Process Improvement Project

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assignment_thats_due.zip

Assignment that's due/1LOOK HERE FIRST!!!.docx

This will be the instructions on how to go about tackling this assignment.

From folder “Assignment that’s due.” This is what needs to be worked on. This will elaborate on the files included:

1. Assignment 2: This file is the actual assignment due with all the instructions.

2. First part of the Assignment: This is a multi-part assignment. The one you are working on is assignment 2. This file is the first assignment (which is already completed of course). Basically you are elaborating from this file to complete assignment 2. *Please refer to folder “Previous Assignment” to have an understanding of this file.

3. Book Notes: In part 1 on the assignment file, it tells you to review pages 12-15, this is that file. You can use this video link for more information on identifying waste: http://it.spcollege.edu/flashApplications/directLinkToVideo/index.htm?rtmpURL=rtmp://fms.spcollege.edu/flv_mp3_files/huehnbrown_wende&streamName=mp4:PIM_Lecture4.mp4&objectWidth=640&objectHeight=480&autoPlay=false&previewWindow=true&floatingControlBar=tru

4. Article on Waste: This folder will have articles that can help you with part 1 and 2 if you need more elaboration.

5. Waste Audit Template: As referenced after all 4 steps in the assignment 2 file, this needs to be completed as well.

6. FAQ’s: This may be used to help clarify the assignment.

7. Rubric: Guidelines for the assignment.

Everything was put together for you to complete this assignment with ease. Thank you in advance for your help!

Assignment that's due/Articles on Waste (if needed)/Improving_Quality_of_Emergency Waste article.pdf

Research paper

Improving the quality of Emergency Department care by removing waste using Lean Value Stream mapping David Cookson MBChB Academic Doctor, Emergency Medicine and Clinical Leadership, University Hospitals of Leicester NHS Trust and University of Leicester, Leicester, UK

Colin Read FRCS FCEM Consultant, Emergency Medicine, University Hospitals of Leicester NHS Trust, Leicester, UK

Pro Mukherjee MRCP FCEM MBA Consultant, Emergency Medicine, University Hospitals of Leicester NHS Trust, Leicester, UK.

Matthew Cooke PhD FCEM DipIMC RCSEd Director of Emergency Care and Systems Improvement Group, Warwick Medical School, Warwick, UK

Introduction

With the NHS facing the prospect of having to operate

within a constrained financial environment, it is essen-

tial to provide efficient high-quality care with minimal

waste. Clearly, a favourable option is to reduce the time

spent by staff engaged in inefficient processes by re- moving, where possible, steps that are non-value adding.

These principles are encompassed within the ‘NHS

quality, innovation, productivity and prevention chal-

lenge’ agenda launched by the Department of Health

(2010) and expounded by the NHS Institute for Inno-

vation and Improvement (2010) in their ‘Productive

Ward’ work, which concentrates on ‘Releasing time to

care’. At University Hospitals of Leicester NHS Trust,

Lean techniques were felt to offer an opportunity to

create a more productive Emergency Department.

This article describes how Value Stream mapping can be used in the initial stages of a Lean implemen-

tation project to identify waste in processes and generate

ideas for improvements. We also explore the approach

healthcare leaders and managers can take to facilitate

the introduction of Lean Thinking principles in an

Emergency Department based on our experience.

ABSTRACT

Lean Thinking was originally developed by Toyota

in the 1950s as an improvement approach to reduc-

ing non-value-adding activity and improving flow

within a system. Its use in healthcare is becoming

increasingly common although there is little pub- lished information on its formal application to

Emergency Departments in the UK. With increas-

ing financial pressures, high service demand and

target pressures, Lean offers a potential approach to

maintaining a high-quality efficient clinical service

for patients and staff. Using Value Stream mapping,

a tool originally developed for manufacturing, we

identified over 300 instances of waste and potential

improvements in processes within the majors area

of our department. This work allowed us to reduce

the time to initial assessment and has highlighted a

number of projects that are now being taken for-

ward with directorate backing. With the support of healthcare leaders and managers who embrace the

Lean philosophy, Lean Thinking offers huge poten-

tial for identifying waste and Value Streams leading

to improvements in quality of care in the emergency

department.

Keywords: Emergency Department, Lean Think-

ing, process mapping, Value Stream, waste

The International Journal of Clinical Leadership 2011;17:25–30 # 2011 Radcliffe Publishing

D Cookson, C Read, P Mukherjee et al26

Background

Lean Thinking is a philosophy, management culture

and set of tools for process improvement that focuses

on reducing waste and improving flow within a system. It was initially developed by Taiichi Ohno at

Toyota in Japan in the 1950s as the Toyota Production

System and aims to reduce muda (non-value-adding

work), muri (overburden) and mura (unevenness of

flow).

In their work on Lean Thinking, Womack and Jones

(2003) have identified the five key features of Lean as:

understanding value, developing the Value Stream, improving flow, encouraging pull and pursuing per-

fection. Another important principle underlying Lean

Thinking is that it is the customer, not the producer,

who ultimately defines what is of value to them. Value

is a complex interaction of experience, clinical quality

and safety.

In his initial work, Ohno described seven basic

wastes for manufacturing. Health examples have been described by Westwood et al (2006), and Bicheno

(2008) subsequently described wastes for service in-

dustries.

The Lean approach in healthcare

Lean Thinking has been used in the commercial sector

since its inception at Toyota in the 1950s. Since this

time, a number of manufacturing, service and retail

industries have incorporated Lean Thinking into their

work. Although elements have been seen in healthcare

in the past, Lean Thinking has only been more

formally introduced into healthcare systems within

the last few years.

Although the similarities between healthcare and

industry may not be immediately apparent, both

involve multiple departments, long sequential com- plex processes with varying cycle times, queuing and

the sharing of resources to produce an end product.

Both sectors also typically have nine times more non-

value-adding activity than work that actually meets

the needs of the customer (Jones and Mitchell, 2006).

It has therefore been estimated that 80% of Lean tools and

mechanisms can be applied to healthcare (Ward, 2006).

When thinking about Value Streams, several authors in Lean Thinking have used the analogy of a motorway

with slow-moving lorries travelling in both lanes

reducing the overall flow of vehicles along the road

(Figure 1) (Jones and Mitchell, 2006; Westwood and

Silvester, 2007) and the benefits of active traffic man-

agement – a form of traffic streaming (Highways

Agency, n.d.).

The same principle can be seen in the Emergency Department, where patients with similar Value Streams

(or process steps with varying cycle times) are sep-

arated into minors, majors and resuscitation areas. A

stream will contain groups of patients who have

similar processes (e.g. simple assessment or routine

investigations or complex evaluations). This differs

from separating patients by clinical presentation, e.g.

chest pain, as clinical groups can have different process steps and cycle times for different patients. Maintain-

ing separate Value Streams has been shown to improve

flow through the Emergency Department and reduce

waiting times and overcrowding (Cooke et al, 2002;

King et al, 2006).

Value Stream mapping in the Emergency Department

In autumn 2009, Leicester’s Emergency Department

secured the support of external Lean specialists in

starting our journey into Lean Thinking. A Lean project

Box 1 The seven ‘WORMPIT’ Lean wastes:

W Waiting

O Overproduction R Rework/defects

M Motion

P (Over) Processing

I Inventory

T Transportation

Figure 1 Value Streams on a motorway

Improving the quality of Emergency Department care 27

team was established within the department compris-

ing nursing, medical, managerial and academic staff.

The project started with training in Lean principles,

common improvement tools, such as Value Stream

mapping (also known as process mapping), and types

of waste for project team members. Elements of this training were then cascaded to other members of staff

within the department.

Over the course of a week, members of the Lean

team were assisted to build up a high-level Value Stream

map (VSM) of the steps associated with a patient

passing through the majors area of the department.

The map was created by direct observation and timing

of patient journeys through the department and sup- plemented by staff participation. Each step, movement,

intervention, investigation, piece of documentation

produced and staff contact was recorded and displayed

visually on a map using Post-it1notes, with arrows to

demonstrate push-and-pull forces and string to dem-

onstrate communication lines. More detailed, low-level

process maps were also created for nursing assess- ment, medical assessment, radiology processes and

clerical support work, e.g. ward clerk. These VSMs were

supplemented with observations of the Lean ‘WORMPIT’

wastes encountered and suggestions for possible im-

provements placed at the appropriate place along the

VSM (Box 2).

Figure 2 illustrates a simple VSM that was created as

a pilot in our Emergency Department prior to map- ping the entire majors area.

Box 2 Examples of Lean wastes identified

W Waiting Patients waiting for assessment. Staff waiting for results.

O Overproduction Recording the same information multiple times.

R Rework Reassessment of patients by several members of staff.

M Motion Staff walking to reception and back to use the photocopier. P (Over) Processing Staff ordering unnecessary investigations.

I Inventory Stock being unavailable when required or out of usable date.

Untangling ECG cables.

T Transportation Patients going to CT scan which is distant to the Emergency Department.

Figure 2 An example Value Streams map – Majors arrival process

D Cookson, C Read, P Mukherjee et al28

Outcome

During a week-long period of Value Stream mapping

at Leicester’s Emergency Department, over 300 obser-

vations of waste and suggestions for improvements were identified, with all staff groups contributing,

including porters, security, clerical and managerial,

medical and nursing staff of all grades. All staff on duty

during the week were able to contribute to the devel-

opment of the map (Figure 3).

At the end of the Value Stream mapping week, a list

of potential projects was identified and divided into

quick easy wins, medium-term projects and more long-term issues. It was also acknowledged that not

all of the non-value-adding wastes identified could be

eliminated from the overall majors process.

