RE-ENGINEERING WITH QUALITY
THE STEPS TO SUCCESS
By: José Sánchez
Senior Partner
Management Resources, Inc. (MRI)
(c)1997 Management Resources, Inc. All rights reserved. No part of this article may be reproduced or copied by any means without written permission from Management Resources, Inc. Write MRI. |
First in a series of articles on how to redesign processes, establish metrics (system of indicators) and define required outcomes in order to improve the utilization of resources and customer satisfaction |
Re-engineering and TQM
Much has been written about the new re-engineering
efforts and how they are dissimilar and more rewarding than using TQM
(Total Quality Management). Reports say that re-engineering provides a quantum
leap in improvement while TQM contributes small, incremental
change. It is also reported that highly motivated re-engineering teams climb the
"mountain of change" with a unique sense of a new mission. Yet, they live long
enough to see themselves fall hard when it is time to implement.
MRI's 15 years experience as designers, practitioners and consultants
in both Re-engineering and TQM has given evidence of a
better way. It is important to note that many TQM efforts today are only
activities with little or no emphasis on results. These activities include creating teams,
training employees in TQM, placing slogans on walls, and using problem-solving techniques.
Shortly afterward, employees begin to lose interest in TQM because results did not happen
as predicted. TQM efforts are reduced and TQM gets blamed for the lack of success.
In re-engineering, for the most part, efforts to
change the way things have been done have been based on a "divine inspiration"
that flows from some of the members of the re-engineering teams. It seems that these few
have received a unique knowledge of what has to be done. They have become the new
"gods" of the organization with power and change everything.
Processes that have been in operation for years are changed, new rules
are set up, people are retrained and resources are committed based only on the perception
that the new way will work better. Soon afterward, corporations find a need to return to
the "old way" because the re-engineering did not go deep enough into the
process. The business world is littered with this kind of re-engineering.
Some TQM efforts have included re-engineering
and have resulted in major improvements. Why is it that some efforts work and others fail?
The main reason is that efforts that succeed are based on pursuing
results and those that fail are only pursuing efforts. By pursuing results,
concentration is on outcomes of the process, the customer and customer needs. By pursuing
efforts, the concentration is on how things are done, the company and the
company's problems.
It is important to understand two main points:
1. TQM is not merely the environment where teams draw charts and use statistics. TQM, rather, is a philosophy of serving customers, analyzing their needs, and focusing employees on achieving those needs. The true TQM environment includes employees who have become proficient at applying statistical tools and techniques in their analyzes.
2. Re-engineering will often require re-design. Improving parts of a
process does not necessarily result in quantum improvements. Adding, deleting or changing
components does not either. To achieve better results, the process must be redesigned to
satisfy the needs of the customer. Otherwise, all that is satisfied are the needs of the
process itself.
Several key facts listed below should be the foundation of all re-engineering and TQM efforts:
1. Customers are the driving force behind business improvements. Their continuous delight depends on a company's ability to meet their needs and satisfy their expectations.
2. Customers will pay for products or services they want. Customers are not concerned with how their product is produced. It is the company's responsibility to examine and improve processes so the customer is kept satisfied
3. Intense competition requires that companies find ways to produce a better product, at a lower cost.
4. It is not sufficient to simply make changes. Competitors are thinking of ways to win. Therefore, companies must use innovative methods and unorthodox thinking to improve processes.
5. The business environment requires constant flexibility. Processes need to reduce
bureaucracy, speed up production, facilitate improvements, adapt to change and contribute
to the bottom line.
Business Processes
Most business processes were never designed, they simply grew as the needs emerged.
They were developed over time without specific guidelines or direction. Many have become
complex, vulnerable to errors, expensive to operate and not responsive to the needs of
their customers. They have also become the domain of those who feel protected by them.
Often, there are efforts made by "process experts" to make the
processes more efficient, by looking at ways to reduce expenses and increase the
throughput. These efforts are typical industrial engineering studies, time motion
analysis, value added, etc. Very seldom was the focus on what the customer of the process
needed.
Often, the process structure is different from the organization's (hierarchical)
structure. It is very important to understand the differences since they can have a
significant effect.
The organization structure:
- is based on reporting and responsibility relationships,
- is a static view of how people are structured in an organization.
The process structure:
- is based on the sequences required to produce a product,
- is a dynamic view of how the organization delivers value to its customers.
Ignoring the process structure is one of the biggest mistakes
"re-engineers" make. The redesign team is usually formed of members of the
organization that support the process and as such it creates a natural bias for the
existing structure. As a result, the redesign effort is nothing more than creating a new
corporate reporting structure.
Customer requirements
Figure 1 shows the basic relationship that exists between what companies produce and what
the customer wants.
