Friday, June 09, 2006
My favorite example that he brought up: the company encouraged their engineering staff to forego vacations in order to make dates. Then they instituted a policy that forbad carrying over vacation into the next year. Then they generously offered to pay fifty cents on the dollar for any unused vacation. Then, to add insult to injury, they remarked that this policy was illegal in California, so those lucky bastards would be reimbursed at full price. Brilliant!
Completely coincidentally, I was poking around in the HR Policy Manual of this same company just a few days later and I noticed a section entitled "Retention Policy". The section had a single line which basically said "under review". Geeze, I didn't realize until then that what I had said was literally true. I was just being my usual smart ass Chip Overclock-self at the time.
There are lots of obvious reasons why this is a Really Bad Idea. Like: if your business is developing high technology products, and if you have no manufacturing or you have outsourced it (as this company had), then most of your capital is intellectual capital. That is, the knowledge and experience inside your employees' heads. Most of this knowledge is domain specific stuff that you can't hire off the street, but can only acquire from your competitors or create anew, either at relatively high expense. And when I say "capital", I really mean it. The accounting trend appears to be to capitalize the cost of software development so that it appears in the financial report as an asset instead of an expense. Watching intellectual capital walk out the door should be like watching part of your factory burn down, from the point of view of your financials.
I had seen some talented people walk out the door of this company in the past year. Bad enough that four engineers that I knew personally had recently left, but just a few months before the company's chief product-line architect had walked out the door to work at their biggest competitor. His parting email said they had made him an offer he couldn't refuse. The rumor mill said he had felt marginalized and unappreciated by upper management, who had probably been too busy flying customers around in one of their corporate jets to realize that the guy with their entire product-line roadmap in his head was about to defect.
No one probably really knows the true cost of these defections, but for the engineers you can at least estimate the cost of replacing them. In the second edition of their book Peopleware, Tom DeMarco and Timothy Lister write about "assessing the investment in human capital". There is the cost of interviewing and selecting a candidate. There is the lost productivity of other employees as they valiantly try to temporarily cover the workload. There is the ramp-up cost of the new employee during the time they are relatively unproductive and they require a lot of mentoring and hand-holding. Figuring a six month ramp-up time, this 1999 book figured the cost at around $150,000. The ramp-up time may be worse; another manager at this same company estimated it at about two years for some product areas. Note that none of this covers the cost of having your architects and engineers working for your competitor. We're talking probably at least a few hundred thousand dollars. Makes cutting back on office supplies seem kind of pointless.
Let me says this as simply as I can: whether or not you have an employee retention strategy, for sure your competitors all have an employee acquisition strategy targeted at you.
In the high-technology job market, your competitors include a lot of companies outside of your market domain, most of whom you have probably never heard of, although some of them may be your biggest customers. Think outsourcing overseas is going to solve this? Sorry, your competitors for intellectual capital have already thought of that too, and are right this very instant hiring the best that Bangalore, Prague, and Dublin have to offer. Or they'll wait until you train them, then they'll hire them away from you. Right now, IBM is hiring all the best tech talent in India to the tune of six billion dollars over the next three years. So long, and thanks for all the fish!
Of course, if you really are banking on the job market not improving, then what you're really saying is that you hope the economy surrounding your pool of current and potential employees doesn't improve. If this is the same economy into which you sell your goods and services, this is probably not a growth strategy. Rule of thumb: success should not hinge on two mutually exclusive conditions. Just my opinion.
Relax. It could be worse.
Back in 1995 I was privileged to spent a month working, lecturing, and traveling around mainland China. I remember vividly the director of a laboratory in Beijing, funded by the PRC's equivalent of the National Science Foundation, showing me a bar chart that displayed the age distribution of the researchers at the lab. There was this huge hole in the chart. It slowly dawned on me that this was the impact of Mao's Cultural Revolution. For about a decade, the PRC's production of scientists fell to zero. (The director himself gave a group of us a tour of the farmland he once worked as part of his reeducation as a freshly minted Ph.D.) The director knew that eventually the most senior researchers would retire and there would be no next tier to take their place, to lead the younger Ph.D.s, to fill the mentoring and research needs of the lab.
Want to achieve a similar effect? Freeze hiring in R&D for several years while times are lean. Then wonder what upper management is going to do when all the fifty-and-older baby boomers burn out and there aren't enough senior people left to provide the leadership you need for the younger folk.
Of course, Mao would have told you, there's always farming.
