Three Secrets of Organizational
Effectiveness
When the leaders of a major retail pharmacy chain set out to
enhance customer satisfaction, market research told them that the number one
determinant would be friendly and courteous service. This meant changing the
organizational culture in hundreds of locations—creating an open, welcoming
atmosphere where regular customers and employees knew one another’s names, and
any question was quickly and cheerfully answered.
If you’re trying to instill this kind of organizational change in
your company, then you face not just a logistical shift, but a cultural
challenge as well. Employees will have to think differently, see people
differently, and act in new ways: going the extra mile for shoppers, helping
them articulate what they’re looking for, and working harder to keep items from
getting out of stock. Employees also need to continually reinforce the right
habits in one another so that the customer experience is on their minds
everywhere, not just at the pharmacy or checkout counter, but in the aisles and
back room as well. Conventional efforts to make this happen by “changing the
organizational culture” in a programmatic fashion won’t get the job done.
One method that can help is known as pride building. This is a
cultural intervention in which leaders seek out a few employees who are already
known to be master motivators, adept at inspiring strategic awareness among
their colleagues. These master motivators are invited to recommend specific
measures that enable better ways of working. It’s noteworthy that pride
builders in a wide variety of companies and industries tend to recommend three
specific measures time and time again: (1) giving more autonomy to frontline
workers, (2) clearly explaining to staff members the significance and value
(the “why”) of everyday work, and (3) providing better recognition and rewards
for employee contributions.
These are, of course, widely appreciated management methods for
raising performance. But they’re rarely put into practice. Perhaps it’s because
they feel counterintuitive to many managers. Even the leaders who use them, and
whose enterprises benefit from the results, don’t know why they work. So the
value of these powerful practices is often overlooked.
That’s where neuroscience comes in. Breakthroughs in human brain
research (using conventional experimental psychology research in addition to
relatively new technologies like CT scans and magnetic resonance imaging) are
revealing new insights about cognitive processes. With a little knowledge of
how these three underused practices affect the brain, you can use them to
generate a more energizing culture.
Autonomy at the Front Line
At the pharmacy chain, the pride builders were employees with a
knack for exceptional service. When asked how to spread that knack to others,
they suggested giving clerks more leeway to do things on their own. For
instance, the clerks could resolve customer complaints by issuing refunds on
the spot, and they could try out their own product promotion ideas. In the
past, store managers had been quick to step in and correct mistakes in an
abrupt and sharp-tongued manner. Now they would be more positive,
collaborative, and interactive with customers and colleagues.
The company set up a pilot program to train some store managers
and track results. Almost immediately, there were encouraging comments from the
front line: “[My store manager is] now open to suggestions, big or small. I
know that my opinion counts with her.” Customer ratings and the amount spent
per visit also rose, perhaps because giving employees the freedom to stretch
and to shape their work directly improved the customer experience.
Why did autonomy make such a difference? Because micromanagement,
the opposite of autonomy and the default behavior for many managers, puts
people in a threatened state. The resulting feelings of fear and anxiety, even
when people consciously choose to disregard them, interfere with performance.
Specifically, a reduction in autonomy is experienced by the brain in much the
same way as a physical attack. This “fight-or-flight” reaction, triggered when
a perceived threat activates a brain region called the amygdala, includes
muscle contractions, the release of hormones, and other autonomic activity that
makes people reactive: They are now attuned to threat and assault, and primed
to respond quickly and emotionally. An ever-growing body of research,
summarized by neuroscientist Christine Cox of New York University, has found
that when this fight-or-flight reaction kicks in, even if there is no visible
response, productivity falls and the quality of decisions is diminished.
Neuroscientists such as Matthew Lieberman of the University of California at
Los Angeles have also shown that when the neural circuits for being reactive
drive behavior, some other neural circuits become less active—those associated
with executive thinking, that is, controlling oneself, paying attention,
innovating, planning, and problem solving.
By giving employees some genuine autonomy, a company can reduce
the frequency, duration, and intensity of this threat state. Indeed, as
Mauricio Delgado and his social and affective neuroscience research laboratory
at Rutgers University have found, the perception of increased choice in itself
activates reward-related circuits in the brain, making people feel more at
ease.
