Which Asian Country Will Replace China as the ‘World’s Factory’?

Analysing the “Mighty Five,” countries set to replace China as the workshops of the world.

“A decade ago, China wasn’t even on the map. Now they have the fastest computer in the world, even beating U.S. national labs,” says Michelle Drew Rodriguez, co-author of Deloitte’s 2016 Global Manufacturing Competitiveness Index.

China’s transition is opening space for other countries to move into low-cost manufacturing, where China until recently dominated. Deloitte predicts that the economies of Malaysia, India, Thailand, Indonesia, and Vietnam, the “Mighty Five” or MITI-V, will inherit China’s crown for such products. The consensus among industry and regional experts interviewed for this article is that India in particular will be the next top hub for low-cost manufacturing.
China, the United States, and Germany are currently among the most 15 globally competitive manufacturing countries in the world. But in the next five years, according to a survey of industry CEOs carried out by Deloitte, the MITI-V of Malaysia, India, Thailand, Indonesia, and Vietnam are set to enter the top 15 most competitive manufacturing countries. They are the “new China,” the top economies for low-cost manufacturing (i.e., labor intensive commodity type products like apparel, toys, textiles and basic consumer electronics).Manufacturing is central to a country’s economic development. According to a McKinsey report on the future of manufacturing, it “contributes disproportionately to exports, innovation, and productivity growth.”

China Gets a Pay Raise

Manufacturing goods in China is now only 4 percent cheaper than in the United States, in large part because yearly average manufacturing wages in China have increased by 80 percent since 2010. It is in response to this that China, backed by billions of dollars in investment from its government, has vigorously moved into higher value manufacturing.

Dr. Jing Bing Zhang, research director of IDC Worldwide Robotics, agrees with Drew Rodriguez on China’s prowess in advanced manufacturing. “China is very competitive in this area. They are able to produce very complex products. They are able to skill up handsomely and maintain good quality. Smartphones, semi-conductors, robots, advanced manufacturing equipment… they’re even moving into airplanes,” says Zhang. As Chinese manufacturing becomes more high value, and workers’ wages are rising, low-cost manufacturing is moving out.

“This has been happening for a number of years – it’s nothing new. Especially shoe-making [and] apparel are already moving out to Vietnam, Indonesia, and even Bangladesh. China is really focusing on upgrading industry into medium to high tech,” Zhang says.

The “MITI-V” – Which Is the Mightiest? 

Manufacturing experts see a varieity of areas as important for low-cost manufacturing competitiveness: young populations, low labor costs, a supportive policy environment, good quality infrastructure, availability of engineers, a minimum level of education for all workers, economic growth and a large internal consumer market.

The different economies all have their distinct advantages and disadvantages but China’s equally giant neighbor to the west stands out from the crowd. “My opinion is that India has the potential to be the next hub for low-cost manufacturing,” says Zhang. He sees India as being the next center for electronics assembly. He points to Chinese consumer appliances giant Huawei, which in September announced that it would manufacture three million smartphones a year in India, and Foxconn, the Apple supplier, which is opening a $10 billion iPhone manufacturing plant in India.

In particular, India’s strengths are its mixture of high- and low-skilled labor and the potential to sell to its huge market of 1.2 billion consumers. Although much of the population is poor, their incomes are rising. “India has a large base of university graduates. This is very important. You still require manufacturing engineers; you also need design engineers. You need supervisors. And India has a large base of well-educated graduates. They compare very nicely to other countries in the MITI-V,” says Zhang.

India’s policy environment is also becoming much more supportive of manufacturing. The Indian government launched the “Make in India” campaign in 2014, which aims to increase the level of manufacturing in the country. The government has achieved some success – India overtook China in 2015 as the country receiving the most foreign direct investment globally and companies have reported improving administrative efficiency at the federal level.

Despite all these positives, India has many challenges. In order to have a flourishing manufacturing base, workers need to be able to at least read and write to operate machinery. India scores low on general skills attainment, ranking 105th in the world according to the UN’s Human Capital Index 2016, lower than any other MITI-V nation. India’s infrastructure is woeful, in particular transport and energy supply, where it ranks lower than most other emerging economies. Government inefficiency is also a major stumbling block – delays in land acquisition and environmental clearances have stalled more than 270 projects across the country.

Nevertheless, India’s huge market, low costs, and positive noises from the government make it unavoidable for any manufacturer looking to produce bulk commodity products. According to Drew Rodriguez, there are major signals, such as “graduation rates, government and regulatory nods,” that may cement India’s position as the next low-cost manufacturing hub.

A senior engineer at BSH Hausgeräte GmbH, the largest home appliances manufacturer in Europe and a major investor across Asia, who works closely with low-cost Chinese manufacturers, also agrees: “India is the future. Infrastructure is not so good but they have so many people,” he says. However, he has also seen Chinese companies moving into Vietnam due to its very stable political environment.  Indeed, Malaysia, Indonesia, Thailand, and Vietnam all have their own benefits and some similarities with India.

“The fundamental risks of the global south are not there,” says Dr. Carlo Bonura, region head of Southeast Asia at political risk consultancy Oxford Analytica, referring to the Southeast Asian nations of the MITI-V. There are few risks of expropriation of assets or labor risks, for example. According to Bonura, “This is a region where all the major regimes, regardless if they’re democracies or autocratic, they recognize [the] importance of sequestering political instability from economic stability.” This contrasts with India, which before current Prime Minister Narendra Modi was well known among international investors for being unwelcoming to foreign businesses.

Both Bonura and Zhang see Thailand and Malaysia as more focused on high- and medium-tech manufacturing rather than being the next centers of low-cost manufacturing. Thailand has strong automotive, electronics, food, and chemicals industries, while Malaysia has strong chemicals, machinery, and rubber processing industries. This is borne out in the relative prosperity of the MITI-V countries as Malaysia and Thailand are by far the richest of the group.

That leaves Indonesia and Vietnam. “I hear from a lot of companies that they are moving to Vietnam…wages are half that of China,” says the senior engineer at BSH Hausgeräte GmbH, who also thinks that Vietnam’s very stable political environment is advantageous. Vietnam also has better infrastructure than Indonesia and the advantage of being close to China.

“The problem for Indonesia is the state’s capacity to implement industrial strategy; the state is highly decentralized and there are huge infrastructure issues. You don’t have these challenges in Vietnam; Vietnam is also a smaller country,” says Bonura. Yet Vietnam’s population of 95 million is smaller than Indonesia’s population of over 255 million and therefore represents a smaller potential consumer market — and neither country compares to India’s huge population.

The Rise of the Robots

It seems clear therefore that India is the manufacturing industry’s pick as the mightiest of the MITI-V for low-cost manufacturing. Indeed, Deloite’s report already has India as the 11th most competitive manufacturing country globally, thereby piercing the top 15 earlier than any of the other MITI-V countries.

Yet for all the talk of the MITI-V countries taking over China as workshops of the world, a nagging fear will stalk policymakers in India and other MITI-V countries. With robots becoming ever more sophisticated, analysts are predicting manufacturing will employ far less people in the future. Martin Ford’s bestselling 2016 book The Rise of the Robots: Technology and the Threat of Mass Unemployment paints a bleak picture of whole swathes of professional sector jobs, let alone low-cost manufacturing, being automated. Commentators and policymakers in India in particular seem downbeat on India conjuring up a jobs boom like China experienced during its rapid growth.

Should they be so worried? Zhang and Drew Rodriguez do not think so. “The MITI-V are still going to be very competitive for the next decade plus,” says Drew Rodriguez. Zhang is not pessimistic either: “I am the opposite. There are different schools of thought…  From my research, I don’t see it. Maybe we will be less dependent on human labor. But there is no way this will eliminate the need for people in the next 15-20 years. We are entering high speed growth for robotics but in 2014 global density for robotics was still very low at 66 per 10,000 employees, 36 in China, 57 in Thailand, and close to none in India.”

Other roadblocks lie in wait for the MITI-V, such as the threat of protectionism, which is all the more real after U.S. President Donald Trump’s call for tariffs on Chinese imports and threats to companies moving jobs away from the United States. But this does not seem to be dampening the prospects of the MITI-V just yet. “Every month, every year, the world is a more connected place,” says Drew Rodriguez.

All of the MITI-V have their own distinct advantages but India’s huge internal market and low labor costs give it the edge. However, this is not to say that other MITI-V countries will not also become “new China” hubs for low-cost manufacturing. This will be the case regardless of the threat from robots or protectionism. “I haven’t seen anything in the recent shift that would lead me to change my impression of the competitiveness of the MITI-V,” adds Drew Rodriguez.

Matthias Lomas is a consultant focused on Asia and the Middle East.

Universities are prioritising customer service and student satisfaction rather than upholding professional standards and providing a rigorous but exacting education.

I found this article on http://www.communitycare.co.uk/2015/08/18/resigned-lecturer-university-fail-social-work-students/ and found it such an interesting article that I thought I would share it.

 

I resigned as a lecturer after the university did not fail social work students

A former social work senior lecturer details the on-going battle to maintain academic and professional standards amidst the marketisation of universities

graduating

Lou was encouraged to aim high. Photo: OJO/Rex (posed by models)

Last week, after more than twenty years of university teaching, I handed in my notice and resigned from my post as senior lecturer in social work and course lead of a Masters in Advanced Practice.

I don’t have another job to go to and will, undoubtedly, miss the regular income and relative safety of a full-time, permanent post.

However, I won’t miss the twelve hour days, the working every weekend and the on-going battle with university managers to uphold and maintain the academic and professional standards required and expected on a social work degree programme.

In the end, it was this that finally did it for me, with one case of plagiarism in particular that tipped me over the edge.

This year at graduation, one of the final year students will be qualifying as a social worker having been found to have plagiarised on two separate occasions – once in a second year essay, and once in her final year dissertation.

One plagiarism case too many

While the university regulations are very clear about the punishment imposed for such a serious proven offence for the second time around (students should automatically ‘fail the assessment and fail the unit, with no right to re-sit’), this student has managed to successfully appeal on the grounds that such a penalty is unfairly harsh.

Joining her on the platform at the graduation ceremony will be two of her peers who have ‘only’ been subjected to a single academic misconduct panel having been found to have plagiarised just the once.

Standing behind them will be a further three students whose work was returned to me by the investigating officer and not subjected to the panel’s scrutiny, as their essays contained less than 20% of copied and pasted material from unattributed online sources.

If you’re a practitioner, this is the quality and calibre of the current crop of social work graduates coming to join a team or agency near you.

If you’re a service user, these are the sorts of individuals who might be acting as your care manager or key worker in the very near future.

