3 Questions: Steven Spear on Toyota's troubles
February 10, 2010 by Peter Dizikes
The Prius was among the models recalled recently by Toyota because of problems involving sticking accelerator pedals and brake systems. Photo: Wikipedia
For decades, Toyota has been viewed as a paragon of corporate improvement, innovation and effectiveness, qualities that helped it become the world’s largest automaker.
But the firm’s reputation has been sorely tested in recent weeks amid a string of well-publicized recalls involving millions of Toyota vehicles due to problems involving sticking accelerator pedals and brake systems. In the words of Toyota’s president, Akio Toyoda, the firm is "in a crisis."
Steven Spear, a senior lecturer in MIT’s Engineering Systems Division, is one of the leading experts on Toyota’s management system. He wrote about the topic extensively in his book, Chasing the Rabbit: How Market Leaders Outdistance the Competition (McGraw-Hill, 2008), and in a 1999 Harvard Business Review article, “Decoding the DNA of the Toyota Production System.” With Toyota in unprecedented turmoil, MIT News talked to Spear about the Japanese automaker’s problems — and potential solutions.
Q. What went wrong with Toyota?
A. What went wrong with Toyota is the flip side of what went right over so many decades. In the late 1950s or 1960s, Toyota was a pretty cruddy car company. The variety was meager, quality was poor, and their production efficiency was abysmal. Yet by the time they hit everyone’s radar in the 1980s, they had very high quality and unmatched productivity. The way they got there was by creating within Toyota exceptionally aggressive learning. They taught employees specialties, but more importantly, they taught people to pay very close attention to the “weak signals” the products and processes were sending back about design flaws, and then responding with high-speed, compressed learning cycles to take things that were poorly understood and convert them into things that were understood quite deeply.
That allowed Toyota to come from behind, race through the pack, and establish itself as the standard-setter on quality and efficiency. But since then, things have affected Toyota in terms of their ability to sustain this kind of aggressive learning.
One was just the sheer growth of their business. Toyota historically had operated out of their base in Japan, Toyota City, and was largely an exporter. Then in the 1980s they opened up plants in California and Georgetown, Ky., and over time added plants in China, Europe and so forth. And that put a burden on developing people at those plants and the regional supply networks that supported them. Toyota had traditionally depended on a very intimate mentoring-apprenticeship model, where someone might have a coach for up to two years — a real Karate Kid-like approach to developing people. But the sheer number of people in a given year who had to be in this mentorship model went up. And I think Toyota got in trouble because they just overburdened that capacity — not necessarily the technical capacity, but the capacity to develop people.
Q. So the drive to become number one seems to have affected them?
A. Yes, but also, when you look at the auto industry as a whole, the mid-1980s was something of a watershed as you go from mechanical cars, as they were in the 1950s and 1960s, when everything was just steel — engines, gears, bodies — to being electro-mechanical with highly intertwined electronics. If you look at the modern car, the amount of computation on board with traction control, anti-lock braking systems, air bags, cruise control, navigation, entertainment, and more, makes it a very sophisticated, complicated machine, far beyond anything made 20 years prior. Bringing electronics on board brought huge advances in performance and reliability but with it came an exponential jump up in the complexity of the systems you’re managing. And the complexity puts even more demands on the concept of aggressive learning, that is, building something, paying attention to what’s wrong, and rapidly doing the experimentation to make it better and better. In short, the mentorship concept gets doubly stressed — by the need to scale up and by products and processes that are far more complex.
Q. What can Toyota do now to fix things?
A. There are three challenges: technical, organizational and public relations. The basic questions of why do accelerator pedals stick, why do braking systems suffer difficulty — I have confidence that Toyota will concentrate their engineering talent on those problems and make them go away. And I’ll leave others to comment on how you manage the public relations side in skillful fashion.
But then there’s the organizational piece: How do you develop people more quickly? The good news is that some people in Toyota seemed to see this problem coming five to 10 years ago, as I mention in my book, and started to build new ways into the organization of teaching people that didn’t depend on this very slow-moving mentorship model. Obviously they have to step up their understanding of how to develop people more quickly.
In terms of thinking ahead, when I first studied Toyota I noticed they had this kind of cultivated paranoia. Every time I would try to compliment people at Toyota about their success, they would say, “Wait a minute, hold on. Don’t compliment us. GM, the sleeping behemoth, may awake.” Or “Who knows if Kia will develop the capacity to catch us, like we caught others.” Then there was, “In China there must be 1,000 car companies, and we can’t even name them all, let along identify the one that may catch us.” So I think this really bad product failure is probably fuel for another two solid decades of cultivated paranoia. If there was a complacency problem at Toyota, which there may have been, my goodness, if this doesn’t flush that out of the system, nothing will.
