Monday, November 5, 2012

ACS Webinar on the doctoral glut

ACS Webinars is holding one on "Are there More Scientists Than Jobs?". This is with Professor Richard Freeman (Harvard). It is also with Professor Paula Stephan (Georgia State), author of "How Economics Shapes Science." It will be moderated by Patricia Simpson, Director of Academic Advising and Career Services for UIUC's School of Chemical Sciences.

Let me be blunt and say this up front: Professors Freeman and Stephan are well-respected scholars on this issue, and have more-or-less come out on the "Yes" side of the equation above.

Tune in nn Thursday, November 8 at 2 pm Eastern. I'll be listening (and Tweeting/liveblogging), and I hope you will be as well. 

ACS resources for unemployed chemists

Looks like there's going to be an online job club for unemployed chemists, run by ACS, on Tuesdays at 2 PM Eastern.

Click on the link for other ACS resources towards finding a job (I guess Chemjobber doesn't merit a mention -- sigh.) 

Human stories abound in C&EN's employment outlook issue

Credit: C&EN
From Linda Wang's excellent, yet excruciating story on unemployment among pharma chemists, some terribly sad stories:
“I’m listed as employed,” says “Eric,” 46, who was laid off in 2007 from his position as a senior chemist at Johnson & Johnson and is now an adjunct professor at three different colleges and universities. “I got reemployed, but is this what employment should be like for someone at my level?” [snip] 
...He teaches as an adjunct professor on Mondays, Wednesdays, and Fridays, splitting his time among three colleges and universities that are 50 to 70 miles apart. He leaves around 10 AM and doesn’t get home until after 11 PM, leaving little time to spend with his twin daughters, who are nine years old. 
Because of the length of his commute and the high cost of gas, Eric sold his car and bought a used Suzuki with better gas mileage. “The previous car was costing me about $1,000 a month in gas, and that was not sustainable,” he says. He has roughly $400 left in his 401(k). “Four hundred bucks is no 401(k); it won’t buy you a plane ticket anywhere,” he says. But he’s not one to dwell on his difficulties. “It’s tight financially, but the fact is we’re still surviving. It’s just a little harder, that’s all.”
I found this comment on ACS' Salary Survey data kind of amusing:
“The data that ACS has is for the most part self-reported, and that’s always going to underreport the truth,” says Lee H. Latimer, a consultant and longtime ACS volunteer, who was laid off from Elan in 2011. “Many may have a job, which keeps them from collecting unemployment, but they’re not working either in their field or in a position that comes anywhere close to matching their previous income”—meaning, he says, that they’re effectively underemployed.
And how about the PMP, that certificate of awesomeness from a couple of years ago?:
“Michael,” a Ph.D. organic chemist in his 50s, living in California, knows just how unsettling this roller-coaster ride can be. Since he was laid off from a biotech company in 2008, he has applied for more than 10,000 jobs, some 7,000 related to the chemical sciences and 3,000 outside of science. 
Meanwhile, Michael has earned certifications in clinical trial design and management, regulatory affairs, quality assurance and control, and project management. But “by the time that I finished, not only did the number of these jobs decrease, employers weren’t going to take anybody who doesn’t have experience. The training is not enough for them,” he says. “I went and retrained myself, but I still cannot get a job. 
I don't think it's a coincidence that most of the people in these articles are in what is supposed to be the prime of their careers (late 30s to 50s). That it has become brutal for mid-career chemists (the people who are probably going to be most productive and have the most ability to innovate) is fundamentally clear. It is beginning to be clear that not a single organization (not ACS, not the pharma companies, no one in government) has any idea what to do about it. What a shame.