The high-level majors area VSM document was

presented to the senior medical directorate manage-

ment team to get ‘buy-in’ to the project and facilitate

cross-directorate working within the trust. In addition, it

was important to obtain agreement for potential short-term reductions in performance while projects

were initiated to create long-term improvements.

An early example of the results of introducing Lean

Thinking at Leicester has come from modifying our

majors arrival process (illustrated in Figure 2). A

retrospective audit, comparing 100 randomly selected

patient notes from one week before and one week

four months after this modification, demonstrated

a mean reduction of 20 minutes from Emergency

Department arrival to initial nurse assessment.

Discussion

The majors Value Stream mapping exercise was a

simple but effective way of demonstrating different

Value Streams and identifying waste within emerg-

ency department processes. Although this tool was

originally developed in an industrial setting, we found

that its use in healthcare did not require any major adjustments.

We found that developing the VSM was not diffi-

cult, but did require us to step back from the clinical

situation and make notes about what we saw. The high

level of staff acceptance of our presence and involve-

ment in helping us develop the map was not only

pleasing, but was also felt to be crucial to our success in

identifying so much process waste. Involving healthcare leaders and managers when

initiating a Lean project such as ours is critical to its

success. Initially, staff need to feel both reassured

about the project’s motives and empowered to openly

Figure 3 Finished high-level majors VSM (value stream map)

Improving the quality of Emergency Department care 29

challenge the status quo and make suggestions for im-

provement. In our department, we did this by edu-

cating staff during handover meetings and by the

project team explaining their work during the map-

ping exercise.

Leaders also need to facilitate staff to step back from the clinical coalface and learn about Lean Thinking so

that they can make observations about their working

environment. Projects developed as a result of the Value

Stream mapping exercise will need to be supported

and facilitated by healthcare leaders, particularly across

departments and directorates, where they have a poten-

tial impact on performance. Negotiating approval for

short-term potential dips in performance in order to achieve long-term efficiency improvements was a

key Emergency Department requirement, particularly

given the pressure to deliver against targets.

A specific focus for those healthcare leaders and

managers working at directorate and trust level should

be to introduce pull systems upstream from the Emer-

gency Department. Flinders Medical Centre in Australia

developed specialty-based pull systems from their Emergency Department and dismantled their ‘take’

system, which they found led to inpatient team work-

load variability. These interventions reduced patient

outlying and length of stay, in addition to improving

patient flow within their Emergency Department

(Ben-Tovim et al, 2008).

Finally, healthcare leaders should focus on devel-

oping a Lean Thinking philosophy within their organ- isations. Embracing Lean as a philosophy, empowering

staff, delegating decision making, communicating a

clear vision, employing multiple Lean tools, viewing

Lean as a long-term journey (rather than a short-term

initiative) and looking for continuous improvement

would overcome many of the reasons for failure

identified in the literature (Bhasin and Burcher, 2006;

Randor et al, 2006).

Further plans

Aside from the other benefits of Lean Thinking

mentioned above, the Value Stream mapping exercise

has generated a number of project ideas which the

department can now take forward. Staff involvement

in the mapping work and waste reduction has

generated enthusiasm for change and identified people to take projects forward. The Value Stream mapping

work is only the start of a continuous drive to make the

emergency department more Lean, and significant

improvements are expected over the coming months

and years.

Summary

Value Stream mapping is a simple and effective way

of starting to apply Lean Thinking, which can help

identify clinical Value Streams and waste in processes

within the Emergency Department. Clinicians wishing to use this Lean tool in healthcare must learn to think

in terms of process groups, and differentiate these

from clinical groups to maximise the benefit from

Value Stream mapping.

The role of healthcare leaders in Lean Thinking is

largely one of support to staff within departments and

bridging silos within the complex healthcare system of

the NHS. Importantly, healthcare leaders should focus on developing and sustaining a Lean philosophy and

avoid using Lean as an initiative for short-term ‘fire-

fighting’, particularly in times of economic constraint.

REFERENCES

Ben-Tovim DI, Bassham JE, Bennett DM, Dougherty ML,

Martin MA, O’Naill SJ, Sincock JL and Szwarcbord MG

(2008) Redesigning care at the Flinders Medical Centre:

clinical process redesign using ‘lean thinking’. Medical

Journal of Australia 188:S27–31.

Bhasin S and Burcher P (2006) Lean viewed as a philosophy.

Journal of Manufacturing Technology Management 17(1):

56–72.

Bicheno J (2008) The Lean Toolbox for Service Systems.

Buckingham: PICSIE Associates.

Cooke M, Wilson S and Pearson S (2002) The effect of a

separate stream for minor injuries on accident and

emergency department waiting times. Emergency Medi-

cine Journal 19(1):28–30.

Department of Health (2010) The NHS Quality, Innovation,

Productivity and Prevention Challenge: An Introduction

for Clinicians. London: Department of Health. Avail-

able from: www.dh.gov.uk/en/Publicationsandstatistics/

Publications/PublicationsPolicyAndGuidance/DH_113809

(accessed 17 May 2010).

Highways Agency (n.d.) Active Traffic Management. Avail-

able from: www.highways.gov.uk/knowledge/1334.aspx

(accessed 17 May 2010).

Jones DT and Mitchell A (2006) Lean Thinking for the NHS.

London: NHS Confederation. Available from: www.nhs

confed.org/Publications/reports/Pages/Leanthinking.

aspx (accessed 17 May 2010).

King DL, Ben-Tovim DI and Bassham J (2006) Redesigning

emergency department patient flows: application of Lean

Thinking to health care. Emergency Medicine Australasia

18(4):391–7.

NHS Institute for Innovation and Improvement (2010) The

Productive Ward: Releasing Time to Care, Learning and

Impact Review, Final Report. Warwick: NHS Institute for

Innovation and Improvement. Available from: www.

institute.nhs.uk/images//documents/Quality_and_value/

Productive_Ward/PW%20review%20full%20report.pdf

(accessed 16 February 2010).

D Cookson, C Read, P Mukherjee et al30

Randor Z, Walley P, Stephens A and Bucci G (2006)

Evaluation of the Lean Approach to Business Management

and Its Use in the Public Sector. Edinburgh, The Scottish

Government. Available from: www.scotland.gov.uk/

Resource/Doc/129627/0030899.pdf (accessed 3 December

2009).

Ward S (2006) Thinking Lean. Health Service Review 65:12–

13.

Westwood N and Silvester K (2007) Eliminate NHS losses by

adding some Lean and some Six Sigma. Operations Man-

agement 5: 26–30.

Westwood N, James-Moore M and Cooke MW (2006)

Going Lean in the NHS. Warwick: NHS Institute for

Innovation and Improvement.

Womack JP and Jones DT (2003) Lean Thinking. Banish

Waste and Create Wealth in Your Corporation. London:

Simon & Schuster.

CONFLICTS OF INTEREST

The authors declare that they have no conflict of

interests in relation to this article. Ethics committee

approval was not required. Our external Lean special-

ists (LMR Manufacturing) provided their services free

of charge and had no involvement in the writing of this

article. This article was not commissioned. Funding

was not required for the work detailed in this project.

Funds for subsequent work have been provided from within University Hospitals of Leicester NHS Trust

existing budgets.

ADDRESS FOR CORRESPONDENCE

Dr David Cookson, c/o Emergency Department Sec-

retaries Office, University Hospitals of Leicester NHS

Trust, Emergency Department, Leicester Royal In-

firmary, Infirmary Square, Leicester LE1 5WW, UK. Email: [email protected]

Accepted 12 August 2010

Copyright of International Journal of Clinical Leadership is the property of Radcliffe Publishing and its content

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Assignment that's due/Articles on Waste (if needed)/Lean_Consumption Sigma.pdf

lARVARD BUSINESS REVIEW

f

Lean production transformed manufacturing. Now it's time to apply lean thinking to the processes of consumption. By minimizing customers' time and etfort and delivering exactly what they want when and where they want it, companies can reap huge benefits.

by James P. Womack and Daniel T Jones

OVER THE PAST 20 YEARS, the real price of most consumer goods has fallen worldwide, even as the variety of goods and the range of sales chan-

nels offering them have continued to grow. Meanwhile, product quality-in the sense of durability and number of delivered defects-has steadily improved.

So, if consumers have access to an ever-growing range of products at lower prices, with fewer lemons, and from more formats, why is consumption often so frustrating? Why do we routinely encounter the custom-built com- puter that refuses to work with the printer, the other computers in the house, and the network software? Why does the simple process of getting the car fixed require countless loops of miscommunication, travel, waiting, and defective repairs? Why does the diligent shopper fre- quently return from a store stocking thousands of items without having found the one item that was wanted? And

why is this tiresome process of consumption backed up by help desks and customer support centers that neither help nor support? In short, why does consumption - which should be easy and satisfying - require so much time and hassle?

It doesn't have to-and shouldn't. Companies may think that they save time and money by off-loading work to cus- tomers, making it the customer's problem to get the com- puter up and running, and wasting the customer's time. In fact, however, the opposite is true. By streamlining the systems for providing goods and services, and making it easier for customers to buy and use them, a growing num- ber of companies are actually lowering costs while saving everyone's time. In the process, these businesses are learn- ing more about their customers, strengthening consumer loyalty, and attracting new customers who defect from less user-friendly competitors.

MARCH 2005 59

Lean Consumption

What these companies are doing has a familiar feel: Just as businesses around the world have embraced the principles of lean production to squeeze inefficiency out of manufacturing processes, these innovative companies are streamlining the processes of consuming. In the early 1990s we popularized the term lean production to de- scribe the ultra-efficient process management of our ex- emplar firm, Toyota. We believe it is now time to recog- nize lean consumption as its necessary and inevitable complement.

"But surely," you say, "when it comes to consumption, less can't be more." Actually it can be, for both consumer and provider. Lean consumption isn't about reducing the amount customers buy or the business they bring. Rather, it's about providing the full value that consumers desire from their goods and services, with the greatest efficiency and least pain.

