32% in doctoral programs.

This is partly due to a lack of interest among Australians in pursuing higher-degree study compared to other countries, about 10% in Australia versus 15% across OECD countries.

International students make up 40% of doctoral graduates in Australia, compared to 25% across OECD countries. That’s higher than the US (27%) and Germany (18%), the other two popular destinations for international students.

Australian students are not choosing some STEM (science, technology, engineering and mathematics) subjects as much as those in other OECD countries. For example, only 17% of adults (aged 25 to 64) with a tertiary degree had studied engineering, manufacturing and construction.

Other comparable industrialised countries such as Sweden (25%), Korea (24%), Japan (23%) and Canada (21%) are obviously doing better.  This trend appears to be getting worse because the proportion of new students entering STEM-related bachelor degree programs is lower in Australia (21%), compared to 27% across OECD and partner countries.

While the government here provides for up to four years of post-higher-degree stay for international students, it is inevitable that Australia faces a drain of foreign-born specialists who were educated in Australia.

In 2017, the Australian government granted permanent visas to only 4% of foreign students and temporary graduate visas to only 16% to live in Australia after completing their study. It is obvious then that many international students return home after they study in Australia.

What can the Australian government do?

We need to provide better incentives for those who complete a higher-degree program, especially in the STEM areas, to stay on in Australia.

The OECD’s report says people who studied information and communication technologies (ICT) and engineering as well as construction and manufacturing will continue to benefit greatly from strong labour-market opportunities everywhere in the world.

Australia can do better in attracting younger generations to be trained in the STEM area at higher degree levels. We then need to try to retain more of the foreign-born higher-degree holders rather than sending them back home.

Being afraid of an influx of Chinese or Indian students who will contribute to development of innovation and technological changes in this country should become a thing of the past.

Good news for Australia’s education

The Education at a Glance program aims to give an annual snapshot of the effectiveness of educational systems – from early childhood to doctoral level – across all OECD and partner countries.

At almost 500 pages, the 2019 report does contain some good news for Australia. Australia spends a higher proportion of its GDP (based on public, private and international sources) on education, 5.8% compared to the OECD average of 5.0%.

The Australian education system strongly promotes compulsory education. Our 11 years of compulsory education is the longest among OECD countries. That means each student gets 3,410 more hours over the period of compulsory education.

When it comes to people going on to further studies, the proportion of tertiary-educated Australians has increased over the past ten years. It is now 51%, compared to the OECD average of 44%.

On graduation, the average debt for Australian students is US$10,479 (A$15,243), one of the lowest among OECD countries. It’s about half that of New Zealand US$24,117 (A$35,080), which has similar tuition fees and financial support systems.

Education pays off

Australian young adults with vocational qualifications have a higher employment rate (83%) than the OECD average (80%).  Although earning power is still greater for those with a higher level of educational attainment, the financial return from more schooling is far smaller in Australia.

Compared to those with upper secondary education, full-time tertiary-educated Australian workers earn 31% more, compared to 57% more on average across OECD countries. Adults with a master’s or doctoral degree earn 52% more, compared to 91% more on average across OECD countries.

The OECD attributes this trend partially to good labour-market opportunities for those with upper secondary vocational qualifications.  The OECD also notes that the average employment rate for Australian tertiary-educated adults is 85%, only two percentage points higher than the 83% for those with a vocational upper secondary or post-secondary non-tertiary qualification. This is one of the smallest differences across OECD countries.

For more articles and blogs about international education, immigration, population growth and white nationalism click through.

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Essay Mills Ghost Writers and University Students

Academic integrity, copying, plagiarism, collusion, ‘ghost writing’ and essay factories have become a fact of life in university or higher education, internationally.  This article endeavours to explain how or why is it an issue but at same time, short on what are the solutions?

While western democracies, and the developing world, have politicians, business and public leaders openly flouting ethical standards through egregious corruption and related unethical behaviour, is it any wonder?