C&EN's 2012 employment issue: the numbers

I don't want to have the new numbers released from the ACS Department of Member Research and Insights from the March 2012 ACS Salary Survey to be lost in the shuffle, so here they are, pulled out of Sophie L. Rovner's article, which is worth reading in full:
  • Overall member unemployment: 4.2% 
    • Ph.D. member unemployment: 3.4%
    • B.S. member unemployment: 5.9%
  • Industrial member unemployment: 5.4%
  • Academic member unemployment: 2.2%
  • % of members unemployed at anytime during 2011: 8.2%
    • % of members unemployed at anytime during 2010: 8.4%
  • % of newly graduates unemployed in October 2011: 13.3% 
    • % of newly graduates unemployed in 2010: 10.6% 
    • % of Ph.D. graduates unemployed in October 2011: 8.8%
    • % of B.S. graduates unemployed in October 2011: 13.6%
Also, check out this chart from the article (right), which indicates the brutal reality facing new graduates in chemistry.
Credit: C&EN*

Anyone who buys into facile claims that America needs more scientists and more chemists needs to be able to explain this graph. 

Also, the larger picture for the chemical manufacturing sector:
Zeroing in on the U.S. chemical manufacturing sector, employment totaled 799,600 on a seasonally adjusted basis in September 2012, up 0.2% from the prior month and up 0.7% from September 2011, according to preliminary figures from BLS. That’s good news, but it’s little comfort to the hundreds of thousands of people who lost their jobs in prior months. At the start of the Great Recession in December 2007, employment in the sector was 857,600. Five years earlier, it was 921,500. And 10 years before that—in December 1992—chemical manufacturing employees numbered 1.03 million.
Yikes.

*[NOTE: Corrected number for 2004 for ACS members. Numbers include unemployed and seeking employment. Data for 2012 on new graduates are not yet available. SOURCES: ACS Starting Salary Survey, ACS Comprehensive Salary and Employment Status Survey.]

You think your first name is rarer than other people do

You think you're so special, you probably think this post is about you. And maybe it is, if you too succumb to what US researcher John Kulig calls the "name uniqueness effect" - believing that your first name is more unusual than other people do.

Kulig asked 153 female students and 94 male students to rate how common their first name was on a scale from 0 to 100. The scale featured nine "anchor" names placed at the appropriate places as a guide, based on actual name frequencies obtained from the university's registrar.

For comparison, a control group of the same number of men and women each provided an estimate of the popularity of one of the names from the first group (women rated a female name, and men rated one of the male names).

Participants consistently rated their own first name as rarer than the estimates provided by participants in the control group (and as rarer than they really were, although this wasn't tested statistically). This was the case for names that were common and rare, according to university records, although slightly exaggerated for rare names. "People are motivated to be different from others," Kulig said. The phenomenon wasn't explained by the fact that some people spell their names in unusual ways.

A follow-up study was similar with 86 women and 57 men rating the frequency of their own first names, and a control group of men and women rating the names that belonged to that first group. As before, the participants estimated their names to be rarer than members of the control group did.

A clue as to the cause of the effect came from the fact that participants with (genuinely) rarer names tended to be happier with their names, consistent with Kulig's idea that we have a subconscious motivation to feel special. Also, of those who'd contemplated changing their names, the most popular reason was to obtain a rarer name. Finally, participants seemed completely unaware of "the name uniqueness effect". When participants were asked to estimate how rare other people would rate their (i.e. the participant's) name, they guessed that other people would come up with just the same rating as they had.

The new results complement a study from 2004, in which Danny Oppenheimer found that people underestimate the frequency of their own and famous people's last names. He put this down to a "discounting heuristic". Usually we overestimate the frequency of phenomena that we're familiar with (known as the availability heuristic), but Oppenheimer thinks we cancel out this bias when we're aware of a single, obvious cause of the familiarity, as we are with our own names or famous names. It's over-compensation by this process that he suggested leads us to an underestimation of the frequency of our last names.

The way we overestimate the prevalence of our names actually represents an anomaly when considered against findings showing that we tend to assume other people indulge in behaviours with a similar frequency as we do - known as "the false consensus effect." Kulig said more research is needed to find out if the "name uniqueness effect is itself a unique finding."