How has it come to pass that on a course where values and ethics are embedded in the curriculum and the importance of openness and honesty are taught from day one, we have six out of forty-two final year students behaving like this?

How is it, on a University programme that has recently been approved by the HCPC and endorsed by TCSW, we are only able to initiate suitability procedures when misconduct relates to practice? (In the cases outlined above, proven plagiarism was judged to be an academic misdemeanour and therefore outside the reach of the professional suitability procedures).

Changing landscape

The problems, in my opinion, relate to the changing landscape and political context in which social work education has been taking place.

When I first began teaching in 1993, the social work programme was ‘full’ when the course had recruited thirty candidates. Seminars had no more than fifteen students in a class to maximise discussion and debate. Personal tutors had one group of between eight and ten tutees to support on placement, so that visits for the practice learning contract and interim reviews were manageable, given the likely travelling distances.

Since then, student numbers have increased dramatically while the numbers of full-time, permanent teaching staff have remained static. For example, in the department I have just left, we enrolled over eighty first-year undergraduates during last September’s induction programme with the same number of full-time, permanent staff (six) that we have had since the new degree began in 2003.

More students, same number of staff

Running in parallel is a thriving post-graduate / Masters pathway as well as a foundation degree in Health and Social Care:  both these new extensions to the portfolio have been designed, developed and delivered with little in the way of additional staff or extra resources.

What we’ve seen is a student to staff ratio that has steadily risen so that a seminar group of thirty students becomes, by necessity, more of a workshop. Personal tutor groups have doubled in size to at least twenty, so that supporting and visiting your personal tutees, when they are out on placement, is twice the work that visiting ten used to be.

If you are allocated two (or more) tutor groups, then it is a moot point just how ‘personal’ this important relationship can actually be (and just how many tutees you can logistically visit in the time that you have available).

Knock-on effect

The knock-on effect of this intense expansion has had a significant impact on weary academics. Lecturing to a large cohort requires a very specific set of skills and abilities, and holding the interest and attention of such a big group of diverse learners is no small task.

While the time taken to plan and prepare a lecture is broadly equivalent regardless of the size of the audience, the same cannot be said for the associated marking of students’ assessed work: it takes a lot longer to read, mark and write feedback on eighty essays than it ever did for thirty.

Increasing the number of people accessing higher education and implementing strategies to widen participation has changed the academic profile of the student body with a steep rise in applications coinciding with the introduction of the social work bursary.

While numbers may have recently settled, we can (and do) frequently accept candidates with much less than the minimum 240 UCAS points  (3 C grades at A-level) making the first year of study at university a challenge for many students who require specialist input and support from study skills and Student Services.

Mass market in education

But curiously, this does not seem to have a subsequent impact on the class of degree a student might hope to get, with eleven people on last year’s social work course receiving a first, thirty nine receiving a 2.1, eleven receiving a 2.2 and only one person getting a third.

In lots of ways it could be argued that what I am describing is just a sign of the times and reflects a wider pattern currently found in many teams, agencies and organisations where staff are being exhorted to ‘do more with less’.

However, the opening up of a mass market in education and the introduction of tuition fees has led to additional and competing organisational demands being placed on HEIs and academics.

Universities are prioritising customer service and student satisfaction rather than upholding professional standards and providing a rigorous but exacting education.

Many students, for their part, see themselves primarily as consumers rather than learners and have a profound sense of entitlement that if they have paid good money then they deserve a good degree.

The combination of these two forces – a demanding and vociferous student body who are quick to complain and litigate, and a squeamish management team who are more concerned about student numbers, generating income and ‘enhancing the student experience’ – make universities an uncomfortable environment for people like me to be working in.

Social work educators, desperately trying to raise the capacity and capability of the workforce with no support or understanding from university managers, are buckling under the pressure of maintaining ethical, practice and academic standards whilst simultaneously absorbing extra work.

Research output dwindling

It is no longer feasible – if indeed, it ever was – for social work academics to ‘do a little bit of everything’. Colleagues who have been research active in the past have seen their output dwindle; colleagues who traditionally have been more focused on teaching and supporting practice learning have seen their workloads doubled.

Partners in practice (on hourly-paid, fixed term contracts) previously contributing to the teaching programme perhaps by facilitating a seminar or two, are being asked to front up ‘open days’, take on additional marking and are given the ‘opportunity’ of delivering core units and heavy admin roles like induction.

Something has to give and, sadly in my case, I have come to the conclusion that I can no longer be part of an organisation that both ignores and forgives plagiarism, actively supports the inflation of degrees and changes their own rules and regulations to enhance the overall pass rate.

Wipe the slate clean

This summer for example, a student who fails a final year unit can effectively wipe the slate clean, re-take all their units – even the ones they have successfully passed – and start again as if for the first time. In other words, if an individual has the funds and/or is prepared to extend their student loan, the university is more than happy for them to buy an additional year of study.

I don’t think for a moment that my ‘naked resignation’ will make much of an impression on the organisation I have left behind and certainly won’t stop the students graduating who I have concerns about qualifying as social workers.

However, there is some small comfort in knowing that I am no longer contributing to the further erosion of professional and academic standards or colluding in a system that does not understand the importance of gate-keeping the profession.

I also realise that, ironically, my decision to leave is compounding the problem further…

If Only

Class, Can I Have Your Attention?

SPACE CAN HELP IMPROVE STUDENT ATTENTION, ENGAGEMENT AND LEARNING OUTCOMES.

Are colleges and universities adequately preparing students to be successful in the creative economy? This issue heated up again recently when a Gallup poll showed that only a third of executives believe colleges do a good job at graduating students with the skills businesses need. Another third say colleges don’t do a good job at it, and one-third are neutral.

Educators counter with historical data that show the long-term financial advantages for college versus high school graduates. They also point out that colleges were never intended to be vocational schools and that companies need to take more responsibility for specific job training.

Part of the disconnect stems from the unique and daunting task that is education. Students are not uniform raw materials; they are human beings with diverse backgrounds, skills, hopes and dreams. Preparing students for the moving target of a creative economy, and jobs that often don’t even exist yet, is no small feat.

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Half of students in grades 5 through 12 are involved in and enthusiastic about school.

GALLUP

The work is made harder because students don’t seem to be engaged in the effort. According to Gallup research, just half of students in grades 5 through 12 are involved in and enthusiastic about school. Even sadder, student engagement scores decline steadily from the 5th grade well into high school, staying at their low point through grades 11 and 12.

“We believe, based on our own research, that engagement issues extend into the college years,” says Andrew Kim, a Steelcase education researcher. “A big problem is that traditional learning experiences are not aligned with how the brain works, particularly as it relates to attention. This is a critical factor because engagement begins with attention.”

Andrew Kim Manager, WorkSpace Futures, Steelcase It’s easy for Andrew Kim to get excited about learning spaces. Not just because he spends his professional life studying educational environments at schools and universities, or because he regularly participates in presentations and workshops around the country on educational issues. What’s got him most excited these days are recent discoveries about connections between the brain and the body that have implications for learning, and the institutions, educators and students (including his own three children) who can immediately benefit. “We have to consider cognitive ergonomics in planning and designing learning spaces. The science is early but indications are that our physical environment can impact how we think, and even help us think better.”
Andrew Kim
Manager, WorkSpace Futures, Steelcase

It’s easy for Andrew Kim to get excited about learning spaces. Not just because he spends his professional life studying educational environments at schools and universities, or because he regularly participates in presentations and workshops around the country on educational issues. What’s got him most excited these days are recent discoveries about connections between the brain and the body that have implications for learning, and the institutions, educators and students (including his own three children) who can immediately benefit.

“A big problem is that traditional learning experiences are not aligned with how the brain works, particularly as it relates to attention.”

ANDREW KIMEDUCATION RESEARCHER, STEELCASE

Visit college classrooms and observe student behaviors, as Kim and his Steelcase WorkSpace Futures research colleagues do, and you’ll see that students everywhere in the world are often more scattered than attentive. In class they converse with peers, check social media, send and read texts and sometimes pay more attention to digital devices than the coursework at hand. “There are more things vying for student attention today and that makes it harder to get the attention that leads to engagement,” says Kim.

Building student attention begins with understanding the science behind it and applying those insights to the classroom.

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1. ATTENTION IS A VARIABLE COMMODITY

Average student attention spans are about 10 to 15 minutes long, right? That may be a frequently quoted statistic, but there’s no empirical evidence to support it. Karen Wilson and James H. Korn researched the origins of the statistic in 2008, and say the 10–15 minute estimate is based primarily on personal observation and secondary sources.

Other research showed a pattern during class: a decline in student attention just 30 seconds into a lecture, reflecting a settling-in period.

  • Declines also occurred at 4.5–5.5 minutes, 7–9 minutes, and 9–10 minutes into the  lecture.
  • Attention waxed and waned, with more frequent lapses as the lecture progressed. Toward the end, attention lapsed about every two minutes.

There’s also recent research which shows that humans are capable of “sustained attention” for about 45 minutes to an hour, which may explain why various events run that length of time: TV and radio programs, class periods, church services, music CDs, even lunch breaks. However, despite what humans may be capable of, the speed at which a tedious lecture can lull a person to sleep demonstrates that sustained attention is a difficult thing to achieve.

Kim points out that attention varies based on the difficulty of the content and its relevance to the student, how conducive the environment is to paying attention, and each student’s ability to sustain attention in class. What’s encouraging to Kim is that “WorkSpace Futures researchers observed more success in maintaining student attention with active learning approaches that directly involve students in course content.”


2. ACTIVE LEARNING ENGENDERS ATTENTION

The WorkSpace Futures observations are bolstered by research by Diane M. Bunce, et. al. in 2010 (“How Long Can Students Pay Attention in Class?”), who compared a passive lecture approach and active learning methods. Researchers noted fewer attention lapses during times of active learning. They also found fewer lapses in attention during a lecture that immediately followed a demonstration or after a question was asked, compared to lectures that preceded active learning methods. This suggests active learning may have dual benefits: engaging student attention and refreshing attention immediately afterward.

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3. NOVELTY AND CHANGE GET ATTENTION

As cognitive scientist Daniel Willingham points out in “Why Don’t Students Like School?,” change grabs attention. Something happening outside causes students to turn immediately to the windows. Similarly, when an instructor changes topics, starts a new activity or in some other way changes the learning process, “student attention returns, along with a new chance to engage them. So plan shifts and monitor your class’s attention to see whether you need to make them more often or less frequently.”

Our brains evolved to notice change as a way of staying vigilant for possible threats to individual survival. We naturally seek out what’s new and different, and this curiosity is rewarded with dopamine and opioids in the brain that make us feel better. Thus, varying materials and breaks facilitate attention. A study by Kennesaw State University found that students paid more attention when the professor reviewed quiz answers, presented new information or shared videos, i.e., changed things up.