Clearly:
Therefore, to redesign any process properly, outputs must be designed before the inputs. That is, the valid requirements of the customers of the process must be known. Simply stating this another way:
In redesigning a process, listen to the voice of the customer that will define the outputs required of the process.
Because many re-engineering efforts bypass this voice, the final product is not a
success.
Characteristics of a process
To re-engineer processes properly, the effort must focus on 3
characteristics:
Efficiency is commonly understood to be a comparison of the amount produced with the cost incurred. It is a measurement of effort. It means:
Efficiency is usually a result of a "company view" of a measurement and
usually reflects a financial view.
Effectiveness is producing a specific, definitive or desired outcome. It
is a measurement of results. It means:
Adaptability means the capability of the process to be modified to continuously satisfy the needs of its customers. It is a measurement of flexibility.
In summary:
In order to re-engineer a process:
1.- Decide what the output should be (effectiveness).
2.- Design it to use fewer resources (efficiency).
3.- Assure that it can be modified in the future (adaptability).
Re engineering failures
It is very important to select a process to be re-engineered based on the following
factors:
Often, processes are selected based on a very shallow analysis of
what the customer desires or based on the desires of the re-engineering team. When this
happens, processes are selected that have no real impact on the products or services of
the company. (For example, selecting an internal staff process over a customer contact
process.)
Most process improvement efforts start by flowcharting the existing
process and making changes in some "boxes." Typical problems with fixing
"boxes" are as follows:
Re-engineering and corporate policy
All re-engineering efforts have to confront existing management
policies. Most of the time these policies reflect the thinking of some one high
up in the organization, who, after many years on the job, feels threatened by anyone
trying to change them.
These policies are based on a multitude of reasons that when looked at
individually make sense. However, when looked at as how they affect the process, the need
for change becomes obvious.
Re-engineering efforts that do not consider existing management
policies often fail because they try to change the way things are done without changing
the basic structure that needs change. Here are a few examples:
- Payroll processes are automated, but checks are still mailed externally or internally.
- Budget processes are re-engineered but no basis for analyzing cost is established nor is there anyone held accountable for them.
- Personnel processes are decentralized, but a central personnel department still exists.
- Purchasing systems are streamlined, but six signatures in purchase order approval are still required.
Existing management policies may need to be re-engineered. If so, they should be questioned as to:
The Reengineering Teams
Experience has shown that the best improvements have come from team
efforts. Perhaps no other decision in re-engineering is more important than to decide to
use re-engineering teams. There is no magical formula for creating teams
to re-engineer a process. Often, several teams will produce a more optimal result:
1. A senior management team to look at the customer's needs, the key corporate processes, the company needs and select the process to re-engineer.
2. An "existing process" team to look at the existing process, its problems and opportunities, new needs, the products and services, etc.
3. A "desired process" team to design the desired process
based on satisfying the needs of the customers.
The senior management team is composed of the top
echelon of the company. Supported by the right personnel, their job is to select the
process to re-engineer and to select the existing process and desired process teams.
The existing process team should include members from
the functional areas within the process, customers who receive the product or service, and
the suppliers that provide input. Member selection is based on knowledge of the process,
use of quality tools and ability to communicate with others. Their job is to fix.
The desired process team should include the same type
of members as the existing process team plus members from other areas that do not
know anything about the process. Members are chosen based on creativity, problem
solving ability, visionary thinking, leadership ability, and knowledge. Their job is to
dream and to anticipate, not to fix.
Because their focuses are different, it would be a great mistake to
combine teams. Each has different characteristics, requiring not only different
experiences but personalities as well. The first group is the "dictating" group,
the second one the "practitioners" and the third one the "utopians."
The last two teams will become more clear later on as the steps to re-engineering are
discussed.
Selecting the process to re-engineer
In selecting which process to re-engineer, the senior
management team first must learn what the customer needs are on a global basis.
That is, this team learns all the needs and desires of the customers in order to select
the process that impacts them the most.
In learning customers' needs, follow a Customer Needs Analysis (CNA), based on data the company already has. It is may not be necessary to conduct expensive surveys to find out what the customer needs. The workers know, they talk to the customer continuously, they handle their complaints and requests. This CNA process results in the most important customer's requirements based on:
Once the customer's requirements are defined, identify the process that has the most impact on those needs. As a result, the points learned will be:
Sometimes companies re-engineer processes that have no impact on the
customer. Efforts like these usually go unnoticed because the customer sees no benefit. As
a result, resources were spent which were not warranted.
We invite you to read additional articles in the series that describe the process used, the required environment and the human resources training needed for successful implementation If you are interested click here |