More generally, these new findings add to a growing literature on the psychology of our names. For example, past research has shown that we have a bias towards liking our own name and initials, and related to that, there's evidence for "nominative determinism", whereby our names influence our life opportunities and choices. A study published earlier this year, for example, claimed that people with unpopular names suffer life-long prejudice.

_________________________________ ResearchBlogging.org

Kulig, J. (2012). What's in a name? Our false uniqueness! British Journal of Social Psychology DOI: 10.1111/bjso.12001

Post written by Christian Jarrett for the BPS Research Digest.

Sunday, November 4, 2012

Chemjobber welcomes ACS leadership to early 2009

Chemical and Engineering News is running its annual employment issue. I'll be covering it more tomorrow, but I am taking the following passage from Linda Wang's truly excellent story on unemployment in chemistry as a sign that this blog (and its truly excellent readership) was ahead of the curve and that the leadership of the American Chemical Society was behind:
The impact of this recession has been unlike that of previous recessions. “The fact is that the number of jobs has declined,” says Bassam Z. Shakhashiri, president of the American Chemical Society. And the usual methods for obtaining a new job aren’t working. “If the jobs aren’t there,” Shakhashiri says, “no matter how much you network, you’re not going to find them.” 
“The situation today is a tragedy of national proportions,” says Madeleine Jacobs, ACS executive director and chief executive officer. “It’s devastating to individual lives, and it’s devastating to this country.”
More in the AM, but I just want to point out that we have NEVER heard this kind of language from ACS leadership. Welcome to Chemjobber, my friends -- I suggest you start at entry 1. 

Friday, November 2, 2012

What's the best disaster planning for a chemical laboratory?

I am sure that all of you were horrified by Hurricane Sandy and its continuing aftermath, especially the situation with the NYU medical center and the loss of all the research mice. From Derek Lowe:
...thousands of genetically engineered and/or specially bred rodents were lost from an NYU facility due to flooding. The Fishell lab appears to have lost its entire stock of 2,500 mice, representing 10 years of work. Very bad news indeed for the people whose careers were depending on these.
Here's C&EN's coverage of Hurricane Sandy and its effects on both chemical academia and the chemical industry.

I think it is worth having a conversation about whether/if it is possible to disaster plan for an academic chemical laboratory or a small chemical company.* If it's a relatively slow-moving disaster like flooding or a hurricane, one imagines that there's planning that can be done ahead of time (things like regular backups of digital data, etc.) If it's an earthquake or an alien invasion, there's not much to be done. Obviously, physical safety and security is of primary importance. (Ready.gov is a great place to start for these sorts of things.) Get your car gassed up ahead of time, etc. Board up your house, get your stuff ready to go, whatever.

But are there steps that chemists can take, if they believe their laboratory will be affected by a natural disaster or they might have to evacuate? Here's what I'm thinking about:
  • Graduate students and postdocs, in case of evacuation, make sure that your laboratory notebooks are  at hand, and that you have multiple copies of your digital data. 
  • Attempt to secure instruments (especially expensive ones!) that might be affected by the oncoming storm. For example, here's @TheModernScientist, talking about what to do with their NMRs. (I believe this chemist is in the NYC area.) 
  • I think there should be an effort to power down or decommission any obvious chemical hazards. I'm thinking about the clichéd THF still or what have you. 
Readers, what do you think? Am I crazy for thinking about this stuff? Do you have experience from Katrina, Midwest floods or crazy blizzards that you can share? 

*(I'm basically saying that if you work at a large company, they should have the resources to deal with this on their own; it's much less likely that you'll be like See Arr Oh, chainsawing a tree out of the boss' driveway, or whatever. Whatever relationship you have with a large corporation, it is unlikely that they'll rely on you, the individual chemist for disaster planning, except for maybe the laboratories. Correct me if I'm wrong, naturally.)