Novelty and change facilitate learning in another way, too. Repeating important points by engaging multiple senses helps to reinforce learning. That’s because repetition strengthens connections between neurons. Our visual, semantic, sensory, motor and emotional neural networks all contain their own memory systems. “We have an amazing capacity for visual memory, and written or spoken information paired with visual information results in better recall,” says psychologist Louis Cozolino. “There is a greater likelihood that learning will generalize outside the classroom if it is organized across sensory, physical, emotional and cognitive networks.”


4. PHYSICAL MOVEMENT FUELS THE BRAIN

Research shows that aerobic exercise can increase the size of critical brain structures and improve cognition. Exercise pumps more oxygen through the brain, which stimulates capillary growth and frontal lobe plasticity. Exercise also stimulates the birth of new neurons in the hippocampus. Physical movement increases alertness and helps encode and trigger memory. Yet schools and teachers traditionally train students to be sedentary, and equate sitting still with greater attention and focus.

On the contrary, movement allows students to refocus and strengthen their ability to pay attention, as Lengel and Kuczala report in “The Kinesthetic Classroom: Teaching and Learning Through Movement.” Simply allowing students to get out of their seats to move while learning provides the brain with much-needed novelty and change.

Schools are starting to incorporate more physical activity in the classroom, such as Delaney Connective, a high school in Sydney, Australia, where students do “brain pushups” each morning: five-minute, Tai Chi-like exercises that get the blood flowing and help students focus.


5. SEAT LOCATION AFFECTS ATTENTION

The study by Kennesaw State University mentioned earlier also revealed that where students sit in the classroom impacts student focus. According to the study, students in the front and middle of the classroom stayed on task, while those in the back were more distracted. An active learning classroom where students easily moved and rearranged their seating enabled them to be more focused and stay attentive.

Classrooms configured with multiple “stages” (No fixed position where the instructor must stand), content displays and mobile seating offer even more flexibility. Here an instructor or student can address the class, lead a discussion and share content from anywhere in the classroom. There’s no front or back of the classroom, and since the seating allows students to change posture and position easily, every seat is the best seat in the room.

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Beatriz Arantes Senior Researcher, WorkSpace Futures, Steelcase Based in Paris, Beatriz specializes in the psychology of human emotions and behaviors, and how they relate to work and work environments. Having recently participated in extensive research on wellbeing at work, she says neuroscience provides compelling evidence that achieving both productivity and wellbeing depend on understanding and leveraging how the brain works. “The brain isn’t a computer that performs the same no matter how long it’s been on. We’re learning that some of the things that have typically been demonized in the workplace, such as taking a break, socializing or letting our minds wander, are actually regenerating our minds. We can no longer exist as if focused is the only way to be at work.”
Beatriz Arantes
Senior Researcher, WorkSpace
Futures, Steelcase

Based in Paris, Beatriz specializes in the psychology of human emotions and behaviors, and how they relate to work and work environments. Having recently participated in extensive research on wellbeing at work, she says neuroscience provides compelling evidence that achieving both productivity and wellbeing depend on understanding and leveraging how the brain works.

6. ENVIRONMENT INFLUENCES THINKING

Learning can be enhanced or hampered by certain environmental conditions, notes Cozolino: “Inadequate school facilities, poor acoustics, outside noise, and inadequate classroom lighting all correlate with poorer academic performance.” Even the chairs that students use can “hamper blood supply to the brain and impede cognition.”

“Individual study requires deep focus. The harder the task, the more easily we’re distracted, so the ability to screen out distractions is critical,” says Kim. Students need spaces where they can avoid unwanted distractions and stimuli that interrupt focus.

However there are times when low-level environmental distractions are welcome. The flip side of focus thinking is diffuse thinking, which complements learning and creativity. In diffuse thinking the mind meanders. “Distractions of a certain intensity at this point can actually help the brain wander across different topics. This allows the brain to build new connections between disparate pieces of information, and new insights and understandings emerge,” says Beatriz Arantes, a Steelcase senior design researcher and psychologist based in Paris, France.

Students need both the ability to screen out distractions or welcome them, depending whether they’re writing a paper or seeking inspiration through sensory stimulation.


7. LEARNING HAS A NATURAL RHYTHM

The need for periods of both quiet focus and healthy distraction finds its parallel in learning. The brain is often viewed as a thinking machine, moving in a linear fashion. But the brain and body are not machines; they are organisms with a natural rhythm of activity and rest cycles.

Research has shown there is a “rest-activity cycle” while sleeping, during which we move in and out of five stages of sleep. The body operates by the same rhythm during the day, moving from higher to lower levels of alertness. Our brain can focus on a task for only so long, after which it needs a break for renewal to achieve high performance on the next task. Ignore this rhythm and we get drowsy or hungry, lose focus, start to fidget. Stress hormones kick in, the prefrontal cortex begins to shut down and we are less able to think clearly or imaginatively.

Researchers have found that people who respect this natural rhythm are more productive. Breaks for rest and renewal are critical to the body and brain, as well as to attention span. The work of education is similarly organic, changing at different times of the semester, week, even during a single class period. Support for the rhythm of learning, says Arantes, “should be incorporated into instructors’ pedagogies and course curricula, as well as through a variety of spaces for different rhythms: focus and interaction, individual and group work, socializing, and rest and rejuvenation.”

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STRATEGIES FOR NURTURING STUDENT ATTENTION

Getting and holding attention requires an approach to learning spaces that takes into consideration both the brain and the body. Here are some sound strategies for nurturing attention, based on research at colleges and universities by the Steelcase WorkSpace Futures team:

  1. Active learning pedagogies generate more student attention and engagement than traditional passive approaches. An active learning ecosystem equally supports and incorporates pedagogy, technology and space.
  2. More choice and control fosters greater engagement. Flexible learning environments allow instructors and students to quickly adjust their learning spaces to the work at hand.
  3. Movement is empowerment. Avoid fixed and unmovable student learning spaces.
  4. Provide spaces that support both focus and diffuse thinking. Give students the ability to adjust their learning environment to the needs of the moment.
  5. Assure optimal connection between students and class content. Design classrooms with multiple stages, content displays and mobile seating that allows students to focus their attention wherever needed.
  6. Support the rhythm of learning. Formal learning is just one part of the total experience; students’ learning needs and behaviors fluctuate significantly beyond the classroom. A range of spaces that are flexible and offer choices assures they can select the best places to match varying needs for individual focus, informal collaboration and social learning.

THOUGHTSTARTERS

FLIPPED CLASSROOM

In this multi-modal classroom, students can spend most of their class time engaged in “homework”—active and personalized learning that complements the videotaped lectures they’ve watched outside of class.

Flexible furnishings support movement and a variety of classroom activities. Group sizes can morph from small to all-inclusive, depending on the type of learning taking place, and the instructor can move about freely within the space.

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  1. A corner setting with lounge seating provides an alternative space for working alone or with others, while also supporting the movement and posture changes that positively impact attention.
  2. Views to nature trigger diffuse thinking, allowing the mind to wander and build new neural connections.
  3. A wall-facing worksurface with high stools is a space for individual assignments that demand focused attention.
  4. Content can be displayed throughout the room on portable whiteboards, adding to the flexibility of the space and increasing student access to content.

MEDIA:SCAPE LEARNLAB

The LearnLab™ integrates furniture, technology and worktools to support a variety of teaching and learning methods, with a unique X configuration and placement of screens triangulates sightlines, giving equal access to content. With no front or back of the room, all students can stay engaged.

The unique furniture configuration supports varied sightlines and activities throughout the class period, keeping content relevant and maintaining attention.

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  1. Face-to-face seating encourages engagement and team collaboration
  2. Fixed and portable whiteboards and display screens provide information persistence and allow students to generate, capture and share their work. Placement at the perimeter encourages students to move around the room, activating attention.

IN-BETWEEN SPACES

Between classes, these are touchdown spots for finishing a reading assignment, reviewing content before an exam or meeting one-on-one with an instructor or peer. During class time, they can be a breakout area for group work or discussions.

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These nookds are a comfortable, sheltering environment for activities that require controlled focus and minimal distractions, such as reading, homework or discussions.

LIBRARY

This transformed library is a macro-environment that supports collaborative, project-based work and social needs, as well as individual focused work. The adjacency of open spaces to more shielded settings allows students to manage distractions as needed.

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  1. Benching workstations allow students to work alone while staying near others, appealing to their sociability and allowing them to easily take breaks as needed.
  2. Temporary storage for personal items means students can focus on their work without worrying about their things getting in the way.
  3. Shielded microenvironments for individual work block outside distractions while also providing the body and technology support students’ need for work that requires sustained focus.
  4. Outside views provide for moments of mental rejuvenation and inspiration when students need to give their minds a rest.

WRITING + WHITEBOARD: MORE RELEVANT THAN EVER

It’s the golden age for content display, with hi-def cameras and monitors, and touchscreen digital devices of every size. So why are traditional dry-erase whiteboards more popular than ever?

Besides being multitaskers—you can write or project on them, attach material with magnets—they also come in any size, don’t need power and they’re inexpensive. But what really makes whiteboards great learning tools is how they engage both the body and brain in the learning process.

Whiteboard work is both kinesthetic and visual. The act of writing and drawing engages the user physically and mentally, and that boosts learning. For example, research at Indiana University showed that neural activity in children was far more enhanced in kids who practiced writing by hand than in those who simply looked at letters.

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University of Washington research demonstrated a special relationship between the hand and the brain when a person composes thoughts. Finger movements activate regions of the brain involved in thinking, language and working memory.

There are group benefits as well. Writing information and ideas on a whiteboard frees users from having to remember important information. Displaying information helps create shared group knowledge. Portable whiteboards make it easy for two or three users to jot down thoughts, draw correlations and build on each other’s ideas.

“Educators know the research, and they see the benefits of whiteboards every day. It’s not surprising we’ve seen growth with use of our products,” says Shawn Collins, director of new business development for PolyVision, the market leader in CeramicSteel whiteboard material.

Collins says schools are continually coming up with new ways to use whiteboards. Installing whiteboards in the classroom at different heights to accommodate different users is increasingly popular. A university recently ordered five-foot high whiteboards so they can be used while sitting or standing. Whiteboards that slide horizontally are used to reveal content in sequence or cover up a flat screen when it’s not in use. Personal-sized whiteboards work as privacy screens during test taking, presentation aids and as individual note taking tools.

With nothing to power up and no apps to open, a whiteboard is often the easiest, quickest way to seize a teachable moment, capture someone’s attention and engage students of any age.