Some solutions are precluded by universities’ corporate or financial needs e.g. rather than (barely modified) assessments that are more efficient to grade (or worse more multiple choice), there maybe a need for a return to in class open book and variety of assessments?

Academic integrity plagiarism essay factories and ghost writing for university students

Academic Integrity at University (Image copyright Pexels).

From The Guardian, Chris Husbands:

Essay mills prey on vulnerable students – let’s stamp them out

Universities alone can’t stop the rise of essay mills. We need support from the government and tech firms to defeat them

In the 1990s, there was enormous optimism around how the internet would connect people and make knowledge available to all. Fast forward twenty years, and identity theft, cybercrime, online bullying and appalling sexual exploitation have become everyday news stories. Increasingly, it’s the perversions of the internet which dominate our thinking.

The business model is simple. You have an essay to write, you are time poor, you pay a fee for the essay to be written. The fee these crooks charge depends on the length, the standard you are looking for, and the deadline you are facing….

For universities, the digital world’s most concerning development is the spread of essay mills. They’re not new: it’s always been tempting for some students to pay someone to do their work for them. But the internet has vastly eased the relationship between customers and suppliers, fuelling the growth of these essay mills….

….Learning is based on integrity and scholarship: showing that students have read, understood and been influenced by the work of others, and can explain how their thinking is new or different. Education is not about getting grades, it’s about being an active participant in learning opportunities. If some of that is difficult, well, difficulty is the point….

….The Secretary of State for Education’s announcement that tech firms should block payments to essay mills and students should report on their peers is a step in the right direction. We need to work together to preserve the integrity of the UK higher education system from these unscrupulous companies, and the way they prey on vulnerable students who don’t fully understand the implications of their actions.’

Chris Husbands is the vice-chancellor of Sheffield Hallam University

For more articles and blogs about academic integrity, copying and student plagiarism click through.

 

 

 

 

Study Advice for Starting University

Following is an article from The Conversation Australia with five tips for starting out at university including support services, time management, reading literature, plagiarism or academic integrity and personal responsibility.

Five top tips to succeed in your first year of university

February 25, 2019 6.15am AEDT

Tips and study advice for first year university students.

How to Study at University (Image copyright copyright Pexels).

This week, thousands of new students from around the country will be starting their first year at university. For many students and their parents, transitioning to university is an exciting but daunting experience. Here are five tips to help students succeed in their first year.

  1. Find support services

All universities offer student counselling, mental health, sexual health, disability services, careers centres, accommodation and financial support.

One of the first places to look for these services is on your university’s website under the heading, Current Students. Students should also attend presentations during orientation week, ask their tutors and course coordinators or contact their student centre to get more information.

 

The best way to get information is to talk to other students….

 

  1. Manage your time well

Learning how to juggle social and academic commitments is one of the most difficult challenges for new students. One of the best ways to manage study workloads is to draw up a semester plan. This can take the form of a timeline or calendar.

Students should start by entering in all assignments and exams on their semester plan and then work backwards to allocate time for researching, draft planning, proofreading and checking references…..

 

  1. Keep up-to-date with readings

One common theme across different faculties is that a good assignment is one where arguments have been debated and claims supported by evidence. In order to do this well, students need to do the weekly readings assigned in their individual courses.

You also need to read beyond the required list. Lecturers are not interested in students’ personal opinions. They’re interested in students’ opinions that are informed by evidence. That is, supported by the readings and research the student has done….

 

  1. How to avoid plagiarism

Learning how to reference reading sources correctly, to avoid plagiarism, is an essential skill. At the start of semester, most students have to complete online modules which explain the complexities of academic integrity.

Students caught plagiarising risk failing a course or being expelled from their degree. What this means for students is everything you read which has informed your thinking must be included in your reference list.

 

  1. Enjoy university life!

If you’re not happy with your course or subjects, you should get advice from your faculty. Students are expected to take responsibility for their own learning progress, but you should still talk to your lecturers about any concerns.’