HR Policy Manual of nameless multinational corporation whose products you may be using
Douglas Adams, The Hitchhikers Guide to the Galaxy, Random House, 1981
Tom DeMarco and Timothy Lister, Peopleware: Productive Projects and Teams, 2nd ed., Dorset House, 1999
Barry Karafin, Business Management for Technologists, seminar, 2005
Paul McDougall, "How 6 Billion IBM Dollars Helped Chase Apple Out Of India", InformationWeek, June 6, 2006
Jeffrey Pfeffer and Robert I. Sutton, Hard Facts, Dangerous Half-Truths, & Total Nonsense, Harvard Business School Press, 2006
Saturday, June 03, 2006
Thirty years later I found myself a cranky old man thinking of leaving software development to the offshore outsourcing firms and getting a job at Starbucks. I was seriously disappointed that the predictions hadn't come true, and I wondered what I was going to do with the contents of that six-foot-high gun safe in the basement. The Club of Rome did not foresee the economic forces that lead to the discovery of new resource deposits, that would push technology to give us greater energy efficiency, and just flat out eliminate the need for much of our energy consumption. See, there is this new fangled thing called the Internet. Some folks think it is going to be big.
The Club of Rome and prognosticators of their ilk were not much better at predicting the future than my beloved science fiction authors from the 1940s through the 1950s who missed the boat on mobile phones, laptop computers, and the World Wide Web. Yes, some folks hit the mark here and there (Vannevar Bush comes to mind), but we still don't have our flying cars. Here's something else they all missed: the coming global catastrophe of declining population.
The United Nations predicts, based on national population censuses and current trends, that the global population, currently around 6.5 billion, will slow in growth, and peak at 9.1 billion around 2050. Probably to no one's surprise, all growth will be in the least developed countries, with the most rapid growth in developing countries. The populations of the fifty least developed countries will double, while the populations of the most developed nations will, for the most part, shrink (except for immigration).
The flattening of the growth curve has two reasons: decreasing fertility rates, and increasing mortality rates. This is no surprise to anyone who knows a shred of arithmetic, but what might raise a few eyebrows is where these trends are occurring. Fertility rates are dropping in the developed world even in traditionally Catholic nations like Spain and Italy. And mortality rates are rising in Eastern Europe. The U.N. credits this latter effect to the spread of HIV, although other studies have also suggested that the young men of the former Soviet Bloc are drinking themselves to death.
The populations of just eight countries are expected to account for half of the world's population between now and 2050: India, Pakistan, Nigeria, the Congo, Bangladesh, Uganda, the United States of America, Ethiopia, and China (listed in order of the size of their contributions to population growth).
These projections may be just as shaky as the Club of Rome's, and for similar reasons. And maybe this is just the direction of the current swing of the pendulum. But it is interesting to think of the consequences of these trends, should they come to pass.
- Reduction in the number of consumers in the developed countries, and a general slowing in the production of new consumers globally: probably good for the environment; probably bad for the economies of the developed world.
- Larger pools of skilled workers in countries like India, Pakistan, the United States, and China: probably good for high-technology firms; probably bad for skilled workers native to the developed countries.
- Larger pools of software engineers available to develop and support open source solutions: probably bad for vendors of closed/proprietary technology solutions.
- Growing influx of immigration from the developing countries to the developed countries providing cheap manual labor: probably good for producers of hard goods and labor services, probably bad for laborers native to the developed countries.
- A shift in national identity of the developed countries, due to immigration, and a change in global culture, depending on where population growth occurs: this suggests immigration and fertility may be used as weapons of ideology. (However, in at article in Wired, Stuart Luman documents a drop in fertility rates in Islamic nations.)
- An increase in the mean age of the population (which has been going on for some time in the developed world): a change in cultural emphasis and in national priorities to deal with an aging population.
- The United States continues to grow while Europe shrinks: the marginalization of the European Union as a world power.
Think even further ahead and consider what kind of world may exist if population levels continue to decline to below their current levels of today. This will happen much sooner in the developed nations (unless immigration really steps up) than in the developing world. Some countries are taking this very seriously. In an editorial in Newsweek, Robert Samuelson remarks that Russian president Vladimir Putin has proposed a baby bounty to remedy the situation.
Fortunately, Al Gore, Colin Campbell, and others have suggested that global catastrophe may still be within reach in my life time, thanks to global warming and oil depletion.
There's still hope.
Vannevar Bush, "As We May Think", Atlantic Monthly, July 1945
Donella H. Meadows, et al., The Limits to Growth: A Report for the Club of Rome's Project on the Predicament of Mankind, Pan Macmillan, 1974
"Population Growth Slows", The Futurist, 37.4, July-August 2003
Stuart Luman, "The Decline of Civilization", Wired, November 2004, p. 78
United Nations, "World Population to Grow from 6.5 Billion to 9.1 Billion by 2050", press release, February 24, 2005
United Nations, World Population Prospects - The 2004 Revision - Highlights, February 2005
Robert J. Samuelson, "The End of Motherhood" , Newsweek, May 29, 2006