The coming fast-fashion boom in the developing world spells big trouble for the environment

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A boom in cheap fashion is coming.

Written by Marc Bain – Quartz

And unless we change the way we produce and sell clothes, it’s going to put massive strain on the environment and the people who make them. The conclusion comes from new research by McKinsey & Co., which looked at the way we currently consume fashion as well as the amplifying effect emerging markets could have as their growing middle classes buy more clothes.

McKinsey found that a culture of disposable fashion is proliferating in which retailers keep putting out greater volumes of inexpensive clothing. Consumers, attracted by the low cost and constant newness, are buying these clothes in greater quantities, and often wearing them only a handful of times before discarding them. This fast-fashion ecosystem uses large amounts of natural resources while producing carbon emissions that fuel climate change. It has also been linked to numerous cases of worker abuses in countries sewing the garments.

The report warns: “Without improvements in how clothing is made, these issues will grow proportionally as more clothes are produced.”

In all likelihood, more clothes will be produced. Between 2000 and 2014, clothing production worldwide doubled, according to McKinsey, and the average number of collections produced by European apparel companies in a year rose from two to five between 2000 and 2011.

This clothing boom is set to continue as growing middle classes in populous developing economies spend their rising incomes on clothes. “In five large developing countries—Brazil, China, India, Mexico, and Russia—apparel sales grew eight times faster than in Canada, Germany, the United Kingdom, and the United States,” the report states. These consumers still buy a “fraction” of what shoppers in countries such as the US buy, but sales would still rise “significantly” if they continue buying more.

And it’s only getting easier to do that. Clothing prices aren’t keeping pace with other goods, meaning that, relatively speaking, clothes are getting cheaper. The number of garments the average consumer purchased each year rose by 60% between 2000 and 2014, McKinsey notes, and people are keeping clothing items for about half as long compared with 15 years ago, according to the report.

To make all this clothing requires land, water, and energy, and the impact doesn’t end in producing the clothes since water and energy are used each time a garment is laundered. If 80% of emerging markets rose to Western levels of per capita consumption, the effect on the natural resources we use alone would be significant.

Environmental impact of consumption in emerging markets rising to Western levels
(McKinsey & Co.)

What’s to be done? To offset this environmental impact “will likely require action across the industry,” McKinsey states.

It suggests, for one, that the apparel industry develop standards and practices for garments to be recycled. Currently, it’s extremely difficult to separate out fibres by type in fabrics made of blends, and mechanical methods of recycling cotton degrade its quality. McKinsey suggests more investment in chemical methods. (Textile technology company Evrnu and Levi’s recently created a pair of jeans from mostly post-consumer cotton waste using Evrnu’s chemical recycling method.)

It also recommends establishing higher labor and environmental standards, encouraging consumers to use low-impact methods to care for clothes, and investing in development of new fibres.

These are known problems, however. Organisations and individual brands are working on them, but their progress isn’t always straightforward. H&M, which positions itself as a leader in sustainable fast fashion, is investing in programs to reduce its impact while cranking out huge volumes of new clothes. Like Zara’s efforts, including its new sustainable collection, these actions do little to offset growing footprints. And these brands are hardly alone.

Clearly, something needs to change. Brands need to take responsibility, but so do consumers, or the cost of all that cheap clothing could be greater than we’re all able to afford.

This Company Turns Plastic Bottle Trash From The Ocean Into Clothing.

Bionic Yarn has transformed millions of bottles recovered from shorelines.

This article is part of HuffPost’s “Reclaim” campaign, an ongoing project spotlighting the world’s waste crisis and how we can begin to solve it.

Bionic Yarn is making a splash on the fashion scene.

The New York City-based startup turns used old plastic bottles, some of which were recovered from ocean shorelines, and turns them into yarns and fabrics for clothing.

The company, whose creative director is recording artist Pharrell Williams, has partnered with several different apparel brands ― including G-Star and O’Neill ― since its founding in 2009 to incorporate its yarn into a variety of products, from denim jeans to snowboarding jackets.

COURTESY OF BIONIC YARN
A jacket made with Bionic Yarn’s thread.

Bionic Yarn has worked with companies outside of fashion as well, yielding boat covers, furniture and more.

In the past three years, Bionic Yarn has transformed about 7 million plastic bottles pulled from shorelines, company co-founder Tim Coombs told The Huffington Post in an email.

BIONIC YARN
Bottles that have been broken down into flakes. 

Because plastic bottles are made up of the same polymer as polyester, Bionic Yarn is able to break them down and remake them into “recycled” polyester. The yarn made from this substance can be used in place of virgin polyester, or new polyester made directly from crude oil.

“It was a way to not kill plastic off but at least slow down the production of it and slow down the production of new polyester when we can just recycle the plastic from bottles,” Williams explained in a CNN interview.

BIONIC YARN
Fibers being spun into yarn. 

There are a couple steps necessary to turn used plastic bottles into, say, denim. After the bottles are collected, they’re refined into chips. Then, the chips are heated and pulled apart into fibers and spun into yarn.

Coombs explained that if the company is making denim, the plastic fibers are combined with cotton. To make suits, the fibers are joined with wool and cashmere. When making fabric for performance or industrial applications ― like snowboarding jackets or window shades ― the company just uses recycled polyester.

BIONIC YARN
The make-up of the yarn. 

Timo Rissanen, assistant professor of fashion design and sustainability at Parsons School of Design in New York City, explained that there are definite positive aspects to Bionic Yarn’s work.

BIONIC YARN
The yarn, before it’s woven into fabric.

“There is evidence that using recycled polyester, compared to virgin polyester ― there’s considerable energy savings in manufacturing,” said Rissanen.

“On another level,” he added, “I think Bionic Yarn has already brought a lot of attention to a really difficult issue that we absolutely need to tackle, that is, plastic in the oceans.”

COURTESY OF BIONIC YARN
Shirt made with Bionic Yarn’s yarn. 

There are over 165 million tons of plastics in our oceans today. Without new reforms, there could be more plastic by weight in our oceans than fish by 2050, according to a report released by the World Economic Forum and the Ellen MacArthur Foundation earlier this year.

A horrifying 8.8 million tons of plastic ends up in the oceans every year ― that’s about the same as a garbage truck’s worth of plastic getting dumped into our waters every second, per the same report.

HERIANUS VIA GETTY IMAGES
Pollution on a beach. 

There’s another advantage to using recycled polyester fibers in clothing like Bionic Yarn does.

“Polyester in fact can be recycled for longer than any natural fibers,” Rissanen said. With natural fibers, as the fibers get recycled, the fiber lengths get shorter and shorter ― whereas with plastics, they can be repolymerized and turned into new fibers so the fiber lengths doesn’t become an issue.”

COURTESY OF BIONIC YARN

Bionic Yarn’s work does raise another issue, however. Rissanen explained that clothes shed fibers when put through the wash.

“When we wash synthetic garments, in particular polyester garments, a lot of microfibers ― really microscopic polyester fibers ― are released from the clothing during the laundry cycle and some of them do end up in our waterways and eventually in our oceans,” Rissanen said.

He added that the microfiber issue isn’t specific to Bionic Yarn and it’s something the entire fashion industry needs to work on tackling.

“I still think the positives with Bionic Yarn far outweigh the issue with laundry,” Rissanen concluded.

The Dirty Secrets Your Clothes Are Keeping From You

 

This article is part of HuffPost’s “Reclaim” campaign, an ongoing project spotlighting the world’s waste crisis and how we can begin to solve it.

Consider the clothing label. Not fashion label, as in Chanel or Gucci, but the itchy, annoying little tag hiding inside every single piece of clothing you’ve ever worn.

That tag is the closest thing we’ve got to a legend, a guide to whatever it is we’re wearing. In many cases, it tells us what the item is made from and how to wash it. Unfortunately, labels leave out some pretty important information about our clothes and how they’re produced. In their understated way, clothing tags keep some of the garment industry’s most troubling secrets.

You may not have a burning desire to know your turtleneck’s or your favorite jeans’ life story ― fair enough. But a number of label-obsessed clothing industry players want labels to be more informative and even empowering, to tell us more about how our clothes are made and help us discard them responsibly when we’re done with them.

“The label is a place where we already to go access information, but we don’t get what we want,” Marianne Caroline Hughes, a United Kingdom-based sustainable fashion advocate and entrepreneur, told The Huffington Post. “It’s hugely underutilized as a place to access information and act upon information as well.”

FASHION REVOLUTION
The tags on your clothes won’t tell you some of the industry’s dirtiest secrets. 

In the United States, the Federal Trade Commission enforces labeling requirements. That’s why the tag on your shirt tells you its country of origin, fiber content and the name of the manufacturer or dealer.

Still, in many places, it’s optional to include the country of origin. For example, Hong Kong, home to one of the world’s largest textile industries, doesn’t require it. Same for the U.K., Sweden, Germany and several other European nations.

Wherever they’re based, clothing companies certainly aren’t in the business of oversharing (if they even know all the details of their own supply chains, which they often don’t).

Christina Dean, founder of the fashion waste reduction organization Redress, says that, ideally, every label would include information about an item’s environmental impact. And since garments aren’t necessarily made in just one place, labels should say where the garment was manufactured and where the fabric comes from.

She’s not optimistic that brands would voluntarily offer this. Her more modest wish is for some kind of global standard, requiring every garment to state its country of origin. “It’s like a 101 of transparency,” she told HuffPost.

Others believe clothing tags should acknowledge the people who toil unseen to make our clothes. The garment industry employs at least 60 million people worldwide ― from Bangladesh and Cambodia, to Europe and Los Angeles ― most of them women. In countries where poverty is rampant, companies involved in various stages of garment production have been known to employ young children and subject them to dangerous and unfair working conditions.

After more than 1,100 garment workers died in the Rana Plaza factory collapse in Bangladesh in 2013, Sean McHugh and his colleagues at the Canadian Fair Trade Network set out to raise awareness about garment workers’ lives, using clothing tags to tell their stories.

The group’s 2015 ad campaign, “The Label Doesn’t Tell The Whole Story,” featured sweaters and jackets with oversized tags crammed with information, based on the group’s research abroad. Each tag aimed to capture the experiences of a person who might have made the garment pictured. Here’s one of those stories:

THE CANADIAN FAIR TRADE NETWORK
The Canadian Fair Trade Network’s ad campaign featured photos of clothing tags that tell the stories of garment workers, including children, laboring in unsafe conditions.