 

For more blogs and articles about academic integrity or copying and plagiarism, critical thinking and soft skills click through.

 

University Education – Student Teacher Tutors or Professors?

Interesting article from The Conversation regarding university tutorial teaching or tutoring quality, students or academics?  The glib answer would be neither form of pedagogy, in fact ‘andragogy’ for adult learners shows that many should be learning together as students, not through teacher centred direction.

Can students teach as well as professors?

Student Tutorial Teachers or Professors? (Copyright image Pexels)

Research shows students are as good as professors in tutorial teaching

February 19, 2019 5.23pm AEDT

Professors and graduate students are at opposite ends of the university hierarchy in terms of experience, qualifications and pay. But at many universities, both do the same job: they teach tutorials offered in parallel with lectures.

Our research explores whether it makes sense for professors to teach tutorials – and we found it doesn’t. They are no more effective as tutorial instructors than students.

This finding implies that universities can reduce costs or free up professors’ time by asking students to teach more tutorials.

Measuring instructors’ effectiveness

We conducted a survey about tutorial instruction in OECD universities. Our results show that tutorials are used in 63% of OECD universities. At 25% of these institutions, tutorials are taught by students, 29% by professors and 46% by a mixture of the two.

Using professors to teach small groups is expensive, and reducing costs is a central concern given the increases in tuition fees and student debt.

We have studied the costs and benefits of using tutorial instructors with different academic ranks, using data from a Dutch business school that offers four key features. First, tutorials are taught by a wide range of instructors, ranging from bachelor’s students to full professors. Second, the school’s dataset is large enough (we observe more than 12,000 students) to give us enough statistical power to detect even small differences between instructors.

Third, at this business school students are randomly assigned to instructors of different academic ranks, creating a perfect experiment for seeing whether academic rank matters. Finally, we were able to supplement these already excellent data with measures of students’ satisfaction with the course, and students’ earnings and job satisfaction after graduation, for some of these students. This is important since instructors might matter in many ways and we need to cast a wide net to capture a range of student outcomes.

Students just as effective

Overall, our results show that lower-ranked instructors teach tutorials as effectively as higher-ranked ones. The most effective instructors – postdoctoral researchers – increase students grades by less than 0.02 points on a 10-point grade scale compared with student instructors. The differences between all other instructor types, from student instructor and full professor, is smaller than that.

Full professors are also no better than student instructors in improving students’ grades in the next related course or job satisfaction and earnings after graduation. We do, however, find that higher-ranked instructors achieve somewhat better course evaluations, but these differences are small.

These findings are counter-intuitive. Yet they are consistent with the general findings in primary and secondary education that formal education does a poor job at predicting who teaches well.

What could be the reason why all the extra qualification and experience of professors does not translate into better results for their students? The content of tutorials might be adjusted in a way that students can easily teach them. Further, lower-ranked instructors may compensate for their lack of experience by being better able to relate to students and being more motivated.

Key implication

The implications of our findings are obvious. Universities can free up resources by not asking their most expensive staff to do a job that students can do equally well. We show that the business school we study can reduce the overall wages they pay to tutorial instructors by 50% if they only employ student instructors.

There are, of course, reasons why universities might not want to exclusively rely on student instructors. Students might not be able to teach some more technically advanced master’s courses. There might be some research-inactive but tenured professors whose most valuable use of time is tutorial teaching. And, as with other research that rely on data from one institution, future studies need to show whether our results hold in other universities as well.

But even if these studies uncover some benefits to students of being taught by a professor, we would be surprised if these are worth the extra costs.’

 

Unclear what is quality teaching and learning? Higher education or universities put great importance upon narrow and high-level specialised knowledge exemplified by a doctorate, i.e. content or subject matter expert. Further, the vocational Certificate IV of Training & Assessment TAE40116 is included on many job descriptions as a desirable teaching qualification and meanwhile ‘real world’ experience can be ignored by institutions and/or embellished by the beholder (unlike the ID points system, all factors are not taken into account).