In the long run, sustained lack of autonomy is an ongoing source
of stress, which in itself can habitually lead the brain to be more reactive
than reflective. Sustained stress can also decrease the performance of
important learning and memory brain circuits, as well as the performance of the
prefrontal cortex, which is so important for reflection.
To return to our drugstore example, when a customer complains
about being overcharged, a clerk in a fight-or-flight state might respond
counterproductively—for example, by arguing. But a clerk accustomed to autonomy
would be more likely to understand and to try to solve the problem in an
empathetic way. If the company leaders try to enforce better customer service
through strict rules that make clerks feel micromanaged, the physiological
state associated with the fight-or-flight reaction would probably lead to the
opposite outcome: driving customers away.
The “Why” of Everyday Work
A regional health insurance company, adapting to the U.S.
Affordable Care Act, resolved to create more brand loyalty in an attempt to
attract customers. One of the first trouble spots was the call center that
managed claims. Customer satisfaction with health insurance call centers is
notoriously low, often with good reason. There are not always good options for
resolving claims. Staff members are typically judged on how rapidly and
economically they can get people off the phone. The technology is often
unsophisticated, catching callers in irritating voice-mail loops. At this
company, call center employees saw consumers as their enemies—as complainers
who berated the employees and blamed them for a miserable system that wasn’t
their fault. All the training in the world could not overcome their
fight-or-flight reaction. This, in turn, led to low levels of effectiveness and
high turnover rates. From a neuroscience perspective, the system couldn’t have
been better designed to bring out the worst in everybody.
Despite all this, some supervisors in the call centers regularly
managed to mobilize service reps to deliver great customer care. The company
was eager to learn how. When they brought these supervisors together, it turned
out they had all, independently, discovered the same technique: taking the time
to help sales reps and other call takers see and fully understand the “why” of
their everyday work. This often took the form of explaining (or, better yet,
demonstrating) the significant value of daily tasks, so that the reps understood
their impact as part of a larger health ecosystem that supported people during
difficult and stressful times. In the words of one pride builder, “I tell my
team that it’s not just a claim on the other end of the call; it’s a family.
You do more than answer the phone. You are a part of these folks’ lives.”
Here, too, neuroscience helps illuminate why the explicit invoking
of significance and empathy is so effective. Helping a family member who is
concerned about a medical issue (generally one with financial ramifications) is
a different challenge from dealing with a customer trying to get more money. In
neuroscience, these would be called different schemas: patterns of thought that
organize experiences.
People do not have just one way of operating. They have different
modes of social behavior that vary from one context to the next. The rules for
social interaction are quite different when out for a drink with friends than
when at a parent–teacher meeting. Schemas reflect these changes of context; thus,
when a call center employee is operating in a help-a-family schema, the kinds
of behaviors that are appropriate are quite different from those in a
deal-with-a-customer schema.
Elliot Berkman of the University of Oregon, one of the leading
researchers into the neuroscience of goal setting and habit formation, has
proposed another reason why explanations of this sort are powerful motivators.
When people know the reason that a goal exists, it is easier to form a “goal
hierarchy”: a mental structure in which priorities can be considered as
complements rather than obstacles to one another. This makes it more likely
that people will follow through.
Consider the job of helping people who call for information about
their insurance policy. The employee’s goal is tightly connected with the
purpose of the job. If the goal is to help families, the employee would ask
about the family’s challenges and describe how its policies could help. If the
goal is to get people off the phone quickly, the employee would try to convince
callers that the company was already doing everything it could. Employees will
favor the former goal only if they see how it fits the company’s strategy, and
if they are confident that pursuing it will be regarded as right by their
leaders and peers.
Finally, stressing the “why” to employees helps companies deploy
the cognitive power of altruism. Studies show that the brain’s reward system is
directly activated by helping others. At the University of British Columbia,
Elizabeth Dunn and her colleagues found that people report feeling happier
after giving money to others than after spending it on themselves. Similarly,
when it’s clear to employees that they’re helping others through their work,
their intrinsic motivation rapidly expands. Management by objectives is a far
more limited mental schema than management by aspiration.
For all these reasons, once the “why” of their jobs had been
explained to them, call center employees transformed the way they dealt with
customers. This mitigated a prevalent pain point and accelerated the changes
that the company needed to make.