The label reads:

100% cotton. Made in Cambodia by Behnly, 9 years old. He gets up at 5:00 am every morning to make his way to the garment factory where he works. It will be dark when he arrives and dark when he leaves. He dresses lightly because the temperature in the room he works reaches 30 degrees [86 degrees Fahrenheit]. The dust in the room fills his nose and mouth. He will make less than a dollar, for a day spent slowly suffocating. A mask would cost the company ten cents.

The label doesn’t tell the whole story.

McHugh, the Canadian Fair Trade Network’s executive director, said the labels campaign was one of the group’s most successful ever. Facebook followers doubled, website traffic tripled and the campaign was covered in 15 countries and in eight languages.

But the Network struggled to move from awareness to action. “The part that was lacking, the challenging bit, was the tangible next step for consumers to take,” McHugh told HuffPost.

The nonprofit Fashion Revolution also sees clothing labels as a gateway to more accountability. Its signature campaign, “Who Made My Clothes,” asks people to photograph labels on their clothing and post them on social media, to pressure brands into sharing the human stories behind the items they make ― stories that would otherwise never be told. (Fashion Revolution supports HuffPost’s Reclaim series.)

During the group’s annual awareness event in April, more than 1,200 brands, including Zara, American Apparel and Levi’s, responded to the hashtag #WhoMadeMyClothes, according to a Fashion Revolution spokeswoman. Some replies even included photos and names of actual garment workers.

And if labels were to tell us the best way to get rid of our old clothes, what would that look like?

Levi’s has been doing this since 2009. Its “Care Tag for Our Planet” label, in partnership with Goodwill, is now sewn into every Levi’s product. This tag tells you not only how to properly wash and dry items, but also suggests you donate them at the end of their life cycle, instead of throwing them out.

LEVI STRAUSS & CO
Levi’s products carry a gentle reminder: caring for your clothes includes disposing of them responsibly when you don’t want them any more.

“This is the first major step to begin to engage consumers in their environmental impact and what they can do reduce it,” Michael Kobori, a vice president of sustainability at Levi’s, said at the time of the Care Tag’s launch.

As HuffPost has reported, Goodwill takes in millions of pounds of used clothing a year and makes a monumental effort to keep them out of landfills, even though every donated item doesn’t necessarily make it to needy people.

By suggesting people donate their old items, Levi’s is taking a step toward encouraging customers to treat their clothes in an environmentally responsible way. It’s good advice, considering the clothes we as Americans throw out ―dozens of pounds a year, per person ― end up breaking down in landfills and polluting the atmosphere in dangerous and preventable ways.

Since ordinary people can’t just tell brands what to do, they understandably feel powerless, said Hughes, the U.K. entrepreneur. That’s why she and her label-loving counterparts see informative tags as a useful tool ― even a weapon ― in the quest for more transparency about the things we wear.

“I think the label, and making products a source of information, is the key to it all, really,” she said.

So you want to be a university lecturer?

professor-teaching-cartoon

I have had this article for quite a few years now, just sitting on the hard drive of my computer, waiting for an opportunity like this to share it. I consider it to be one of the most interesting blogs, rants (I shall leave it up to you to decide which one) that I have read. Its a long article but for those of you that have chosen the profession of being a University Lecturer I am sure you will find it an interesting read and quite amusing. So bear with it and enjoy – P.s. Don’t forget to leave a comment.

A surprising number of people express an interest in becoming a university lecturer and, knowing my background, ask me for advice on how to go about it. I was involved with university teaching — first as a PhD student, then as a research fellow, then as a lecturer — for about nine years, so I feel I have something to say about this. When people ask my advice on whether becoming an academic is a good idea, I’m never entirely sure what to say. Yes, there are some good things about an academic career, but at the same time there are some bad, scary things. The problem, it seems to me, is that people have an understanding of what the good things are likely to be when they join the profession, but they don’t find out about the bad, scary things until it’s too late. So I have written this outline of a university lecturer’s life in the hope that other people will we able to enter the profession — if they choose to do so — more fully informed than I was.

I gave up my job as a lecturer about three years ago, for a variety of reasons. Some were financial, some weren’t. On the whole I don’t regret becoming a lecturer, nor the effort it took to become one, but I don’t regret leaving either.

An interesting side-effect of the ’92 revolution was to narrow the gap in public perception between the `old old universities’, and the `new old universities’. With a new class of `new’ university, the original new (1950-1970) universities essentially became `new old universities’.

New universities (politely called `post-92 universities by people who work in them) inherited at least some of the administrative structures that dogged their polytechnic days.

Most polytechnics were run by Local Authorities, bodies whose responsibilities covered sports amenities, rubbish collection and parks maintenance, as well as education. They were not, it should be clear, specialists in the management of educational institutions. This meant, for example, that the Local Authority could attempt to gain economies of scale by buying the same computers for higher education laboratories as it would install on a swimming pool receptionist’s desktop. To this day, most new universities expect computing, maths, and physics students to use exactly the same computing facilities as, say, dance and drama students. That’s not to say there aren’t plenty of computer-literate dancers and actors, merely that their courses of study seldom require them to write software to calculate Fourier transforms or simulate the behaviour of protons in stellar collapse.

`Old’ universities, on the other hand, are predominantly run by committees of late-middle-aged gentlemen (or, just occasionally, ladies) whose main qualification to be looking after an annual budget of tens of millions of pounds is an international reputation in medieval verse or the military campaigns of the Athenian empire. Often in the `old old’ universities, these committees like to adopt quasi-classical names like `Senate’. With so many classical scholars involved it strikes me as odd that the fundamental irony of this name — that the original Roman Senate was an ineffectual figurehead for much of its existence — has so far escaped attention. At their most eccentric these administrative bodies have members with delightfully barmy titles, like `Senior Wrangler’, `Chief Blusterer’, or `Praelector’ (only one of these is made up). I find this all most satisfying, and very English.

Barmy as the administration of the old universities might be it is, on the whole, carried on by people who have a reasonable idea what a university is for: it’s for furthering scholarship, by means of teaching, research, and related activities. The new universities, however, are run by a different breed. Often business graduates or industrialists, they assess the success or failure of their institutions by their financial performance. For these administrators, the activities of their institutions have to be tuned to generating the largest financial return. To be fair, it has to be this way as the new universities are almost wholly reliant on central government funding for survival, and we all know how fickle that can be. For the old universities, scholarship is not something that makes money, its something that society spends money on. This difference in emphasis is at the heart of the difference between working in these different kinds of organization.

 

Universites and politics

It’s a bit dull, but it may help you to understand some of the weird things that happen at universities if you know a bit about the political background. I’m not talking about politics within universities; we’ll have more to say about that rough beast later. This section is about the relationship between universities and central government.

Prior to 1992 there were two kinds of higher education establishment: universities and polytechnics. `Universities’ included a whole range of establishments from the venerable old duffers like Oxford and St. Andrews, to the young, thrusting upstarts like Surrey and Southampton. Although these universities had somewhat different standards, and a different balance between education and research, they were not different in kind, only in — if you’ll pardon the pun — degree. The students were predominantly white, middle-class, of parents who themselves were graduates. `Polytechnics’, on the other hand, were working-class institutions where (and this is a direct quote from a senior politician of the time) `the oinks go to learn plumbing’. Polytechnics were not empowered to award their own degrees; their qualifications were awarded as a group by the Council for National Academic Awards (CNAA) — a body with regulations and structures so byzantine that whole careers were spent trying to understand them. The difference between universities and polytechnics was palpable and plain, at least to the lay person (for which, read `employer’).

All this changed in 1992. At this point Her Majesty (bless ‘er) granted the Royal Charter that made all the existing polytechnics into universities. The reasons for this were many and various, and I won’t go into them here; nevertheless, if the objective was to remove the `second-class’ status of polytechnics and put them on the same level of public respect as universities, it was a failure. Instead, we now have `old universities’ (whose ages range from 20 to 400 years) and `new universities’ (less than ten years old). Despite having the same official status as old universities — and being able to award their own degrees — new universities have exactly the same self-image, and public image, as the polytechnics did ten years ago.

Your mission, should you choose to accept it…

What does a university lecturer do all day? A lecturer’s duties can usually be grouped into three categories: teaching, research, and administration. The balance of time spent on these activities depends on the individual and the institution, but in most places you’ll need to do some of each. It is a goal of most academics to be able to spend most time on research, while minimising teaching and administration. It is a goal of university managers to reduce the amount payed in salaries for support staff. It follows that there is scope for tension here.

Teaching

Most lecturers have to do some of this; historically it was with some reluctance, as teaching was seen as a `second-class’ activity. Why is this? The fact is that in the traditional universities, your prospect of advancement was determined mostly by the prestige which your research commanded. This made sense in a way: you academic peers were able to judge the quality of your research, but the quality of your teaching could only be judged by students. We all knew that students were incapable of mature judgement, and were as likely to rate a lecturer highly because he had an interesting haircut as by the quality of his teaching. So, clearly, students’ opinions were irrelevant.

A logical extension of this argument is that if students fail to make progress in a particular class, it is because the subject is more `difficult’ than the students can cope with, not because the teaching is no good.

These days most institutions recognize the value of teaching skills, and being a qualified teacher is more likely to be an advantage in job hunting than it was ten years ago. In addition, many universities run teacher-training programs for their staff, with varying degrees of commitment. As the volume of students admitted to universities increases, the need for competent teaching has increased. Nevertheless, many academics still see teaching as a necessary evil, rather than as a worthwhile and significant activity in its own right. A few years ago I was at a regional meeting of the Association of University Teachers (AUT) where I was told by a lecturer that he had obtained his current job “on the basis of my professional experience, not my teaching abilities”. As near as I can remember, these were his exact words. The inference one was supposed to draw, I imagine, was that teaching was not a `professional’ activity for a lecturer.

Preparation is everything

Teaching — in the sense of delivering lectures, workshops, etc. — is not particularly arduous. In fact, it is the preparation that causes all the problems. If you work in a discipline that changes rapidly, like law or computing, you will find that your classes need frequent updates.

In my current job — in a private-sector training organization — two to three people spend about six months on the preparation of a 5-day (35-hour) course. This includes editorial revisions, quality assurance, testing, and so on. In total this represents about 60 hours of preparation for each hour of delivery. My current employers can justify this expense because courses are taught in a similar format

“We all knew that students were incapable of mature judgement, and were as likely to rate a lecturer highly because he had an interesting haircut as by the quality of his teaching. So, clearly, students’ opinions were irrelevant” world-wide: if a course is taught a thousand times to ten students at a time, at a cost of £1000 per student, then the money raised will easily repay the time spend on preparation.