Provided by Massachusetts Institute of Technology (news : web)
-
2007 vehicle fuel economy list released
Oct 17, 2006 |
not rated yet |
0
-
Toyota reports dozens of complaints about Prius brakes
Feb 03, 2010 |
not rated yet |
0
-
Toyota unveils 'green' sports car
Oct 06, 2009 |
not rated yet |
0
-
Hybrids easy on the fuel, government says
Oct 27, 2006 |
not rated yet |
0
-
Toyota aims to roll out plug-in Prius in two years
Dec 14, 2009 |
not rated yet |
0
-
Engineers build first sub-10-nm carbon nanotube transistor
Feb 01, 2012 |
4.9 / 5 (31) |
30
-
Something old, something new: Evolution and the structural divergence of duplicate genes
Jan 31, 2012 |
4.6 / 5 (7) |
1
-
The hidden nanoworld of ice crystals: Revealing the dynamic behavior of quasi-liquid layers
Jan 30, 2012 |
5 / 5 (3) |
1
-
Stock market network reveals investor clustering
Jan 27, 2012 |
3.9 / 5 (23) |
8
-
Of microchemistry and molecules: Electronic microfluidic device synthesizes biocompatible probes
Jan 26, 2012 |
5 / 5 (1) |
0
-
Calling function with no input argument
15 hours ago
-
Force free body diagram problem on gym equipment
16 hours ago
-
Empirical data regarding shower heads and water
Feb 10, 2012
-
feed hold button on CNC lathe
Feb 09, 2012
-
RFAC in Fortran
Feb 09, 2012
-
dynamics 2/32
Feb 08, 2012
- More from Physics Forums - General Engineering
More news stories
Anonymous knocks CIA website offline (Update)
The website of the Central Intelligence Agency was inaccessible on Friday after the hacker group Anonymous claimed to have knocked it offline.
9 hours ago |
5 / 5 (9) |
16
Google users warned of threat to smartphone wallets
Users of Google smartphone wallets were being warned on Friday that there is a way to crack pass codes intended to thwart thieves from going on illicit shopping sprees.
8 hours ago |
5 / 5 (2) |
0
New error-correcting codes guarantee the fastest possible rate of data transmission
Error-correcting codes are one of the triumphs of the digital age. Theyre a way of encoding information so that it can be transmitted across a communication channel such as an optical fiber o ...
Technology / Computer Sciences
18 hours ago |
4.9 / 5 (8) |
6
|
New power source discovered
(PhysOrg.com) -- Researchers at the Massachusetts Institute of Technology (MIT) and RMIT University have made a breakthrough in energy storage and power generation.
Technology / Energy & Green Tech
17 hours ago |
4.8 / 5 (29) |
8
|
Small modular reactor design could be a 'SUPERSTAR'
(PhysOrg.com) -- Though most of today's nuclear reactors are cooled by water, we've long known that there are alternatives; in fact, the world's first nuclear-powered electricity in 1951 came from a reactor ...
Technology / Energy & Green Tech
17 hours ago |
4.4 / 5 (13) |
23
|
Humans may have helped the decline of African rainforests 3000 years ago
(PhysOrg.com) -- Large areas of rainforests in Central Africa mysteriously disappeared over three thousand years ago, to be replaced by savannas. The prevailing theory has been that the cause was a change ...
The power of estrogen -- male snakes attract other males
A new study has shown that boosting the estrogen levels of male garter snakes causes them to secrete the same pheromones that females use to attract suitors, and turned the males into just about the sexiest ...
Complex wiring of the nervous system may rely on a just a handful of genes and proteins
Researchers at the Salk Institute have discovered a startling feature of early brain development that helps to explain how complex neuron wiring patterns are programmed using just a handful of critical genes. ...
Could Venus be shifting gear?
(PhysOrg.com) -- ESAs Venus Express spacecraft has discovered that our cloud-covered neighbour spins a little slower than previously measured. Peering through the dense atmosphere in the infrared, the ...
Advanced power-grid model finds low-cost, low-carbon future in West
(PhysOrg.com) -- The least expensive way for the Western U.S. to reduce greenhouse gas emissions enough to help prevent the worst consequences of global warming is to replace coal with renewable and other ...
Fool's gold may prove an unlikely alternative to overexploited catalytic materials
Catalytic materials, which lower the energy barriers for chemical reactions, are used in everything from the commercial production of chemicals to catalytic converters in car engines. However, with current catalytic materials ...
Feb 11, 2010
Rank: not rated yet