The key word here is "process." Think about consump- tion not as an isolated moment of decision about pur- chasing a specific product, but as a continuing process linking many goods and services to solve consumer prob- lems. When a person buys a home computer, for exam- ple, this is not a onetime transaction. The individual has

their customers play in these processes. It also requires consumers to change the nature of their relationships with the companies they patronize. Customers and pro- viders must start collaborating to minimize total cost and wasted time and to create new value.

That may seem like a doubtful proposition. But some companies-along with their customers-have started the culture shift that will make lean consumption possible. And they're finding that everybody wins.

Why Lean Consumption Now? While lean consumption would be a sensible idea in any era, we see several convergent trends that we think make it inevitable and, indeed, a competitive necessity now.

With the regulated economy steadily contracting, con- sumers have a broader range of decisions to make, from how to invest retirement funds, to what telecommunica- tions provider to use, to what airline to fiy at what price. At the same time, they must cope with a growing profu- sion of choices as producers relentlessly customize their offerings, pursue product niches, and increase their sales channels.

Some companies-along with their customers-have started the culture shift that will make lean consumption possible. And they're finding that everybody wins.

embarked on the arduous process of researching, obtain- ing, integrating, maintaining, upgrading, and, finally, dis- posing of this purchase. For producers and providers (whether employees, managers, or entrepreneurs), devel- oping lean consumption processes requires determining how to configure linked business activities, especially across firms, to meet customer needs without squandering their own -or the consumer's-time, effort, and resources.

The way to do this is to tightly integrate and streamline the processes of provision and consumption. The chal- lenge is not simply logistical: Lean consumption requires a fundamental shift in the way retailers, service providers, manufacturers, and suppliers think about the relation- ship between provision and consumption, and the role

James P. Womack is the president ofthe Lean Enterprise In- stitute (www.lean.org) in Brookline, Massachusetts. Daniel T. Jones is the chairman of the Lean Enterprise Academy (www.leanuk.org) in Herefordshire, England. They are the coauthors of Lean Thinking: Banish Waste and Create Wealth in Your Corporation (Simon and Schuster, 1996) and, with Daniel Roos, qf The Machine That Changed the World (Rawson Associates, 1990).

In this demanding environment, information technoi- ogy is steadily blurring the distinction between con- sumption and production. Consumers are doing increas- ing amounts of unpaid work on behalf of providers, such as entering data into Web-based order forms and tracking the progress of their own orders. And these consumers are spending more and more time and energy to obtain and maintain the computers, printers, PDAs, and other tech- nological tools needed to solve routine probiems - for themselves and for providers.

This growing burden on consumers might be sustain- able if not for the changes consumers themselves are un- dergoing. Household configurations in every advanced economy are transforming in ways that create additional time pressures and energy drains. TWo-wage-eamer and single-parent households, where no one has time to man- age consumption, are increasingly common; and aging populations are confronted with an expanding array of choices but have declining energy to address them.

Collectively, these trends give rise to the consumer's emerging dilemma of more choices to make and products to manage with decreasing time and energy. Yet the situ- ation also creates a major opportunity for providers.

HARVARD BUSINESS REVIEW

Lean ConsLimption

The Principles of Lean Consumption The concepts underlying lean consumption boil down to six simple principles that correspond closely with those of lean production. (For more on these principles, see our book Lean Thinking.)

1. Solve the customer's problem completely by insuring that all the goods and services work, and work together.

2. Don't waste the customer's time. 3. Provide exactly what the customer wants. 4- Provide what's wanted exactly where it's wanted. 5. Provide what's wanted where it's wanted exactly

when it's wanted. 6. Continually aggregate solutions to reduce the cus-

tomer's time and hassle. Let's examine these principles one at a time. Solve the customer's problem completely by insur-

ing that all the goods and services work, and work to- gether. Customers obtain goods and services to solve problems in their lives. But they don't acquire them in a single transaction, instead they search for, obtain, install, integrate, maintain, and dispose of them over an extended period - which is a lot more complicated. We don't just buy a car or a home in an hour to solve our mobility and shelter probiems. Rather, we search at length, find the right item, purchase it, and begin immediately to main- tain, repair, and upgrade it over an extended period as our needs change.

This complex process rarely goes smoothly. Consider personal computing, which now involves your camera, your PDA, and your phones. Most of us are less interested in the specific features of all these items than providers seem to think. What we really want is for everything (hardware, software, and support services) to work to-

gether reliably and seamlessly with minimal drain on our time and emotions. Yet we struggle endlessly with multi- ple providers of goods and services for our information and communication problems, all of which require our continuous unpaid management.

Why is this? Because providers, instead of working to- gether to perfect the entire consumption process, have created an enormous "failure industry" of help lines and service desks to deal with their individual piece ofthe so- lution. Their objective has been ever-greater efficiency (in terms of their own resources) at patching recurring cus- tomer problems. Their management goal has been to minimize the time needed to get the customer off the line while avoiding the hard work of getting to the root cause ofthe problem.

Lean consumption principles suggest a radically differ- ent approach. Rather than assigning the least knowl- edgeable personnel to deal repetitively (but "efficiently") with the same customer problems, a lean provider de- ploys highly trained personnel who not only solve the customer's specific problem but also identify Its systemic source. Management can then put permanent fixes in place, integrating the various elements ofthe solution, so that consumers no longer need to complain.

This approach has been pursued brilliantly by Fujitsu Services, a leading global provider of outsourced cus- tomer service. Companies that contract with Fujitsu to manage their in-house IT help desks find that the number of calls their desks receive about a recurring problem in- side the company - say malfunctioning printers - often falls to near zero. What Fujitsu does is identify and fix the source of the problem - for example, replace the fiawed primers with new ones fit for the particular purpose. By seeking the root cause of the problem somewhere up the value stream (often involving multiple companies),

MARCH 2005 61

Lean Consumption

Fujitsu has pioneered a way to eliminate i t (See the side- bar "Solving Problems at the Source.")

Don't waste the customer's time. Providers typically send a very clear message to customers: "Your time has no value."Just think of when you last had your car repaired. You called to make an appointment, took your vehicle to a dealer, went through numerous queues to explain the problem, arranged for a loaner vehicle or a ride to your destination, and then waited for the dreaded call with the diagnosis and cost of the repair. When you went to pick up the vehicle, you may have found that it wasn't ready. Or you may have waited in several queues (again) to pay for and collect the car, only to discover later that the re- pair had not been done right. (Surveys show that car re- pairs are done correctly and on time only six times out often.) The dealer squandered your valuable time-and goodwill.

The lean provider takes a different approach by look- ing at the problem from the standpoint ofthe customer and drawing a "consumption map" of all the steps in the repair process. Then, in each instance where the customer

is forced to expend time for no return in value, the pro- vider asks how the system can be reconfigured to elimi- nate wasted time.

Most managers instinctively assume that this will raise their costs, but the reality is just the opposite. Purging in- efficiency from the "provision stream"-the steps needed to create and deliver goods or services-solves providers' problems even as it helps customers. All those endless queues entail needless work for staff, and reworking jobs done wrong is even more expensive. By marrying a lean provision stream to a lean consumption stream (all the actions that must be taken by the consumer to acquire goods or services), providers can usually reduce their costs-and lower prices to consumers.

Skeptical? Take at look at Grupo Fernando Simao (GFS), a family-owned automobile dealer group based in Oporto, Portugal. GFS is the third-largest dealer group in Portugal, with 900 employees and group sales now more than $400 million. Since 1999, the company has introduced lean provision and consumption practices throughout its entire business. By prediagnosing every

^^^"^ Solving Problems at the Source •—•—•—>—>—•_>._>_)—>—>—)—^

Fujitsu Services is one ofthe largest providers of IT

services in Europe, the Middie East, and Africa, witii

15,400 employees in 30 countries and saies of $4.2 biiiion

in 2004. After providing technicai support for its own

products for many years, Eujitsu began to offer services to

companies that were outsourcing their customer service

and technicai support activities. Here Eujitsu has often

found itseifpiaying thedifficult roie of mediating between

hardware and software vendors and users about the prob-

iems the iatter encountered.Typicaiiy,firms like Fujitsu

are paid to respond to user complaints atthe lowest cost

per complaint handled. This call center model gives firms

no reason to reduce the number of complaints received

and, indeed, creates a disincentive: If the call volume falls,

so does the service company's revenue. Fujitsu approached

the problem with a completely different mind-set. It de-

cided to eliminate the root causes of callers'complaints.

When Fujitsu took over the help desk contract in 2001

for BMI (an airline formerly known as BMI British Mid-

land), Eujitsu immediately analyzed the different types of

calls coming in from BMI employees. Then it set to work

to understand the problems that gave rise to the calls; to

track the time and effort required to fix them; and, most

important, to measure the impact on the business of fail-

ures or delays in doing so. (Note that in this example, the

users being helped are BMI employees, such as the check-

in staff. Operationally, this works the same way as help

lines serving customers at,say, Dell or Microsoft.)

Fujitsu found that more than half the calls to help desks

were repeat complaints about recurring problems or

repair delays. One ofthe most common reasons for calls-

accounting for 26% ofthe total-was malfunctioning print-

ers: Ticketing agents kept finding that they couldn't print

boarding passes and baggage tags for passengers at check-

in. It was immediately apparent that solving the printer

problem was critical to the airline's business. Given tight

airport security, the inability to print boarding passes and

baggage tags that could be scanned at a number of points

could cause flights to miss their takeoff slots.

tJnder BMI's previous contractor, the help desk had strug-

gled to get service technicians to respond more quickly

so check-in staff wouldn't keep calling with complaints.