Universities don’t work like this. Usually a single lecturer will prepare and deliver each course. There is little teamwork or interchange of content between lecturers, and almost none between institutions. Each lecturer `owns’ his course materials, and guards them jealously. This means that the university simply can’t afford to pay the cost of developing first-class teaching materials. If it were to follow the model described above for training in the private sector, where each hour of teaching requires 60 hours of preparation, then a single-term undergraduate course (4 hours contact per week, for 10 weeks) would require 2,400 hours of preparation, or 100 person-days. Obviously the cost per delivery would decrease the more often the course was taught, but in most subjects a course can’t be taught more than a few times before it needs to be revised quite substantially. Course development is, as you can see, an expensive, time-consuming business.

So the unfortunate lecturer has three possibilities when it comes to preparing new courses:

  • to accept that it is impossible to do a top-notch job of course development, and do the best that can be done in the time available;
  • to use the time that ought to be spent on research or, worse, time that ought to be spent with the family, on preparation of teaching materials;
  • to use the same teaching materials year after year.

 

University academics are naturally fussy and perfectionist, which makes it difficult to accept the first option: doing the best job possible in the time available. Most lecturers either spend far too much time on course preparation or just reuse courses until their slides curl up at the edges.

Teaching methods

Most university teaching takes the same form now that it took 50 years ago: lectures, tutorials, and — in some subjects — hands-on laboratory classes. After nine years in the business I feel I can say quite categorically that lectures are mostly a waste of time for most students. This is particularly true in the newer universities, which recruit less highly motivated students. As these students don’t do any work between classes, the only exposure that they will get to the subject matter is what you tell them in lectures. The idea of standing up for an hour and talking about basic stuff that could just as easily — and much more quickly — be read from a book is something I find quite soul- destroying. At the same time, it is easier to do this than to produce a challenging and thought-provoking lecture that will stimulate students to learn something; moreover, it’s quicker and takes less time out of the all-important research allocation.

Tutorials can be quite effective, if the group sizes are manageable. With large groups you may be able to split the group into smaller units and have them work together instead of directing the class from the front, but this — again — takes time to prepare. A `tutorial’ with 40 students, being directed from the front of the class by the lecturer, is a lecture, whatever you choose to call it.

Hands-on laboratory classes are where the greatest educational gains are to be made, if your subject supports it. Again, recent increases in the number of students in each class have meant that `hands-on’ does not necessarily mean that each student has a hand on. Students frequently have to share equipment and take turns with it. Alternatively, students `work together’ on assignments, which means that one student does the work and the rest goof off.

Undoubtedly the worst teaching-related duty that a lecturer will experience is setting and marking examinations; this is so awful that it merits a section to itself (see below).

Research

Independent research is what motivates most academics. By `independent’ I mean research whose subject and methodology are dictated by the individual lecturer and not by managers or organizational policies. These days, research is only independent to the extent that you can find a funding body to support it; universities have very little in the way of discretionary funding to spend on research. Finding research sponsorship is a skill in its own right, and one that I never really got the hang of. People who do get the hang of it tend to advance rapidly in the academic hierarchy, because everyone likes to see money coming in. Typically, the deal is that you — the academic — will make a case for sponsorship to a particular funding body (e.g., a research council), and then use any resulting funds in a way that you have agreed with the sponsor, not with the university. However, the university will expect to take a chunk of the money (typically 20-40 percent) to cover the cost of housing your equipment and assistants. The larger the funding, the more floor space you will get, and the higher your status will be. You will need floor space and you will need assistants; this is because the process of maintaining adequate funding will leave you no time to do any real research: you will have to delegate it.

Administration

The disapproval which academics feel for teaching undergraduate’s pales into insignificance beside the absolute contempt they have for administration. Depending on the institution, a lecturer’s administrative responsibilities may include matters as mundane as timetabling classroom allocation and organizing the printing of course materials. Timetabling is particularly thankless, particularly as it could be done better and faster by a computer. In fact, it’s far too disheartening to discuss any further.

Part of administration is the attendance of interminable, excruciating meetings. To be sure, some of these meetings are important: these are the ones that are concerned directly with the award of degrees to students. Most of the others are pointless. Scott Adams, the creator of `Dilbert’ has written extensively about the characters found in meetings so I’ve got nothing much to add, except to say that all the personality types he describes — the whinging martyr, the pointless interrupter, etc. — are all represented fully in the academic world as they are in industry.

Now, if academics could all adopt the common-sense approach of Dilbert, and use meetings as a place to practice sleeping with one’s eyes open, things wouldn’t be so bad. But they can’t, for two reasons.

First, academics like to fight. Every decision that is taken in opposition to a particular person’s view is a threat to that person’s status. Second, academics tend to have very strong views on almost everything, regardless of whether they know anything about the subject or not. At meetings of the Computer Science department, it’s fun to throw in a suggestion like: “How about we get rid of Unix systems and use PCs running Windows instead”, and then sit back and watch the others fight like cats in a sack.

Another interesting factor about meetings in the academic world — apart from their duration — is that the balance of time spent on important things and trivial things tends to be distorted. I have seen a major building project disposed of in five minutes, followed by an hour-long discussion of which fonts to use in course handbooks. This is understandable: everyone can have an opinion on typefaces, but building contracts are incomprehensible.

Students

Students represent the lecturer’s greatest reward and heaviest burden. Some students can be both at the same time. There can be few more gratifying experiences than to instil a life-long love of learning into another human soul, or to hone a blunt, dull-edged mind into an analytical instrument of surgical precision. Most lecturers experience this once or twice in their careers. For the rest of the time, we take averagely bright individuals with modest critical faculties, and do what we can to turn them into averagely bright, but well-educated, individuals with some notion of independent thought.

The brain drain

For most academics, it is fun to teach students that are exceptionally smart and capable. There are some lecturers who derive satisfaction from helping the less gifted to achieve their full potential but this — although admirable — is rare. Generally smarter students respond better to instruction and require les s of it, so you win both ways.

The problem is that few lecturers are fortunate enough to work in a university where all the students are budding Einstein’s. In almost all institutions you will hear the following observations reported:

  • every year, more students have to be taught by the same number of academics;
  • every year, the average level of academic capability of students is lower than the year before.

Now, we have to be a bit careful here. I can imagine Socrates complaining to Plato that Athenian youths weren’t as bright as they had been in his day. In fact, whining about the declining intellectual capacities of students is a favourite pastime of all teachers; they just can’t help themselves.

So with that warning out of the way, allow me to perpetuate the noble tradition of student-bashing in my own way. It seems to me to be a matter of fact, not of conjecture, that if the number of people of a given age in higher education increases, then the average intelligence of the student body must decrease. This observation is roundly rejected by central government, and disparaged — at least in public – by senior university administrators. But, as I said, it’s a matter of plain fact. However, we choose to measure human intelligence, whether it be on an IQ scale or otherwise, there will be a concentration of measurements in the region of some central point. For IQ, that centre is at about 100 IQ points. This is not a coincidence: IQ is defined such that it averages to 100 points. Now, there will be some people with IQs higher than this, and some lower. The number of people with IQs over 140 will be smaller than the number between 130 and 140. This number will in turn be smaller than the number between 120 and 130. The number of people with IQs between 100 and 110 points will even larger. And so on. This is simply a matter of empirical observation. If we admit more eighteen-year-olds to universities, will we be admitting more people with IQs in the 120+ range, or in the 100-120 range? The fact is that people with IQs of 120+ have always had a university education. We can’t get more of these people into university, because they are all there anyway. If we wish to have more people in higher education, then we have no option but to admit less able students; it’s just a matter of arithmetic.

Now, I’m not suggesting for a moment that people of ordinary levels of intellectual capacity should be denied an opportunity to be educated to their full potential. Far from it. But, if we as a society make a decision to do this — and we have — and we choose to use the medium of the existing university structure to do it, then we must accept that the average intellectual capacity of students will decline. Again, no problem in itself. The problems start to arise when people claim that universities can educate to objectively-defined, stable standards despite the decline in the average ability of the student. This is clearly impossible, and one of the greatest sources of stress for university lecturers.

Here are some other comments often heard about students from lecturers.

  • “Students are lazy: they don’t do anything outside class”. Students are only lazy compared to university lecturers, who tend to be driven by their inner demons. For a lecturer to say that a student is lazy is like a giraffe criticising a horse for having a short neck. Actually many students are very industrious: they are all working outside class to pay their tuition fees. When I was an undergraduate most students could expect at least a modicum of financial support from the state; this has now all but disappeared. An increasing number of students have to work not merely part- time, but full-time.
  • “Students are illiterate”. Again, as many academics think that misusing an apostrophe merits the death penalty, the standard of comparison may be invalid. In fact, university students write as they speak, as do most people. The problem is that most people have no formal training in writing skills by the time they get to university. This is hardly the fault of students; if you are the kind of person that finds tortured grammar offensive, seek alternative employment.
  • “Students have poor numeracy”. Everyone has poor numeracy. The ability to think around problems in numerical terms is a special skill that takes most people years of continuous practice to acquire. I can assure you from experience that well-educated professional people are no more numerate on average than undergraduates.
  • “Students leave everything until the last minute”. See above. University lecturers tend to be well-organized and logical, and have learned the hard way how to make optimal use of time. Everybody else puts off doing disagreeable tasks as long as possible.

That sinking feeling

I heard a rumour that doctors use the abbreviation `HSP’ on a patient’s medical records to indicate to other doctors that the patient is likely to be a bit of a trial. `HSP’ stands for `heart-sink patient’. As a university lecturer you will encounter the related phenomenon of the `heart-sink student’. There are certain students in every department that the lecturers dread dealing with. Not, usually, because these people are abusive or threatening, or even particularly demanding. On the contrary: some HSSs — as I shall call them — are the nicest people you could hope to meet. HSSs usually earn their status in one of the following two ways (sometimes in both).

  • The first type of HSS — the less emotionally draining — is the person who is incapable of finding things out. However clearly you think you have explained something in a class; however thoroughly you have analysed a problem; however monosyllabic your presentation: the HSS will be there after class — every class — seeking further clarification. This student will not always be a person of less-than-average academic prowess, although this is sometimes the case. More often, the HSS is a person who has no confidence in his or her intellectual faculties, and needs constantly to be reassured. The problem is that this student does not seem to be able to make use of the information sources that are available when tackling a problematic subject area. Most students will exercise a degree of initiative, and seek answers from books, Web sites, and other students. The HSS simply registers incomprehension and then sets off to find the lecturer. In the most intractable cases the HSS will require everything to be explained repeatedly before being satisfied.

