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labor The Future of Work - Three Reports

Two reports on a recent Oxford University study that predicts that nearly one-half of existing jobs in the United States will be replaced by robotic machines in the next generation. Plus, a video of a related lecture by an MIT economist who specializes in the impact of technology on employment.

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What Undercover Boss and The Jetsons Tell Us About the Future of Jobs

by Miles Brundage

Slate

In the early days of artificial intelligence research, it was commonplace for the well-educated academics in the field to (mistakenly) think that being “intelligent” meant being good at things that other well-educated academic researchers struggled at, like playing chess. We now know, however, that it's far harder to get robots to do things that come naturally to us (like identify objects and pick them up) than it is to get them to prove logical theorems or find patterns in huge volumes of data—things we humans struggle at. This and other counter-intuitive trends in AI and research on the nature of human intelligence have discouraged researchers from trying to predict which jobs will be automated, but a provocative new study by Carl Frey and Michael Osborne at Oxford University tries to do just that, and their findings are alarming.

In “The Future of Employment: How Susceptible Are Jobs to Computerisation?,” Frey and Osborne estimate that 47 percent of U.S. jobs are “at risk” of being automated in the next 20 years. This does not mean that they necessarily will be automated (despite the way the study has been portrayed in some media outlets)—rather, the authors argue, it is plausible over the next two decades that existing and foreseeable AI technologies could be used to cost-effectively automate those jobs out of existence. Machines may not (and probably won't) do the jobs the same way as people, however—just remember the last time you used an automated check-out system at a grocery store. There’s a difference between machines doing something cheaply and doing it well. Frey and Osborne took into account the possibility of such “task simplification” in their analysis.

Which jobs are most at risk? According to The Jetsons, we should expect robots to clean our houses and do other working-class occupations that educated elites have historically looked down upon as “unskilled.” But anyone who has done such a job, or has watched an episode of Undercover Boss and seen highly-paid CEOs fumble while trying to carry out the demanding minimum wage jobs usually performed by their underlings, knows that there is no such thing as unskilled labor anymore (if there ever was), especially if you are comparing humans and machines in the same breath. The gap between humans and current AI is vastly greater than the differences between humans.

Frey and Osborne focus on “engineering bottlenecks” in AI and robotics, and compare these stumbling points with the requirements of jobs in order to determine which are most and least likely to be vulnerable to automation. The biggest bottlenecks are perception and manipulation, creative intelligence, and social intelligence, all of which computers struggle mightily at (but Rosie the Robot excelled at, by the way). While the trend in recent decades has been towards a hollowing out of “middle-skill” jobs and an increase in low-paying service sector jobs and high-paying, highly educated jobs, Frey and Osborne expect that automation in the future will mainly substitute for “low-skill and low-wage” jobs.

So who, specifically, should be worried? They write:

Our model predicts that most workers in transportation and logistics occupations, together with the bulk of office and administrative support workers, and labour in production occupations, are at risk. These findings are consistent with recent technological developments documented in the literature. More surprisingly, we find that a substantial share of employment in service occupations, where most US job growth has occurred over the past decades (Autor and Dorn, 2013), are highly susceptible to computerisation.

This may turn out to be correct, though I'd note two reservations I have. First, the model uses (in part) the notoriously unreliable subjective estimates of AI researchers to assign values to whether tasks can be automated or not, and second, it uses lists of job requirements, that the authors acknowledge are not written to assess whether a job can be easily automated. Indeed, job ads don't list things that are universal (or nearly so) across humans, such as rudimentary social intelligence, language understanding, and commonsense. As AI researcher Ernest Davis points out, there has been “only very limited progress” in equipping robots with commonsense reasoning skills.

What do the authors predict will happen to those whose jobs are automated out of existence? “Our findings thus imply that as technology races ahead, low-skill workers will reallocate to tasks that are non-susceptible to computerisation–i.e., tasks requiring creative and social intelligence. For workers to win the race, however, they will have to acquire creative and social skills.” Besides Undercover Boss, one could also consult Mike Rose's excellent book The Mind at Work: Valuing the Intelligence of the American Worker in order to lay to rest the notion that low wageworkers lack creative and social skills.