Fujitsu's response was to find the most cost-effective way

to eliminate the root cause of the printer problem. The

answer was to convince BMI senior management to spend

money up front to install better printers. As a result, the

number of calls about malfunctioning printers was cut by

more than 80% within i8 months. This action translated

into major savings in flight operations far exceeding the

cost ofthe new printers. In addition, Eujitsu improved

the technician-response process so that the average time

needed to fix printers that still failed fell from ten hours

to three.

Fujitsu coupled this problem-solving approach with a

different business proposition for BMI. Instead of being

paid for each call handled, Fujitsu asked to be paid a set

62 HARVARD BUSINESS REVIEW

Lean Consumption

car repair whenever possible, scheduling to eliminate queues, standardizing repair processes, and introducing other lean practices, GFS has removed many wasteful steps, increased the speed at which customers and vehi- cles move through the system, and reduced the totaJ cost to the company of the typical repair by 30%.

This approach yields more than just a cost savings for GFS: It's a boon for customers. The prices customers pay for repairs have fallen - especially in terms of wasted time-and most jobs are now fixed right the first time. Be- fore these changes, a customer could expect to spend about two hours searching for a repair shop, making an appointment, getting the car to the dealer, negotiating the repair, and collecting the vehicle at the end ofthe pro- cess. GFS's lean repair process has cut customers' time commitments almost by half-to an average of 69 min- utes. As a result, GFS has climbed from near the bottom of the car manufacturers' customer-service rankings to the top and has dramatically increased its share ofthe ser- vice business for vehicles it sells. (See the sidebar "Draw- ing a Lean Consumption Map")

fee based on the number ofpofent/a/callers to the BMI

system. This allowed Fujitsu to profitably offer BMI a

lower bid than its current vendor.

By addressing root causes, Fujitsu reduced total calls

to the help desk by 40% within i8 months and improved

customer satisfaction. As the company has progressively

applied this problem-solving approach to all of its custom-

ers, it has moved beyond its original role as a mediator

between vendors and frustrated consumers to become an

analyst and optimizer of entire IT response systems. Fu-

jitsu is solving the customer's problem completely-and

then some.

While discussing a customer's current problem, for ex-

ample, Fujitsu personnel pass on new information about

the user'5 computing systems, including how to prevent

problems the customer hasn't yet encountered but will, if

not warned. At the same time, Fujitsu can learn more about

what problems the customer is trying to solve with the

system, which can lead to ideas for new products. Instead

of simply fixing defectsso that customers get the value

originally promised, Fujitsu creates newvalue by offering

them additional information and services they might

want. What starts as a negative customer interaction can

turn into an opportunity for information sharing that builds

loyalty,generates fresh market intelligence, and saves Fu-

jitsu money. As a result, satisfied clients have rewarded

Fujitsu with extra work previously divided among compet-

ing subcontractors-a win-win for both parties.

Provide exactly what the customer wants. You may think that if current consumption systems do anything well it is to get customers the exact items they want. Not true. For example, the average item in a typical grocery store is in stock at the right location on the shelf only 92% ofthe time (this is called the "level of service"). Given that the average shopper has 40 items on a list, multiply the probabilities of finding each ofthe 40 items together and it's apparent that obtaining all ofthe items in the same shopping trip will happen only one time in 20. You can buy substitutes, or make additional trips, or change what you plan to eat, but the store is not giving you exactly what you want.

Shoe stores don't do any better. By relocating most pro- duction for North America and Europe to Southeast Asia and putting retailers on 150-day order windows, the shoe industry has created a marvel of low cost at the factory gate in combination with an extraordinary array of styles (about half of which only endure for one three-month selling season). But suppose you want the size nine"Won- der Wings" in gray? The chances are only 80% (an indus- try average) that they will be in stock; and there is a good possibility (because of the long order window) that they will never be in stock again. Not to worry, though. There are millions of size nine Wonder Wings in pink available and many more on the way because the order flow, once turned on, cannot be turned off and the replenishment cycle is so long. As a result, the shoe industry fails to get one customer in five the product he or she actually wants, while it remainders 40% of total production (pink Wonder Wings, for example) through secondary channels at much lower revenues.

There will certainly be differences among industries in the difficulty of implementing lean consumption. But even in those where lean provision seems impractical, there are likely to be practical, if counterintuitive, solu- tions. Consider that Nike can now profitably deliver even customized bags overnight anywhere in North America. How? By-of all things-locating manufacturing in Cali- fomia. (See the sidebar "Locating for Lean Provision.")

Whatever the industry, the lean provider's approach has a common theme: pull. Rather than infrequently or- dering large numbers of items based on very sophisticated centralized forecasts (which are almost always wrong), the lean provider puts in place rapid replenishment sys- tems that quickly restock exactly what a customer has just pulled from the shelf. This is not just a warehousing problem. It's a total-system Issue of multiple replenish- ment loops running all the way back to raw materials. These loops permit a business to quickly restock at every level what the next downstream customer actually wants, as shown by what a previous customer just used.

Tesco, a UK-based retailer, is the world leader in apply- ing these principles and is now approaching a level of ser- vice of more than 96%. That's still not good enough to get

MARCH 2005 63

Drawing a ^ Lean Consumption Map

Mapping the steps in a production and

consumption process is the best way

to see opportunities for improvement.

A map can reveal how broken processes

waste providers'and consumers'time and

money.

Here's how Crupo Fernando Simao

(CFS), a Portuguese automobile dealer

group, discovered the inefficiencies In its

processes. First, the company looked at

consumption. It listed the steps a typical

consu mer takes to get a car fixed-from

searching for a repair shop to arriving

home with the vehicle repaired-and the

time required for each. Then CFS drew

boxes representing the eight steps it iden-

tified, sized each box in proportion to the

time needed to complete the correspond-

ing task, and shaded in the value-creating

time. The company also collected data on

the percentage of jobs done right the first

time and on time.

CFS found that these consumption

steps took the average consumer a total of

120 minutes. And, because dealers often

couldn't do repairs on the day they re-

ceived the ear-either because they didn't

have time after diagnosing the problem or

because they lacked necessary parts, tools,

or knowledge-almost half ofthe custom-

ers' time was wasted. What's more, only

60% ofthejobs were completed on time.

Next, CFS mapped the 25 steps in its

provision process, adding arrows to show

where these provision steps interacted

with the steps in the consumption pro-

cess. The group discovered that the provi-

sion steps took 207 minutes of paid time,

only 27% of which created any value for

the customer. A closer look revealed that

technicians, the sole creators of customer

value, were creating value during only

45% of their paid work time. Not impres-

sive. (Seethe exhibit "Car Repair Before

Lean Processes.")

HanRopair Before Lean Processes.

o a.

JSm nule&

1 Seardiforrepairer ^—•

5 m nutas 45 minutes

3 Drive to fadHty

problt'fi ,h.mcl

5 WaTlTor loaner car

TTjuel le ana pay, receive car

l^ivehome

SmlniitH SminutM

1 Answer phone \—*- 2 Book appointment 3 Check in

4 Caftostorage

S Fetch ioaner

6 Pass to workshop

38 mtnul**

7 Pdss lo technician

8 Diagnose problem

14mlnutai 85 mIniitH SlmimitH

12 Pass to service rep.

l J Phone customer, discjss diagnosis

14 Pass to v^orkshop r

9j :heck parts

10 Carlo storage

11 Pass to office

15 Pass to technician

16 Collert parts

ITflepairtai

21 Pass to service rep.

22 Invoice

23 Fetch car

24 Handovercar

-value-creating time

I ^ wasted time

I -j—technician's time

19Carto storage

2 0 Pass to office

HARVARD BUSINESS REVIEW

Using this map, CFS eliminated unnec-

essary steps in both the provision and

consumption processes. The gains for CFS

and its customers become cieariy visible

when we look at how the process works

today (5ee the exhibit "Car Repair After

Lean Processes").

Here, CFS leverages its ongoing rela-

tionship with customers, eliminating the

need for them to search fora new repair

shop because of dissatisfaction with a pre-

vious repair. CFS prediagnosesthe prob-

lem by phone whenever possible and con-

firms the diagnosis as soon as the car

arrives. If customers can wait a few mo-

ments, they can authorize the repair work

right then and avoid the extra phone call.

The dealers have also smoothed the work

flow by carefully scheduling arrivals to

eliminate queues and passing work di-

rectly to the technician, with nohandoffs.

In addition,they have minimized the tech-

nician's time by leveling work flow and

separating jobs according to their com-

plexity and the time required to complete

them. Parts and tools are prei<itted and

delivered to the technician in the service

bay just as needed. And common repair

tasks are standardized to reduce time spent

as well as to increase the chance of get-

ting the work done correctly and on time.

These gains create a win-win situation.

Customers'time is no longer wasted and

CFS can handle a greatervolume of busi-

ness. CFS's technicians are now creating

value during 78% of their work time and

they complete nearly twice as many jobs

per day More jobs are done right the first

time, so fewer cars are brought back for

a second visit. Asa result, CFS requires a

smaller support staff and needs only one-

quarter the number of loaner cars.

01

E

o u

•a

o a.

Car Repair After Lean Processes Time Saved

SmintrtM

BOOK appointment 2 Discuss problem

Sminutai ISminulfli

1 800k appointment |—• 2 Discuss problem, creaK repair pbn

3 Order

5 Walt for disgnosis confirmation, authorize repair

9 Deliver parts

10 foiled Git

11 Repair o r

27% value- creating time 1

5 9 % value- creeling time

Before After lean lean

MARCH 2005 65

Lean Consumption

all customers exactly what they want, but it's a big leap- and proof that lean production principles can support lean consumption.