 

  • The second type of HSS is much more of a problem. This is a student who develops an unhealthy dependency on a lecturer as a result of emotional problems. As a lecturer, you must remember that many students are young and a long way from home (particularly in these days of increased intake of students from overseas). `Home’ in this case need not be merely a geographical location: many overseas students are cut off from their cultures and social support structures as well as from their geographical homes. The phenomenon is not necessarily more prevalent in students who are furthest from home: I never noticed it among Chinese students, for example. The reason, I think, is that some ethnic and cultural groups are strongly represented in universities, and their members are able to form their own support networks. Similarly, in North London there are large populations of people of Greek, Turkish, African and Indian ethnicity. Students who could identify with these cultural groups also were rarely a problem. On the other hand, students from cultures that were under-represented were much more likely to turn into HSSs. In my experience the most emotionally troubled students were from the Middle East, the USA and Australia. These were all nationalities that had few students in each faculty.

This type of HSS manifests deep insecurity and loneliness. He, or she, may try to meet the lecturer several times a day. He may follow the lecturer from classes, and seek opportunities to prolong a conversation. He may — and frequently does — seek out courses taught by a particular lecturer, to the detriment of academic balance. When alone with the lecturer, the student may well be tearful and sullen, while appearing bright and cheerful in public.

None of this is particularly dramatic, but such behaviour is not characteristic of a professional relationship between mature adults.

Most universities now have counselling services to help students with emotional problems, but I always found it difficult to tell students that they needed this kind of intervention. This is bad, because prompt counselling may avert problems before they become serious. `My’ HSSs were mostly harmless, but I have encountered behaviour that borders on what might be called `stalking’ these days. It’s rare, but it does happen. Occasionally the police have to be involved. Slightly more common, and just as worrying, are students who attempt to commit suicide in the presence of their lecturers. On one occasion I had to restrain a student physically who attempted to jump out of a window while shouting “I’m gonna do it! I’m gonna kill myself…!” Almost the saddest part of this event was that the window in question was only six feet above ground level.

 

It’s important to be able to distinguish the student who is exhibiting a healthy reaction to awful events, from one who is emotionally disturbed. In my time as a lecturer I encountered students who faced appalling personal circumstances: families killed in wars, serious illnesses, and financial privations, among other things. These students either dealt with the problems and carried on, or left the university. The HSS, on the other hand, never deals with whatever problems he has, and continues to be a drain on anyone who shows any sympathy.

Although a university lecturer will have to deal with many students whom it is unrewarding and exhausting to teach, I want to stress that real heart-sink students are very rare. An increasingly important skill for a lecturer — one that I never really mastered — is the ability to maintain a professional distance from the emotional turmoil’s of your students. You will have your own stresses to deal with. If you show any willingness to engage with these students’ problems at a personal level, many others like them will seek you out and destroy you. This is why it is increasingly common for university planners to put lecturer’s offices into a part of the building that is secluded from outside access. When I first started teaching in universities, any student who wanted to see me could stroll up to my office. By the time I left, my office was in a part of the building that was protected by two security doors. All this, of course, increases the sense of isolation and lack of support that students feel.

Examinations

Exams are a key feature in the life of a university student, and an even bigger feature in the life of a lecturer. In some organizations, activities associated with examinations can absorb 50% of a lecturer’s time.

Students are often surprised to learn that examinations are often set in advance of the preparation of the course being taught. This is necessary because the procedures for getting an examination through the various stages of a approval and quality control are so complicated. In addition, as most universities offer students the opportunity to re-sit examinations they have failed, it’s common to have to set a re-sit paper as well as the main paper. An individual lecturer will probably be responsible for examining two to four courses in each term, and if we assume there are six questions on each paper, that means that you will have to write 24 exam questions — and marking guides and model answers — in total each term. It’s therefore a good idea to start early.

If setting exams is a chore, marking exams is a nightmare. I frequently had three classes with over a

hundred students in each, and where each class would have an exam paper which required four questions to be answered. That’s a total of 100 * 3 * 4 = 1,200 exam questions in each teaching session. Then, if 10 percent of these students failed and had to re-sit (which wasn’t unusual), there would be a further 120 questions. That’s an awful lot of marking, however you look at it. The university would sometimes provide assistance by contracting part-time lecturers for marking duties, but this caused further problems in reconciling the marking standards adopted by different individuals; frequently this was more trouble than it saved.

Moderation in all things

After the nightmare of marking, we have the living hell of moderation. `Moderation’ is, in principle, the process of ensuring that marking is fair and consistent. The real purpose of moderation is to fool auditing bodies into thinking that there is some kind of procedure to the examination process. Committees can spend hours debating the relative merits of `blind double marking’, `open double marking’, and so on; in practice, however, no-one has the time to indulge in these activities so it is necessary to give the illusion that they have been done. A typical strategy is to select samples of students’ papers for double-marking. No-one knows how big the sample sizes should be, or what level of statistical accuracy is to be achieved, or how to deal with discrepancies in the marks awarded, so organizations are free to implement this scheme as they see fit. There is no evidence that they are efficacious, or that they serve any purpose other than increasing the workload of the already burdened academics, but they do keep the auditors happy, which is the main thing.

Happily, it is increasingly realized that true moderation is impossible, and lecturers can club together the form `moderation rings’, in which everyone moderates the work of his friends and colleagues. This is much less hassle that doing the job properly, and is indistinguishable to all but the most cynical administrator.

External moderation is a different matter: the moderator won’t usually have a close working relationship with the moderate, so is less reticent in being critical of examination standards. Usually external moderation is put forward as a way to ensure that different institutions adopt comparable standards. In practice, moderators have to work to the moderated institution’s own standards — at least to a degree — or be driven mad by the contradictions involved.

Stress

There is an impression among university graduates that don’t themselves work in universities (i.e., most of them) that the life of a lecturer is idyll of academic indolence. The very word `lecturer’ conjures up images of stuffed armchairs in oak-panelled studies, strolling over the lawns discussing the deconstruction of post-modern verse, and spending a couple of hours a week giving the same lecture as last year, and as the year before.

Does this sound like an agreeable working life? It certainly does to many would-be academics. What about this instead: an article in the Guardian last year (June 12, 2001) reported that 88% of lecturers claimed to have suffered from stress-related health problems, ranging from high blood pressure to strokes and alcoholism. Does this sound like an agreeable working life?

I have become convinced that the continued existence of universities is predicated on this simple fact:

lecturers would rather work themselves into an early grave, rather than fail to meet their perceived obligations to their students or to scholarship. The entire system hinges on this being true; if it weren’t, then university education would cease.

So what are the specific causes of stress?

Long working hours. A survey by the NATFHE union in 1998 reported that over a quarter of lecturers routinely worked more than 55 hours a week. I found myself that 70-80 working weeks were not that uncommon. Various explanations have been advanced for the existence of this excessive workload, but the cause is irrelevant; it’s the brute fact that’s important to the individual lecturer.

  • Erosion of the distinction between home life and work life. The same survey reported a “striking” spill-over from the workplace to the home. One of the most insidious problems in university work is that much of it is open-ended. Only your professional pride dictates when jobs are finished to your satisfaction. Because many tasks have no well-defined deliverables, it becomes very tempting to take home some `light’ work which won’t interfere too much with family life (reading a conference paper, for example). So your workplace has entered your house. Now, once you’ve accepted that the boundary between work and home has been broken, it becomes natural for `home’ to be the place where you finish off all the stuff you can’t finish at `work’. Because there are immense pressures to teach more courses to more students, your working day can easily be full of student-related activities. Where are you going to do your administration, research, background reading, and grant applications? At home, that’s where.
  • Perceived low value of the work. Much of the work that lecturers are increasingly being asked to do is perceived to be of `low value’. To an academic `low value’ work is anything that doesn’t advance scholarship, or doesn’t seem to. This includes activities like accounting for how one spends one’s time, dealing with disputes between students and staff, timetabling classes, writing `mission statements’, and conforming to institutional standards for document preparation and the like. Whether these things really do advance scholarship indirectly is a matter that could be argued either way, but ultimately lecturers aren’t interested in this sort of thing, and resent being compelled to do such work.
  • Cognitive dissonance. This can be defined simply as the effect of trying to reconcile beliefs or values that are irreconcilable. For example, lecturers like to believe that they are upholding and furthering objective standards of scholarship. Moreover, they think they know what those standards are. At the same time, they believe on the basis of observation that the intellectual prowess of students entering universities is, on average, declining. If these beliefs are true reflections of fact, then the average numbers of students failing, of failing to complete, university courses should be increasing more rapidly that it currently is. Something simply doesn’t add up here.

Academic politics

“Academic politics is the most vicious and bitter form of politics, because the stakes are so low.” — Wallace Sayre

While captains of industry manipulate each other and the people around them for big bonuses, stock options, and fat retirement funds, academics will cheerfully sabotage each other’s careers for the right to sit in the big, comfortable chair at meetings. In fact, even the most senior academics probably earn as much money as a computer programmer in the private sector with a few years’ experience. So what is it that motivates these people?

 

Status

Lecturers are not motivated by the same things as other people — money and power — but by the desire to be acknowledged as an expert in a chosen field. This is an academic’s measure of status.

To be acknowledged as an authority, the academic will need to have a large number of students and assistants to do all the real work, and have a large amount of space to house them in. As a lecturer’s fortunes rise and fall over time, his floor area will grow and shrink. If the floor area becomes large enough, a highly motivated lecturer can make a bid to take over a department. This is particularly true in institutions where heads of departments are chosen from the academic staff by consensus, rather than by administrators. In other words, a lecturer’s status, recognition, and floor area are inextricably linked.

Now, as discussed above, a lecturer’s recognition by his students is irrelevant because students’ opinions are held to be worthless. What matters is recognition by other lecturers. This means that status is tied to research activity above all else, as it is something that other lecturers can relate to. No lecturer increases his status by being a renowned teacher.

Status is everything

Considering how meagre their achievements usually are in terms of the impact they have on the world, it may be surprising how arrogant and self-satisfied many lecturers are. This is explicable on that basis that a lecturer’s status is based on his or her recognition as an expert, so it does not help to show any uncertainty or intellectual weakness. In addition, since we can’t have an profession in which every member is at the top of the tree, so to speak, an individual’s status can only increase if another’s decreases. This explains why academics spend so much time rubbishing each other’s work.

Class

The British class system is alive and well in British universities. Some are worse than others, of course; older institutions tend to be the worst culprits, but not always. Class manifests itself in the segregation of different categories of staff and student.