Still, Frey and Osborne are pointing toward a quite urgent and important issue: how we can best structure our education system and ensure ready access to retraining services so that everyone has a fair shot at thriving in the labor market of the future. And as Matthew Yglesias of Slate notes in his overview of Tyler Cowen's latest book on related issues, Average Is Over, various policy changes could enable more equitable social outcomes from the spread of intelligent machines we can expect this century.

However, let's keep in mind that technology does not proceed autonomously, detached from any human influence. It is our tax dollars that fund most of the basic research underlying automation technologies, humans are designing these systems, and consumers have at least some say in how well automated service technologies fare in the market. I can imagine, for example, that “made (or served) by humans” could be the “organic” or “fair trade” of the future. If we as a society collectively vote with our wallets for good customer service by real people, the future may just look different from the often gloomy predictions of science fiction. After all, if there's one thing humans will always be better at than machines, it's being human.

Computerization’s Effect on Sourcing and the Future of Employment

Glenn Gutmacher

October 7, 2013

sourcecon

Two University of Oxford professors have caused quite a stir in the employment world with their September 2013 research paper, “The Future of Employment”.  Michael Osborne and Carl Frey predict 47% of US jobs are at risk of disappearing over the next 20 years due to continued improvements in computerized applications of artificial intelligence and robotics.

We’ve seen the massive impact of automation on employment before, such as what happened to individual farming field hands in the agriculture industry or to manufacturing workers during the rise of automated equipment in factories.  But this time, it could be even more significant because technology isn’t simply able to replace low-skill workers, but also many of what we label as mid-level workers.

In their recent interview on WGBH/Boston radio’s Innovation Hub, the authors explain that recent advancements in computer technology, particularly in machine learning and automation, show that computers are able to perform “subtle judgments” which previously were thought to be the exclusive domain of the human mind.  Combined with the incredible power of data storage and retrieval, this foretells the end of a wide range of jobs.  Predicted examples include sports referees and umpires (today’s computers are increasingly adept at analyzing at large datasets without bias), truck and taxi drivers (see Google’s fleet of fully automated cars and major automakers’ predictions of mass-produced driverless vehicles in 12 years), and aspects of other jobs, such as paralegals, whose time spent on finding the appropriate passage in case law to support a legal argument will no longer be necessary.

However, those workers whose jobs depend on originality, human perceptiveness and social interaction, such as doctors, lawyers and art designers, as well as consultants and team managers, are expected to continue to be safe.  In addition, the numbers of those in gardening and other artisan jobs featuring unique, hand-crafted quality should increase.

Conversely, some jobs that one might think as low-skilled will remain in demand, such as child care and housecleaning.  The latter is due in part to the wide range of variability from item to item and home to home (e.g., how tightly should a vase be grasped by a robot in order to clean it without breaking it?).  But for work environments that are highly structured with consistent layouts, temperatures, object types, and relative locations — such as hospitals, factories, and warehouses — they lend themselves to automation.

You may be thinking how much this will impact sourcers and recruiters.  Those who generate candidates purely through online sourcing are at risk, unless they have mastered the automation tools by which their company gathers data, and thus are seen as internal subject matter experts.  Deep researchers whose work transcends recruiting into the realm of competitive intelligence, who need to use a significant amount of creativity and judgment, are probably safer, as are the recruiters who use perceptiveness and human interaction in their candidate engagement process via phone and social media.

The authors would not be surprised if the computerization trend leads to social unrest among many lower-skill workers (the “rage against the machine” scenario), but feel their ability to revolt may already be too compromised with the decline in labor unions and the seemingly irreversible trend towards offshoring (not just in recruiting) for cost reasons.  It also may not come to that, as they say, because we have historically found ways to move people into new occupations through education, or evolve enough aspects of their current work to add value beyond technology itself, so jobs “at risk” doesn’t necessarily mean complete elimination.  More good news:  with the increased availability of free or low-cost education through massive open online courses (MOOCs), the rate of learning should accelerate.

But as the paper’s authors advise American employees in their interview, it’s time to learn to work with computers, not like computers.  Sourcers and recruiters should take heed!

Andrew McAfee, economist from MIT, discusses the future impact of computerized technology on employment.  Click here.