Related issues here, theory of teaching and learning, pedagogy (for children) is cited but for adults we should be speaking about andragogy.  Andragogy of adult education focuses upon adults’ need for knowledge, motivation, willingness, experience, self-direction and task-based learning.

Good instructional or learning design for adult centred learning:

  • broad and deep needs analysis based on learners’ knowledge, expertise and real skill gaps
  • motivated when they have input and some control over learning, activities and outcomes
  • participate in learner centred activities, interaction and social learning
  • opportunities to contribute knowledge, expertise and reflect on their business practice
  • contribution to and management of learning activities through tasks and problem solving; post course too.

A more complete qualification is the UK Cambridge RSA CELTA or TEFLA, especially behavioural theories fitting ‘andragogy’, including teaching skills, and dealing with significant numbers of adult students for whom English is not their first language.

Another issue to emerge has been that of ‘ID Instructional Design’ on behalf of university teachers, but not based upon subject matter or teach/learning skills (when ID is implicit for any competent teacher).

Finally, explaining in terms of cost (cutting or savings) may seem mercenary when high fees are now the norm for most students.

 

University Graduate Employment

There is much concern about the employment prospects of school and university graduates and the following article highlights some concerns and points on reasons including high school career counselling, parents, industry, universities and back grounded by ignorance of skills in demand.

One could add that societal attitudes and knowledge about science, maths or data and digital are low in Australian elites, meanwhile working age population aka baby boomers is in transition and meanwhile, many low level positions require university degrees as a minimum requirement.

Are there too many university graduates in the wrong disciplines with few employment opportunities?

Too Many University Graduates? (Image copyright Pexels)

Who’s really to blame for too many unwanted graduates?

By Tony Featherstone

February 7, 2019 — 12.01am

Why do thousands of young Australians enrol in the wrong university degree each year and overlook in-demand professions that are screaming for graduates.

In engineering generally, about 10,000 students graduate at our universities each year and about 16,000 engineers arrive here annually from overseas, according to Engineers Australia analysis. There would be a massive engineering shortfall without skilled migration.

It’s crazy that so few Australian students study software engineering, cybersecurity, artificial intelligence and other emerging fields, relative to industry demand, yet there is a growing surplus of graduates in the arts, journalism, law and other fields with fewer jobs.

The obvious culprit is universities. They have fanned a graduate glut – and a generation of students with high debt and diminished job prospects – by accepting more students into fields that already oversupplied….

….Industry, schools and students are part of the problem. Business complains about not enough graduates being developed in a new area, yet runs a mile when it has to fund university research or co-develop teaching courses. It’s easier to outsources graduate training to universities, take no risk and let taxpayers co-fund the learning. Then, whinge about universities.

Schools, too, can do more to encourage students to pursue in-demand occupations. I don’t know enough about career counselling at schools to form an opinion, but something must be wrong if so many students enrol in degrees that have terrible job prospects.

Perhaps school curriculums are not sufficiently aligned with the needs of universities. Industry berates universities for not producing enough graduates in areas with skill shortages, yet schools might not be producing enough students with the skill and passion to do engineering and similar courses at university.

Again, that’s changing as more boys and girls study science, technology, engineering and mathematics (STEM) subjects at school. But change is slow and off a low base – engineering, for example, has been crying out for more students, particularly women, for years.

Then there’s students and parents. We tell our kids to follow their passion when choosing a career: think with your heart rather than your head about a degree; take a year or two off for travel before university; chop and change degrees if you don’t like them.

That’s reckless advice. I’m not saying students should enrol in degrees they have low aptitude for, or will make them miserable. They must have an inclination, either natural or an ability to develop one, in any field to succeed in the long run.’

 

For more blogs and articles about higher education teaching, work skills, digital technology and science literacy click through.