Recognition and Rewards
When the global automobile industry began to recover from the
severe slump of 2008–10, the leaders of one major automaker recognized the need
to refocus their orientation from survival to growth. Employees already knew
how to make the production line work better. Now, could they do the same in
their customer interactions, particularly with car buyers in showrooms?
The company found the solution in its pride builders. North
America, Europe, and Asia had been affected differently by the recession, so
these master motivators had to adapt their approach to regional business
conditions, cultural differences, and employee attitudes. One theme was common
to everyone: recognizing employee success in a skillfull and considered way.
This did not mean heaping undeserved praise on people; it meant celebrating a
job well done while keeping the bar high. One example is this note from a team
member about a supervisor: “She is a demanding manager in a fast-paced job, but
she knows the importance of keeping the work fun and rewarding.”
The most effective supervisors all turned out to have similar
pride-builder-style approaches for conveying recognition and, where possible,
rewarding people for good customer interactions. They relayed positive feedback
from customers; they took care to contact each team member’s manager when
giving thanks and recognition; and they personalized the messages. “Maria knows
what kinds of recognition each person appreciates most,” a team member observed
about his boss. “She might take one person out to coffee or lunch as a form of
recognition. Or she might encourage people to work from home one day per week
so they can spend more time with their kids.”
Neuroscience explains the importance of the personal touch in
delivering recognition that matters. When a manager recognizes an employee’s
strengths before the group, it lights up the same regions of the employee’s
brain as would winning a large sum of money. Rewards of all kinds, including
social rewards, tend to release the neurotransmitter dopamine, which produces
good feelings. These reward circuits encourage people to repeatedly behave the
same way.
One framework of social
motivators is the SCARF theory: David Rock, cofounder of the NeuroLeadership
Institute, proposes that people at work are highly motivated by five types of
social rewards: status boosts (S); increases in certainty (C);
gaining autonomy (A); enhancing relatedness (being
part of the group) (R); and demonstrating fairness (F). Public
personal recognition provides three of these rewards. It increases social
status, enhances the sense of being a valued member of the group, and shows
that hard work will be fairly recognized. Most people’s neural circuits will
respond directly to these, and the automakers were no exception. This, in turn,
made it more likely that they would continue behaving in productive ways. The
auto supplier thus laid the cultural foundations to support a shift from
financial peril to growth.
Pride and the Imitation Process
The three management approaches described here—autonomy, purpose,
and recognition—can create a climate of trust that spirals upward through the
ecosystem of the organization. That’s because people in just about any social
setting tend to pick up the mood and attitudes of others nearby, generally to a
degree that they don’t consciously realize.
This process, which
neuroscientists call imitation, has been studied extensively. For
example, Elaine Hatfield’s work at the University of Hawaii on “emotional
contagion” has shown how one person’s emotions can rapidly influence those of a
group. The brain also has a process known as mirror neuron activity: When
people see others act in a certain way, circuits in their brain are activated
as if they had taken the actions themselves, even if they don’t directly imitate
that behavior. Moreover, according to research led by Andreas Olsson, now at
the Karolinska Institutet in Stockholm, observation can at times substitute for
personal experience. Watching someone else in a situation can have an impact on
the brain similar to that of experiencing it directly.
The workplace is a natural
medium for viral behavior, transmitted through observation. As long as people
see the difference it makes, a change in a few individuals’ neural patterns can
move rapidly through the enterprise. Social scientists sometimes refer to this
phenomenon as social proof or the bandwagon effect,
and it has long been documented as a vehicle for social change. Indeed, this
could be why the pride building method itself is so effective.
There is enormous potential for combining neuroscience theory with
efforts to help companies improve the positive impact of their culture. The
more people who understand the value of fostering autonomy, purpose, and
recognition—and who translate these principles into practice—the more others
will mirror them and the more widespread these practices will become. By
providing scientific evidence of the power of the pride builder behaviors,
neuroscience can help leaders see the value of constructive organizational
culture change, and deploy more effective ways to accomplish it.
by Jesse Newton and Josh Davis https://www.strategy-business.com/article/00271?gko=d819d&utm_source=itw&utm_medium=20170803&utm_campaign=resp
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