9.1 Teamwork Takes to the Sky: The Case of General Electric
[Author removed at request of original publisher]
In Durham, North Carolina, Robert Henderson was opening a factory for General Electric Company (NYSE: GE). The goal of the factory was to manufacture the largest commercial jet engine in the world. Henderson’s opportunity was great and so were his challenges. GE hadn’t designed a jet engine from the ground up for over 2 decades. Developing the jet engine project had already cost GE $1.5 billion. That was a huge sum of money to invest—and an unacceptable sum to lose should things go wrong in the manufacturing stage.
How could one person fulfill such a vital corporate mission? The answer, Henderson decided, was that one person couldn’t fulfill the mission. Even Jack Welch, GE’s CEO at the time, said, “We now know where productivity comes from. It comes from challenged, empowered, excited, rewarded teams of people.”
Empowering factory workers to contribute to GE’s success sounded great in theory. But how to accomplish these goals in real life was a more challenging question. Factory floors, traditionally, are unempowered workplaces where workers are more like cogs in a vast machine than self-determining team members.
In the name of teamwork and profitability, Henderson travelled to other factories looking for places where worker autonomy was high. He implemented his favourite ideas at the factory at Durham. Instead of hiring generic “mechanics,” for example, Henderson hired staffers with FAA (Federal Aviation Administration) mechanic’s licenses. This superior training created a team capable of making vital decisions with minimal oversight, a fact that upped the factory’s output and his workers’ feelings of worth.
Henderson’s “self-managing” factory functioned beautifully. And it looked different, too. Plant manager Jack Fish described Henderson’s radical factory, saying Henderson “didn’t want to see supervisors, he didn’t want to see forklifts running all over the place, he didn’t even want it to look traditional. There’s clutter in most plants, racks of parts and so on. He didn’t want that.”
Henderson also contracted out non-job-related chores, such as bathroom cleaning, that might have been assigned to workers in traditional factories. His insistence that his workers should contribute their highest talents to the team showed how much he valued them. And his team valued their jobs in turn.
Six years later, a Fast Company reporter visiting the plant noted, “GE/Durham team members take such pride in the engines they make that they routinely take brooms in hand to sweep out the beds of the 18-wheelers that transport those engines—just to make sure that no damage occurs in transit.” For his part, Henderson, who remained at GE beyond the project, noted, “I was just constantly amazed by what was accomplished there.”
GE’s bottom line showed the benefits of teamwork, too. From the early 1980s, when Welch became CEO, until 2000 when he retired, GE generated more wealth than any organization in the history of the world.
Based on information from Fishman, C. (1999, September). How teamwork took flight. Fast Company. Retrieved August 1, 2008, from http://www.fastcompany.com/node/38322/print; Lear, R. (1998, July–August). Jack Welch speaks: Wisdom from the world’s greatest business leader. Chief Executive; Guttman, H. (2008, January–February). Leading high-performance teams: Horizontal, high-performance teams with real decision-making clout and accountability for results can transform a company. Chief Executive, pp. 231–233.
Discussion Questions
- Would Robert Henderson’s strategy have worked if GE were manufacturing an entire plane rather than just an engine? What about if they were manufacturing medical equipment?
- Jack Welch stated that productivity “comes from challenged, empowered, excited, rewarded teams of people.” Do you agree with this statement? What are some other factors of productivity that Welch may have left out?
- One of the factors that contributed to the success of Henderson’s new factory was the use of FAA-certified mechanics. How could Henderson have accomplished his goal if the industry was suffering a shortage of FAA-certified individuals?
- As stated at the opening of the GE story, GE had already invested $1.5 billion in the jet engine project. This implies that GE has a large amount of money at its disposal. Could Henderson have pulled off his revolutionary production facility without the amount of financial capital GE provided? How might his initial planning and development of the factory have differed if he were working for a new, small, start-up organization?