How does Tesco do it? By replenishing every store con- tinuously, over a 24-hour day, to eliminate the need to hold stock either at the back of the store (as does Wal- Mart) or in high-bay storage (like Home Depot). Tesco re- orders from key suppliers that produce - in a matter of hours-items that have just been purchased. What's more, Tesco picks up directly from suppliers' shipping docks at precise times and takes the goods to regional distribution centers where fresh products and fast-moving items are cross docked onto vehicles delivering to stores. In a fur- ther lean innovation, Tesco satisfies Web-shopping orders by having store personnel fulfill orders from the shelves during lulls. This process has reduced personnel costs, avoided the cost of separate warehouses for Web orders, and made Tesco the world's largest Internet grocer.

Lean techniques have helped Tesco to grow its share rapidly and become the UK's market leader in groceries, fueling its global expansion in Eastern Europe and East Asia as well. They have also allowed the grocer to increase customer satisfaction and loyalty by giving shoppers what

they want (and, as we shall see, by providing it where and when they want it) -without wasting their time.

Provide what's wanted exactly where it's wanted. Conventional wisdom holds that customers usually obtain needed items from a single forniat (the price-conscious suburban shopper goes to Costco or Sam's Club; the time- pressed urban professional goes to Trader Joe's). But the conventional wisdom is wrong. Balancing many consid- erations, chief among them price and convenience, most of us use a variety of formats to get what we want as our circumstances change. We make the occasional trip to Costco for bulk items, the weekly trip to the standard su- permarket for its wide selection of groceries, and several stops at the convenience store for the little things we missed, and we order out for home delivery when time's especially tight or we're just exhausted. By using different formats depending on circumstances, we minimize our total cost of consumption: the sum of prices we pay for products plus the time and effort expended to obtain them. In this equation, typically, price goes up as time and hassle decrease; we pay-sometimes a lot-for convenience.

Imagine, though, a provision process that maximizes convenience while keeping prices nearly uniform across

_v-.y—• Locating for Lean Provision •—•—•—•—•—•—•—

F rom the lean perspective, the stampede to outsource

manufacturing to China in order to serve North Amer-

ican and European customers is questionable, but not for

the reason5 usually cited. The real challenge for lean pro-

viders is the inability of remote production facilities to re-

spond instantly to changing customer demands, such as a

surge in requests for size nine gray "Wonder Wings."

Most manufacturers and their retail partners seem to

have no method for calculating totaf costs ofthe entire

provision stream for their products. These include costs

for parts, actual logistics (not just the cheap container

shipping probably called for in the business plan), stock-

outs, remaindering, and carrying inventory over extended

supply lines. In our experience, when all these costs are

added up to accurately calculate total product costs, the

lowest-cost location for labor-intensive products with

unpredictable demand is often at the lowest wage point

within the region of sate. That means Mexico for North

America, Romania and Turkey for Western Europe, and,

yes, China for japan, because rapid replenishment at rea-

sonable cost is possible from these locations.

For lean thinkers, the general rule is that shipping by

boat is cheap but slow and, when forecasts are wrong,

must be replaced by airfreight that is fast but expensive.

By contrast, trucks are much faster than boats and much

cheaper than planes. They permit overnight replenish-

ment through each ofthe loops in atypical provision

stream, provided that production is within the geographic

region of sale. Ifyou can'teliminatecostly activities within

production processes, you may still need to relocate to

low-wage countries-but do it in a way that minimizes

total costs.

In the case of products that are made to order, it might

make sense to move manufacturing closer still to the cus-

tomer, even when that's not the lowest wage point in the

region. Consider Nike's surprising approach to the low-

cost manufacture of customized goods. On Nike's Web

site,you can customize a bag or backpack, choosing from

a variety of fabrics and colors for the bag's panels, and

even have Nike embroider a monogram or personal mes-

sage on the item you order. And your customized bag will

cost only $10 more (including express shipping) than a

standard version in a retail store.

What you wouldn't have known is that your bag will

be manufactured to your precise order at NuSewCo, a

small contractor in the San Francisco area. At $15 per

hour, NuSewCo's labor costs are 20 times higher than the

fully loaded labor costs of the contractors in China that

make Nike's other products. But Nike calculates that the

total expense of obtaining its customized bags using high-

priced American labor and offering express delivery is

lower than the total cost of sourcing its standard bags for

66 HARVARD BUSINESS REVIEW

Lean Consumption

formats and preserving retailers' margins. In fact, this is possible if one fulfillment channel can supply every for- mat. That's because the cost to the provider of the prod- ucts entering its channel from suppliers depends pre- dominantly on the buying power ofthe channel operator rather than on scale economies in larger bulk orders or scale advantages in larger stores.

For instance, the reason Wal-Mart sells hammers more cheaply than the comer hardware store isn't that the scale of Wal-Mart's order reduces hammer production costs or that the store's size significantly reduces its costs. It's be- cause the scale of Wal-Mart's order causes the hammer maker to accept a low selling price in return for volume, and Wal-Mart passes on this savings to its customers.

The opportunity is ripe for large retailers using lean lo- gistics techniques to offer a complete range of formats with uniform pricing to serve every customer need. Tesco is already doing this. It has created a full complement of formats ranging from local convenience stores (Tesco Ex- press), to midsize stores in town centers (Tesco Metro), to standard-size supermarkets in the suburbs (Tesco Super- store), to hypermarkets on the periphery (Tesco Extra), to Web-based shopping (Tesco.com). By integrating the ful-

American customers from SoutheastAsia and selling

them through retail.

How can this be? It's possible because sourcing locally

and manufacturing only to order permits Nike to leave

out a large number of steps in the logistics and sales pro-

cesses: The storage of items at the plant in Southeast Asia

until there is a full container to take to the port. The fur-

ther storage ofthe container at the port while shipping

awaits a full load forthe container ship. The customs pro-

cesses on both ends. The storage ofthe items in the distri-

bution center on the U.S. West Coast and the assembly

into containers to send to the stores. The ent/re cost ofthe

store. The cost ofthe inevitable overstocks. The cost of

lost sales due to stock-outs. And the cost of remaindering

(which sometimes simply means discarding) the items

produced on forecast for those customers who never

materialized.

As Nike's cost analysis shows, the touch labor is actu-

ally a small portion ofthe total cost of producing and

delivering these products.despite their tabor intensity.

Most ofthe costs reside in the various overheads at Nike,

the management ofthe many handoffs from production

sources on the other side ofthe world, the large invento-

ries at many points, the retail dealers'overheads, the lost

sales from too few goods, and the lost pricing power from

too many.

fillment channel behind all these formats, Tesco is an- swering an expanded array of consumption needs.

One result of this efficient channel sharing is that Tesco seems to be the only grocer making money on Web-based grocery shopping while continually increasing sales vol- ume. Another, more provocative consequence is that all of the goods entering this unified fulfillment channel bene- fit from the same purchasing power: The tube of tooth- paste going to the tiny Tesco Express outlet costs Tesco the same amount to buy from the supplier as the tube going to the vast Tesco Extra store, and the fulfillment cost is very nearly the same as well. This strongly suggests that the age of mass consumption retailing, in which the in- dustry keeps heading toward ever larger fonnats, is com- ing to an end. Why drive miles to a "big box" if the items you want are available nearby from a smaller format at the same prices?

Perhaps the biggest benefit Tesco gains from this ap- proach is that its customers are no longer strangers. By of- fering loyalty cards that are accepted at all formats, Tesco has begun to harvest invaluable data about the entire purchasing pattern ofthe 12 million UK customers in its loyalty program, who account for 80% of Tesco's sales rev- enue. This information is now being used to put the right items in the right stores and to target the right customers with the right promotional offers.

With Tesco's multiple-format model, customers can get what they want where they want it, and at a nearly uni- form price; and the retailer captures additional consumer spending-and loyalty.

Provide what's wanted where it's wanted exactly when if s wanted. Most consumers have been trained to believe that goods and services are purchased on impulse. And for small items~the latest DVD release, for example- this may be true. When we want them is right now. How- ever, for most items-and in particular for major durable goods, which account for the bulk of our spending-most of us continually plan ahead. We still want the goods when we want them, but that date is often some ways off.

Think about your household vehicles. Do you suddenly decide to buy a new car while driving past a dealer? Prob- ably not. But you probably are contemplating a future purchase even as you read this: You know that you can trade your boring van for a two-door roadster as soon as you haul the youngest child to college next fall, and the SUV will reach a point of questionable reliability by the end of next summer.

Imagine that you could get a customized product for a reduced price simply by sharing your plans with a pro- ducer and ordering in advance. This purchasing model already works well for services such as vacation cruises, where advance ticket purchases are not only cheaper but can guarantee a preferred (in a sense,"customized") room. And it could work for consumer goods and a broad range of services - if producers would only listen to you.

MARCH 2005 67

Lean Consumption

But most current interactions actually penalize the cus- tomer for planning ahead. For example, if you ask to spe- cial order a specific vehicle for delivery sometime in the future, the dealer wilt be frustrated that you don't want one of the vehicles already in inventory and v\nll try to steer you to available stock through price discounts. And if you insist on ordering ahead, you will pay a penalty when the dealer refuses to budge on price. This situation is bad for both consumers and producers. It thwarts cus- tomers' desire to get exactly what they want when they want it, and it increases the producers' production and distribution costs. Producers incur these extra expenses because they can't accurately predict the total volume of

your computation and communication problems by eval- uating your specific needs and then determining the best equipment, software, and services? The provider could then obtain, install, maintain, upgrade, and replace the re- quired items for a standard fee, with no unpaid work or hassle for you. And why can't another solution provider put the vehicles in your driveway, then maintain, repair, and dispose of them as appropriate, for a simple usage fee, without consuming any of your time or attention?