The `upper class’, if you will, are the senior academics: professors and deans. These people have reached a level where they don’t have to do any real work at all: they just coordinate other people’s efforts. The `upper middle class’ comprises the full-time lecturers, the main body of the academic staff. The `lower middle class’ are the research students and research assistants. Note that all these people have some research interests, and this puts them into the middle class. The `working classes are the technicians, part-time lecturers, and administrators. These people don’t do any research, and therefore have no measurable expertise. Thus they are doomed to be an underclass. Note that research students occupy a more exalted position than technical staff, even though earn no money and have no real responsibilities. This is a further manifestation of the finding that status is governed by research.

Until as recently as a few years ago, a sort of apartheid existed between the `middle class’ academics and `working class’ administrators and technicians in many universities. They had separate washrooms, separate catering facilities, and different types of contract. Moves to break down the class barriers were often met with hostility — on both sides. To be fair, academic staff and administrative staff frequently found that they had very little in common, so this isn’t entirely surprising. In fact, academics typically have very little in common with anyone except other academics.

Getting in and staying in

Let’s suppose that, having read the above and, remaining undeterred, you still hanker for the groves of academe. How does one go about becoming a lecturer? There are, essentially, three ways in, which I call the `front door’, the `back door’, and the `trap door’.

The front door

To enter the academic profession by the front door is to follow the approved, socially acceptable, route. It is also the hardest, least remunerative, and the least likely to succeed. However, if you do succeed this way then you will likely continue to succeed, because all the people that succeeded in front of you succeeded the same way, and academics, as we know, like people like themselves.

The traditional route into an academic career is to study for a good first degree, then a PhD, then to gain experience as a post-doctoral research associate for a few years. You will then be in a position to apply for the most junior of academic jobs. By this point you will probably be about 30 years old, hold at least two good degrees, have worked in a professional capacity for several years, and be earning about the same as a recent graduate (According to the Guardian (July 15, 2002) the average starting salary for a university graduate, over the whole of the UK and in all sectors is £19,600. National pay scales set entry-level university lecturer salaries at £20,000-26,000). Even if this appeals, there are two major problems.

  • You must be able to survive as a post-doctoral researcher for an unspecified length of time. In London you will earn (according to the Association of University Teachers) approximately the same as trainee driver of Underground trains with 5 GCSEs (about £18,000). However, the trainee driver will be 16, you’ll be at least 24, and that’s assuming that you’ve done nothing but study for your whole life.
  • Even if you have adequate qualifications and experience, competition for junior academic positions in reputable institutions is intense. There are far fewer openings than there are people. What this means is that you’ll have to continue to take successive short-term contracts to support yourself, while frantically applying for every decent permanent position going.

 

While I was a PhD student I worked alongside people who were in their late 30’s, and had been contract researchers their whole working lives. Many of them had the same responsibilities as lecturers (and were called `honorary lecturers’), but without any form of job security.

It’s been argued that this way of life is a good preparation for the rigours of an academic career, in the same way that it is argued that working 70-hour shifts is good training for junior doctors. It is certainly true that this `front door’ approach is probably the only way into the more prestigious universities at present.

The back door

Many universities have a `back door’ recruitment policy that works in the interests of practicality. The back door may admit people, for example, from outside the academic world who have particular skills that the institution needs. While a university would be loath to pay a living wage to a 30-year-old PhD graduate with five years’ experience as a research assistant, it may be prepared to be more generous to a person of the same age from the industrial sector. Remember that a university is going to want to recruit through the front door if it can, and the only reason it will relax this policy is if it can’t get staff of decent calibre this way. We have already seen that competition for entry to good universities is quite intense, so it follows that back-door recruitment is most likely to be effective for less prestigious institutions. An exception is that even the most respected universities may admit non-academic captains of industry into the professorial ranks; at that level of seniority contacts and reputation are more important than academic prowess anyway.

To enter the academic profession through the back door you don’t always need a PhD, but it helps.

On the whole, back-door recruits have a harder time of things than front-door recruits. This is because they tend to have fewer contacts in the academic world, and have less experience at raising research funding.

The trap door

I use the term `trap door’ for methods of entering the profession which are indirect. On the whole, these methods are now defunct, but if you work in the academic sector you are likely to encounter trap-door people, so it’s as well to recognize them, as they have a totally different outlook on life to that of academics who have entered the profession the hard way.

One method of becoming a university lecturer is to get a job as a lecturer in a college of higher education that is seeking to become a university. When the institution changes status, you will change with it. This happened en masse in 1992, of course, when all polytechnic lecturers became — for better or worse — university lecturers. Many of these people were, and still are, admirable lecturers. Some failed to adapt to the changed emphasis and left the profession, often into secondary and further education. Others cling doggedly on, despite being academic outclassed by the new intake of junior lecturers. Many of these people are quite senior, and well payed. This is a cause of chagrin for recently- appointed, highly qualified young academics. Why, they argue, should a person with a PhD and a proven track record in research earn less money than an ex-polytechnic lecturer who does half as much work and is far less skilled? Bad luck, that’s why.

Another short-cut for the budding academic is to get a part-time post as a lecturer, or a short-term contract, and become indispensable. Competition for part-time and short-term lectureships is far less intense, so recruitment is more relaxed. If you are good at the job it will be much cheaper for the university to continue to renew your contract every time it expires than to recruit someone else. Eventually, you will have amassed enough working time to be in a position to take legal action against your employer for wrongful dismissal if it fails to renew your contract when it expires. You can then insist on being offered a full-time and/or permanent contract when the university wishes to recruit new staff. This tactic can be very effective.

On the whole, people who join the academic profession in ways like this are accorded less respect from their peers than people who do it the hard way.

Those who can: do; those who can’t: teach

To conclude, here are some tips that I couldn’t follow myself. If I had followed them, perhaps I would still be a lecturer. But I doubt it: I like to be able to pay the mortgage every month.

 

  • Your time is limited: the work isn’t. Academic work is open-ended; however much you do, there will always be more that could be done. Even if you could work 24 hours a day the mountain of work that needs to be done will still tower over the molehill of work actually finished.
  • Never take work home. Not ever, not even once, however inoffensive it seems. Taking home, a research paper to read is the thin end of the wedge that has staying up all night marking exams at the thick end. The absolute worst that can happen if you follow my advice is that you’ll get fired. The worst that can happen if you don’t is that you’ll die. In my last job two of my colleagues attempted suicide as a result of the stress of the work. Two others needed psychiatric treatment. Keep a sense of proportion.
  • Don’t take a personal interest in students’ well-being. There are just too many of them, and only one of you. Find who is responsible for dealing with students’ non-academic problems and be ready to delegate pastoral responsibilities.
  • Don’t expect students to be as hard-working, smart or well-organized as you are. This will only lead to disappointment. Remember that students have totally different motivating factors to lecturers.
  • Maintain employable skills. For most academics, the idea of getting an `ordinary’ job, where you have a boss and wear a suit, is unthinkable. However, it reduces stress if you know that you could find alternative ways of making a living if you had to.
  • Don’t evince any technical skills to your colleagues. It is handy to have some (see above) but you should keep them to yourself. First, if you are good at, say, fixing computer problems, people will keep asking your help. Second, technical matters are `working class’ to academics, however skilled they may be, and will lower your status.

Conclusion

A university professor of my acquaintance retired recently, after 40 years’ service. His comment on his long and distinguished career merits quoting: “I think that, on the whole, the benefits of an academic career are largely illusory”. Yet people continue to want to make their livings this way, despite the difficulty of entering the profession and the stress of remaining in it. These people are generally skilled and highly employable, and could make much easier and more remunerative lives for themselves. Why do they do it? The fact is that fewer and fewer people are doing it: people are leaving the academic world at a greater rate now than has been the case for many years. On the negative side, unless you’re very senior, salaries are uncompetitive even with unskilled occupations, and the long hours and stress can’t be good for general health. On the positive side, being a lecturer gives a strong sense of public service, of working towards a higher goal than mere personal enrichment. This, no doubt, is a significant motivator for public-spirited people.

Credit for writing this very long essay goes to: http://www.kevinboone.com

 

On-line Learning

online-studyFrom the point of view that on-line learning is an additional method and in many ways a very rewarding way of delivering quality education. The trend in educational institutes is to move towards a more flexible student-orientated approach. The tradition way and more economical way of piling large numbers of students into a lecture theatre are, at last, being seen as not the most suitable way of creating a quality student learning environment. It is time-consuming to develop on-line material and can be expensive but research proves that students prefer a method where they can explore in more detail area that has caught their imagination. My experience has been that to create multimedia interactive learning material, which can also be applied to on-line learning, is very time-consuming. I am now of the opinion that it may be a better approach to source funding for the project then employ a specialist to create the material. The role of the lecturer then becomes one of a manager, in that they will be responsible still for the delivery and content but will be free of the burden of training oneself to initially create the material. Although I am a firm believer that on-line learning can enhance student learning, as is suggested by the student feedback it is still important to consider the problems that may be encountered. On-line learning is not automatically a vehicle for productive and effective learning. All sorts of fascinating usually inappropriate things easily sidetrack students, this results in them staying well away from the intended learning outcome.

Comments by Barry Batson

 

Sustainable design – How sustainable is it in a market driven economy?

Every garment in the shop has been designed by a designer. The media run features about glamorous famous designers who set new trends and control their own collections in minute details. They can also determine the environmental impact of their designs due to the availability of resources and time at their disposal. These garments are out of the price range of most of us or to be more precise exceed the price most of us are will to pay. There is a niche market of sustainable clothing which is designed and produced to the highest environmental standards, but this pushes the price up considerably and only appeals to a small fraction of the market.

Most garments are designed by designers working for retailers and manufacturers, who research what will sell and decide the overall look and feel. They select the materials and determine how the garment is made. Making all the fundamental decisions, designers seem the ideal people to take ownership over its sustainability.

However, it is not that simple. Designers can’t just design what they like or think would be good for the environment. The garments need to be sold in order to remain in business. What people buy depends a lot on what they see other people, especially celebrities, wear. Fashion might demand certain materials or processes that designers are expected to adopt in their collections. Strong competition on price has pushed manufacturing to ever further places, so that designers have little personal contact with the manufacturers and are often unaware of how the garments are made in detail and, therefore, what the environmental impact of the manufacturing process might be. Much of the environmental impact of garments is not in the sewing or knitting of the garments but in the generation of the fibres and the making of the fabric. From looking at the materials, it is impossible to assess the impact their production has had. Fabric printed with organic dyes and made using properly treated waste water looks very similar to fabric made without any care for the environment.

While it is possible to perform tests to find out, in practice it is mainly price and brand that give an indication. Theoretically, it is possible to do a life-cycle assessment on the garments, but the cost of this would far exceed the profit margin of any individual design. Designers are not just dealing with one design at a time, but usually, are involved with hundreds of different designs and materials. They simply don’t have the time to follow individual materials or manufacturers up in any detail.