Few such solutions are currently being offered cost ef- fectively for consumers' small number of really big prob- lems: mobility, communication, shelter, health care, fi- nancial management, and shopping. (Concierge services

The age of mass consumption retailing, in which the industry keeps heading toward ever larger formats, is coming to an end.

products that will be wanted at a specific time or the mix of features each customer will seek. As a result, they must keep extra production capacity available, keep large in- ventories of finished units and parts on hand, or both.

Most of us do plan ahead for large, durable purchases and would be willing to share our plans with the pro- ducer in return for getting exactly what we want at a fu- ture date with a discount. And those who absolutely must have a specific product (standard shift, purple paint) right now are usually willing to pay a premium for it. If pro- ducers can find a way to share the gains witb their retail- ers, it should be possible to presell a large fraction of prod- ucts to customers' specifications (at a lower cost and price) while keeping the capability to build customized products (at a higher cost and price) right away for the "got to have it now" customer.

A major challenge to "when it's wanted" consumption is that in complex, multifirm provision streams, the inter- ests of the customer, the retailer, the producer, and the suppliers must be aligned. This brings us to the final prin- ciple of lean consumption.

Continually aggregate solutions to reduce the cus- tomer's time and hassle. With our background in lean production, we are repeatedly struck by a phenomenon most business analysts seem to miss: Consumers are using more and more suppliers-frequently strangers reached through impersonal markets-to solve smaller and smaller problems, often on a onetime basis. By contrast, lean pro- ducers, following Toyota's example, are steadily reducing their supply base for each item and asking fewer suppli- ers with deeper knowledge of their needs to solve bigger problems on a continuing basis.

This same concept can be applied to the process of con- sumption. For example, why can't a single provider solve

and consumer advocates may be available, but are actu- ally a step backward into a world where the well-to-do hire staff to cure their consumption headaches, which are caused by broken processes.)

However, advances in information technology - for managing providers' logistics and connecting consumers and providers-will lift the technical barriers to solving these problems and make solutions cost effective. And transparent pricing of bundled goods and services, along with clear rules governing how providers use consumers' information, will be essential. Finally, providers and con- sumers will have to truly open lines of communication and learn how to plan together over the long term.

Making Lean Consumption Work We believe that consumers wili be quick to learn their role in lean consumption. Most of us would surely em- brace the opportunity to solve our consumption prob- lems completely, getting just what we want, when we want it, where we want it, at an attractive price from a small number of stable providers, with no waste of our time, and with no unpaid work.

The real challenge lies with the retailers, service pro- viders, manufacturers, and suppliers that are not used to looking at total cost from the standpoint ofthe consumer and are even less accustomed to working with customers to optimize the process of consuming. Lean production has clearly triumphed over similar obstacles in recent years to become the dominant global model. Can lean con- stunption, its logical companion, be far behind? 9

Reprint R0503C; HBR OnPoint 9432 To order, see page 151.

68 HARVARD BUSINESS REVIEW

Assignment that's due/Articles on Waste (if needed)/Sigma Process.pdf

PRACTICE MANAGEMENT

Get Results: Improve Your Accounting Firm Processes Using Lean Six Sigma

Renewed focus on efficiency and quality can beef up profitability.

by Dustin Hostetler

Poor processes directly affect client service and client satisfaction. You see it in delays in completing jobs, responding to client re- quests, or when a partner fails to communicate a piece of client-

related information, causing an unnecessaiy mistake down the line. Inefficient processes can result in your firm's inability to bill for all the work in process, which decreases profitability If your firm has expe- rienced any of these problems, it is a sign of inefficient work process- es that are keeping you from maximizing talents and resources. Lean Six Sigma, a method often used by manufacturers to improve internal processes, can improve your firm's business operations while driving short- and long-term benefits to the bottom line.

Lean Six Sigma is a combination of the "lean" manufacturing concept that fo- cuses on efiiciency. and Six Sigma, which focuses on quality. The Lean Six Sigma concept is a balanced approach of ihese two methods.

In an accounting firm. Lean Six Sigma focuses on adding client value by elimi- nating non-value-added sieps and inef- ficiencies in clieni service processes, resulting in more time to be proactive. It is a holistic, team-based approach that requires time and commitment to detect

wasie and inefllciency. Skilled facilitators (certified Black Bells who are trained ex- perts in applying Lean Six Sigma con- cepts within an organizalion) lead teams through a thorough analysis of the "cur- rent state" of the firm's processes. Waste and inefficiencies are identified, and lean techniques (tools ihat are focused on process effectiveness and understanding client value) are applied to eliminate waste and improve processes.

My firm. Rea & Associates Inc., an Ohio-based CPA firm with 11 locations

38 Journal of Accountancy January 2010 www.journalofaccountancy.com

PRACTICE MANAGEMENT

and 250 employees, embraced ihis ap- proach in ils quest lo better serve clients and to become an improved trusted ad- viser firm. As a certified Lean Six Sigma Master Black Bell. 1 led ihe firm through .\ Lean Six Sigma tax program beginning in the fall ot 2007. Initially, we had about a year of startup costs, including tuition for the Black Belt and Master Black Belt program, initial test project and modi- fying of the improvement model specif- ic to a CPA firm. Starting with a handful of our offices in ihe fall of 2007. we slowly rolled out a Lean Six Sigma tax program. We saw enough gains and benefits to warranl a firmwide rolloui heginnmg in the fail of 2008. Although we applied ihe approach to all of our processes (see sidebar "Areas Where Lean Can Improve Firm Processes"), this iinicle illustrates its application to our business tax reium process, and how we ultimately reduced our write-offs by

Areas Where Lean Can Improve Firm Processes Implementing the process improvement techniques of Lean Six Sigma can im- prove effectiveness in many areas of your firm or company The same principles discussed for the tax preparation function also apply to audit, payroll, bookkeeping and pension administration, to name a few.

In the audit function, your leaders musl employ good project management skills 10 produce a quality audit product. They musl objectively review ihe process your finii uses when conducting an audit. They will also need the input ol leam members from all levels of the audit process in order to receive not only prag- matic ideas lo improve efficiency, but also lo achieve buy-in, allowing the new processes to be quickly adopted so credibility can be gamed among your team.

In some of the other unique segments and services in your firm such as pay- roll, pension or bookkeeping, these principles apply if you bave the desire to im- prove efficiency and quality to remain competitive. This approach also works well when applied to internal administrative tasks, such as billing. Regardless of the internal service being performed, this method can be used to analyze and improve the process.

By keeping your top priority in naind at all limes—to better serve your clients— you'll be well on your way to making effective and efficient improvements to your firm's functions. Your clients and your team will greatly appreciate your efforts.

PRACTICE MANAGEMENT

more ihan 50% in one year (see Exhib- II I for other results),

LEAN SIX SIGMA IN ACTION: THE TAX PRACTICE EXAMPLE Much of ihe waste in tax processes is viewed as small in nature and therefore overlooked. Nearly every step of a process has some iorm of waste—it is important to identify ihis (however small) and be able to quantify it to show the entire im- pact to the process. Before you know it.

"minor" wastes can add up to 20% or 30% inefficiency Lean Six Sigma seeks to identify and quantify globally these wastes and implement simple solutions to drastically improve the effectiveness of the overall process.

IDENTIFYING CATEGORIES OF WASTE To make lasting improvemenis. everyone at Rea & Associates had to ihoroughty un- derstand the impact of poor processes on

Exhibit 1 A Summary of Rea & Associates' Tax Division's Year-Over-Year Results

Increase in Realization

Decrease in Write-Offs

Increase in Revenue

Increase in Cash Receipts

Decrease in Chargeable Hours*

6.0%

51.6%

1.9%

10.0%

7.5%

'Translates into more than 100 hours of additional capacity per inöiviauai

annually

Lean Metrics:

Waiting Time for Review

Waiting Time to Clear

Review Notes

To

Two-week average Less than one week

One-week average Less than two days

the firm and clients. When lookingai our business tax process, for example, several areas of inelTiciency were identified. The> fell into the categories of wasle Lhat are standard in Lean Six Sigma, known as DOWNTIME + A: m Dejects. Following the 80-20 principle,

by identifying and fi)cusingun the 20% of mistakes that generated the most de- lays, 80% of the time the reviewer antl lax préparer needed lo make correction,̂ before completing the reiurn was re- duced.

• Qverproduction. Jobs were ineffective- ly prioritized. Excessive time and re- sources were used during the heart of busy season to work on clients tliat file extensions every year. Instead of focus- ing on what needed lo he done ai ihat moment—to effectively take care of the client from an extension and estimated payment standpoint—more work was being done on the return. Meanwhile, other clients waited,

• Waiting. Wail times, a symptom of bot- tlenecks, were found at several sleps, in- cluding first review, A "learning curve" was identified—the longer something stayed in the review queue, the more time the préparer needed to become reacquainted with the client and the thotighi process ihat took place during the previous touch.

• Noi utilizing people's talents. Partners did too many adminisirativc activities,

E X E C U T I V E S U M M A R Y • Inefficient processes affect the services your firm provides and, ultimately, client satisfaction and overall profitability. The Lean Six Sigma concept is a holistic approach that can be applied to your firm's processes to help identify waste and increase efficiency. • Measure efficiency based on a new system oí metrics that in- cludes: understanding the voice of the client, both internally and externally; identifying the steps that your firm is taking that add or

do not add value; and using lead and cycie time more efficiently. • Identifying and quantifying waste is a step toward helping ycur firm implement solutions that can improve the effectiveness of the overall process. Examples of categories of waste include: defects, overproduction, under- utilized talent, inventory and excess processing, • The Lean Six Sigma method includes: identifying the needs ot your internal customers and mak- ing sure your processes support

them; increasing the work flow by identifying and eliminating non- value-added steps, boltlenecks and the potential for errors; choosing a person in each office, work team or group to participate in ongoing workflow analysis and to encourage continual improve- ment; and driving improvement by defining, measuring, analyzing, improving and controlling the process.

Dustin Hostetler (dustin.hostetler @reacpa.com) is a Lean Six Sigma

Master Black Belt for Lean CPA

LLC, a division of Rea & Assod'

ales Inc.. a top TOO accounting

and business consulting firm with

11 offices in Ohio and an inde-

pendent firm associated with

Moore Stephens International Ltd.

To comment on Ihis article ar to

suggest an idea for another arti-

de, contad Loanna Overcash,

senior editor, at 919-402-4462 or lovercash ̂ aicpa.org.

40 Journal of Accountancy januaiy2010 www.journalofaccountancy.com

P R A C T I C E M A N A G E M E N T

did too much project management, and spent too much time in the minu- tiae. They weren't staying at a high level and focusing on ways to better serve clients. Younger team members weren't being developed, stretched and [riisied.

• Transporting. Too many paper folders were being transferred throughout of- fices, resulting in time delays. Individ- uals weren't optimally located to work with their primary teams.

• Invenlory. Excess work in process oc- curred. This led to a lot of started and partially completed work, but fewer ßn- ished products getting out the door lo clients. Boulenccks and delays in client service were also created.

• Motion. Hard copies and electronic copies of documents were not being filed properly This led to "Easter egg hunts" in which time was wasted search- ing for certain pieces of information or communication.

• Excess processing. Time was spent out- side the scope of [he engagement on things such as cleaning up bookkeeping and fixing mistakes. People didn't real- ize the scope oi an engagement and per- formed more work than the client engaged the firm lo do—and was will- ing to pay for. Put simply, the fimi wasn) matching client expectations of the stopr of the engagement.

m Attitude. If each office developed its own process, consistency would not be viewed as important. By unveilinga con- sistent, finnwide process, everyone un- derstood the benefits of Lean S\x Sigma, such as improving profitability and work/life balance. Attitudes changed and individual employees adopted a one-process mindset regardless of lo-

To improve the results, we must first de- fine some new metrics:

Voice of the eíient. The lean concept ol effictency and client value is based on understanding what the client desires. The (.lieni is both internal (the next person in

your firm to touch the service after you) and external (the person who receives the final product). You must ensure thai your firm's processes can meet their demands.

Value-added and non-value-added steps. Look at value through the eyes of your internal and external clients. Non- value-added steps do not contribute to the satisfaction, needs or qualities desired by the client. An analysis of value-added vs. non-value-added time in processes is a must.

Lead time. This is the entire time from when ihe clients' work comes in the door until the work is complete. Your firm can gain efficiency by reducing the lead time (which differs from cycle time below).

Cycle time. Cycle lime is the time a project is actually in process. Cycle time starts when the client's work is picked up and ends when the final product is deliv-

you're growing your client base at a rate of 20% or more, for example, wiiich would of course mean that you would not be lïdiic- ing chargeable hours.

Traditional metríes. Besides chargeable hours, other traditional metrics can still be used to judge the success of a Lean Six Sigma project. Rea & Associates' tax divi- sion experienced the following results dur- ing the 2009 tax season : realization (amount billedAVlP) increase of 6% year over year, chargeable hours decrease of 7.5% and a 2% increase in revenue—all amid the worst recession in 25 years.

LESSONS LEARNED 1 hroughout the lean process, Rea learned many things that may apply lo all CPA nrms:

Technology doesn't always help effi- ciency. Throwing technology at a process

The lean concept of efficiency and client value is based on understanding what the client desires.

ered. Don't confuse this with lead time. Lead time includes the time before cycle time—when the project was dropped ofT. If you don't have all the inio you need from the client upfront. this will add to both the lead time and cycle time.

Review notes. The level and number of review notes can also help measure ef- ficiency. This data typically exists in the mind of a partner and isn't tracked. It is a valuable way to improve your process- es and gauge your improvements.

Chargeable hours. One final measure of process efficiency is reducing your charge- able hours—taking less time to do more work. Historically, chargeable hours have been an inetRdent metric for CPA Tirais to use when gauging effectiveness because it promotes the wrong behavior, U you ask for chai^cable hours, you'll get chargeable hours—but those hours may noi be clH- cient or productive. The niantra in your firm should be to reduce your chargeable hours and become more eíFective—unless

isn t the complete answer. Software best practices tend to be one-size-fits-all and, if they have not been optimally integrat- ed to your global process, you won't see much of an increase in efficiency, despite the salesperson's best pitch. Rea struggled internally with software rollouts in the past because processes were not aligned with the new software, resulting in loss of effectiveness and efficiency The process is the backbone of a firm, while technology is a tool to help the process, You have to understand how the software fits into an optimal overall process—^not how the process can fil inio the technology Many firms go awry by allowing software to drive their processes, rather than aligning it with existing needs, resulting in an en- hanced process.

Throwing manpower at a nonbottlv- neck step doesn't help. Hiring additional resources to prepare tax returns increased the volume of returns at the review stage. Since the number of reviewers didn't

www.joumalofaccountancy.com January 2010 Journal of Accountancy 41

PRACTICE MANAGEMENT

change, only a finite number of tax returns could be reviewed each day. Therefore, the bottleneck increased at the review stage. Resource redeployment was key to improving this inefficiency. Firms are wasting money adding resources in non- bouleneck steps and not fixing the process.

Failure to engage the workforce. For effective, efficient processes lo be devel- oped, you need input from the front lines. Using a top-down approach, like

ual improvemeni of your processes. Drive improvement through DMAÏC

Model (a Six Sigma concept). Define, measure, analyze, improve and control the process. By using a cross-functional team, you can promote continuai im- provement. Start by Defining your proj- ect. Determine who's on the team and their roles, list objectives, and define the scope of the project. Next. Measure how the work currently flows through the process. This helps lo identify the pre-

The Lean Six Sigma approach can help your firm ohjectively review and improve the processes your

team performs every day.

a small management team dictaung pro- cedures, vAW not generate the buy-in you need.

STARTED WITH LEAN AND SIX SIGMA To get started Rea used the following tools. These can be big comribuiors to success before delving into the changes that impact actual work product:

Identify internal customers. Identify the needs of your internal customers and make sure your processes support them. You can't have 100% external client sat- isfaction if you don't focus on having 100% internal customer satisfaction.

Increase work ßow. A value stream map (similar to a workflow chart with various types of process shapes connect- ed by arrows) can help identify value- added vs. non-value-added steps. The map can also provide those involved wiih a common language or reference point when working through improvemeni ideas. Your process will ilow better after identifying and eliminating non-value- added steps, bottlenecks and the poten- tial for errors.

Assign a champion. By picking a per- son in each office, work team or group to participate in ongoing workflow analysis, you can level the workload and respond LO client needs in a timely and effective way Champions also encourage coniin-

limlnary sources of waste. Then, Analyze the current state. Put the steps under the microscope and zoom in on your wastes and inefficiencies. Only after thorough analysis can you work to Improve the process. Implement simple, targeted so- lutions to eliminate waste and improve ef- fectiveness. Keep in mind your top priority—lo better serve client needs- Lastly, Control the process by document- ing the procedures, providing training and getting everyone on board with the new way of working.

FINAL RESULT Lean Six Sigma can be an effective lool for improving the efficiency of your firm's processes. Viewed holistically, this ap- proach can help your firm objectively re- view and improve the processes your team performs every day.

With the appropriate time and com- mitment from all levels of your firm, your firm can enjoy the benefits—distin- guishing itself from the competition by providing better value to its employees and clients. If you do what you've always done, you'll get the same results. Make a change. Get results. •

Far additional iniormatian on the steps Rea \

& Associates oiidertook see the version o!

this article at ¡oumalofaccountancy.com. Enter

20091484 in Ihe search boi.

AICPA RESOURCES

JofA articles • "Pricing on Purpose: How to Implement Value Pncing in Your Firm," June 09. page 62 • "Developing a CRM Strategy in Your Firm," Aug. 08, page 68 • "tjnieash the Power of Lean Accounting" July 08, page 60

Use journalofaccountancy.com to find pasi articles. In the search box, click "Open Advanced Search" and then search by title.

CPE • Lean Accounting and Management: Improving Profitability by Streamlining Operations, a CPE self-study course (#731275) • Shapirjg Up Your Accounting Function: Trimming the Fat and Going Lean, a CPE setf-study course (#733042)

For more information or to place an order, go to cpa2biz.com or call the Institute at 888-7777077.

On-Site Training • Business Sustainability: Keeping Lean but with More Green for the Company's Long Haut (#SKLG) • Doing More with Less: Lean Accounting and Management (#CL4LAMA) • Lean Accounting and Management: Improving Profitability by Streamlining Operations (#LAMA} • Lean Accounting for Service and Nonmanufacturing Businesses (#[.ASN) • Lean Accounting: Transforming Your Accounting Function for Maximum Performance (#CL4SUAF) • Shaping Up Your Accounting Function: Trimming the Fat and Going Lean (#SUAF)

To access courses, go to aicpa learning. org and click on "On-Site Training" and search by "Acronym Index." If you need assistance, please contact a training repre- sentative at 600-634-6780 (option 1 ).

Private Companies Practice Section The Private Companies Practice Section (PCPS) is a voluntary firm membership section lor CPAs that provides member firms with targeted practice management tools and resources, as well as a strong, collective voice within the CPA profession. Visit the PCPS Firm Practice Center at aicpa.org/PCPS. For additional resources, visit the PCPS Client Service Resource Center and read the PCPS neviisletter Seasonality Success: Winning Strategies for Profitable Firms.

42 journal of Accountancy January 2010 www.journalofaccountancy.com

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Assignment that's due/Assignment 2.docx

Instructions

This week students need to take the process improvement project defined in Week 2 and analyze that process for waste or non-value added activities.    

 

1.       Waste Audit – Review the online lecture and pg. 12-15 in  The Lean Pocket Handbook for Kaizen Events. After completing this with textbook and supplemental article readings, you should have sufficient knowledge to critically identify wastes in your defined process. Challenge your current thinking about the process when analyzing potential issues (see waste you never quite saw before, target 3 per category). 

2.       Analyze a Waste - Select any of the process analysis tools covered in your textbook, supplemental articles, or lecture in the Week 4 lesson to further evaluate the process (any tool except is/ isnot and the 5 why's) for a critical waste or issues discovered in the audit.  

3.       Review Audit – Review the results of this assignment with other process owners or stakeholders as identified in Assignment 1. Get their feedback and input into your Waste Audit and Analysis (update step 1 and 2 above from this input). Explain how this review was completed.

4.       Identify Lessons Learned - Include challenges and experiences faced in doing this assignment. Generalize what you learned for use in later process improvement projects.

 

Submit Assignment 2 on Sunday at end of Week 4 by 11:55 PM (EST).   This submission should use the following template (it includes a waste audit table and room to add the other steps, Waste Audit Template). Some frequently asked questions ( Assignment 2 - Student FAQs ) and grading rubrics ( Assignment 2 - Grading Rubric) for this assignment are included in the Course Materials.

Assignment that's due/FAQ's.docx

Assignment 2: Student Frequently Asked Questions (FAQ)

Question 1 :  Is there an example of this Assignment 2 paper too?

Answer 1 : Actually if you review the Week 4 Lecture, it is full of examples of each waste.  It is up to you to critically think how this applies to begin to analyze your project.  Additionally the "The Lean Pocket Handbook for Kaizen Events" includes this waste audit (this template is directly from that handbook you were required to have for this class).  There are further potential questions to consider for each waste in your process listed in the handbook too. As well as the Supplemental Articles each week are selected as they have further examples relative to the lesson that week. Challenge yourself to see the issues or waste in your process (this is a big part of identifying and analyzing problems).

 

Question 2 :  Does this need to be APA?

 

Answer 2 : As you see in the APA manual, APA includes punctuation, grammar, spelling, paragraph/sentence structure, citations and references, 1 in. margins, headings, etc.  The template provided for the Waste Audit is from "The Lean Pocket Handbook for Kaizen Events" and has been pre-formatted for you.  As always if you use further research to support this part of the project that should be cited, simply add that research with a reference list at the bottom of the template (most of this though should be you critically thinking about the current process you defined and measured in Assignment 1, you never cite yourself but express as your own thoughts).  There is a place after the Waste Audie to insert your process analysis tool, as well as to reflect on lessons learned.  

 

Question 3: What does it mean to analyze a process?  Didn’t we do that in the waste audit?

 

Answer 3 : Yes that was a starting point to this part of the assignment.  Please review the Week 4 lesson.  You need to choose any one of the tools (from the textbook, lecture, supplemental articles, etc.) to further evaluate this process for a critical waste or issue discovered in the waste audit.

 

Question 4 :  I lost some points on the lessons learned in Assignment 1.  I am not clear as to what you mean by 'generalize'?

 

Answer 4 : As covered in an earlier lecture, this is a term we use to support synthesis (elevates learning and critical thinking).  Step back and think about what you had to do on this part of the assignment.  Think about how you can better understand these challenges and experiences so that maybe in the next process improvement project, it maybe goes better for you.  Please understand we use many processes all the time and the approach in this assignment series is all part of what you are learning in the lessons.  The more you begin to apply the concepts in your personal and professional lives, the more improvement you will see and experience to support your strategy and goals.  'Generalize' means to evaluate what you learned at this point and think about what lesson you learned that will help you to transfer further knowledge and skills on other processes for future improvement initiatives. 

Assignment that's due/First part of the Assignment (was your going off of).docx

Running Head: PROCESS IMPROVEMENT: 1

Running head: PROCESS IMPROVEMENT: 7

MAN 4584 – Assignment 1

Daniel Faherty

St. Petersburg College

Process improvement aims at helping individuals and organizations achieve efficiency. It comprises of several actions that the owner takes to “identify, analyze and improve” the ongoing processes. This helps the organization or the individual achieve greater efficiency in meeting its objectives. The process can comprise of completely restructuring an organization’s programs to enhance effectiveness. It can also involve improving or introducing changes in the processes to better achieve quality in products or service delivery. This goes to help the organization match the needs of the customers with what they are producing (Harrington, 1997).

In this project, I intend to improve the process of service delivery at home during evening meals. This process will involve everything from meal preparation to the actual serving and later doing the used utensils. This process will improve the levels of efficiency and bonding in the family if implement. It will incorporate contribution from all family members so that equity and inclusion are improved. Family cohesion will be improved and as a result the family will be happier. Such principles if applied elsewhere would be great for greater society. It is a nice way to teach inclusivity in the society. To visually identify all processes of this project, a SIPOC diagram will be used.

Current Process

Currently, I don’t have any process during evening meals. I usually heat of what I can find and then clean after myself. This is the reason for this project. To bring structure and family back to the table. The saying, “you can’t improve what you don’t measure” is definitely true. Three things I will use to measure improvement are the following:

1. My Eyes: I will visually inspect every angle of this process and continuously brainstorm ideas for improvement.

2. Feedback: I will take the feedback of others before, during, and after the process to map out the best improvements with my own thoughts.

3. Visual Aids: This is everything from diagrams to writing out progress reports. This will be documented for reference in order to (with all other measurements) create to best possible process as the end result to be used in the future.

Ownership and Roles

This project involves four people. I will choose to be the project manager for this project. I will also take up extra roles on top of the ones related to project management. My father and mother will be the chief financiers for this project. This is mainly because they are the only earning people in the family that pay the bills. My younger sister and I will take up cooking roles. Our roles will encompass washing dishes, cooking and serving the meals. On the other hand, my father and mother will be required to bring in whatever is to be cooked that day. Before the start of this project, we will sit and deliberate on what meals to cook on which days. Later my sister and I will compare our time schedules and come up with a duty roster for our duties. Overall this included the following:

My Parents: The role of the parents will be to finance the project as well as creating the recipe for each meal.

My Sister: The role of my sister will be to collaborate with myself (the project manager) on the steps and details needed for prepping, preparing, cooking and cleaning. She will also be responsible for the duty roster.

Myself (Project Manager): The role of the project manager will be to coordinate the project. I will make sure everything stays on-task and on-time. I will also help my sister with her responsibilities to ensure the workload doesn’t become too much of a burden.

Grocery Store: All necessary food items will be picked up from here. It will be ultimately up to the parents on what grocery store they obtain these food items from. This is also true to for the quality of food (relating to the price) for the meal. All decisions before the stage of prepping food will be made by the parents.

The Process Boundaries

The process will start on the fifth week of 2015. By the end of the fifth week, all the necessary requirements will be in place to initiate the real process. As such, the project will start officially on the fifth week. The project will end when the process becomes efficient and roles are completely verbatim. By this time, all the necessary skill will have been imparted on the project participants and feedback can be gathered. Here are the rules which are boundaries to this process:

1. The parents must meet the deadline of 5:30pm with all required food items that were mentioned by the project manager.

2. All resources must be available in the kitchen in order to perform each stage of this project.

3. The final production of the meal must be thoroughly examined by the parents to ensure all criteria for the meal was met.

4. Each meal must have options available for everyone to enjoy.

5. The meal must be ready to be serves NLT 7pm.

6. Unused resources are encourage to be used in the next meal.

Map Process

The process in which the meal are prepped, prepared, cooked, and cleaned is visually represented in Figure 1 below. This diagram is a tool to help identify all possible elements of the process before the actual process begins (iSix Sigma).

There is no specific time peroid for each process to be completed, rather the measurement of how long everything will take in reference to when the meal will be ready. This will be different for each and every meal. Other than the time perioid, another metric includes the following:

· Number of recipe options for each meal: There will be 20 options to choice from for every meal. This will need to be decided a day prior to preparing a meal.

Verify Accuracy

This process is reviewed with the parents. With their review, feedback was taken into consideration with the preparation of the project. Additionally, research was conducted between all four participates to ensure recipes are available to meet their taste buds. As this process is performed, revisions will be made to create the highest quality experience.

Lessons Learned

The major outputs for this project are the learning outcomes that will be imparted on my family. I expect that by the end of this project, my younger sister will see the need to help with family chores rather than viewing them as a punishment. On the other hand, I expect that my parents will be able to respect us for helping around the house. The inputs to this project are the family members and their specific contribution. Each person’s contribution towards the end project will be recorded. The output from this process will be measured against the level of cohesiveness and responsibility of the family members after the project. Overall, family values will be instilled in everyone during this process.

References

Harrington, H.J. (1997). Business process improvement workbook : documentation, analysis, design, and management of business process improvement. McGraw-Hill.

iSix Sigma (n.d.). SIPOC Diagram. In Tools and Templates. Retrieved from

http://www.isixsigma.com/index.php?option=com_k2&view=item&id=1013:sipocdiagram&Itemid=219

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Assignment that's due/Rubric.docx

MAN 4584: Process Improvement Methodologies

Criteria Description Summary

Novice (0 pts.): No effort evaluating how to apply lessons learned or follow directions

Developing

Proficient

Advanced

1.  Waste Audit - Identify wastes in your defined process.  Challenge current thinking about the process when analyzing potential issues (target 3 per category). 

(+3.3 pt.) Weakly identified waste in the process.  Stayed rather biased and narrow in thinking (<3 and repetitive).

(+6.7) Thought about waste in the process well, but struggled to challenge thinking (<3 wastes per category or quite repetitive).

(+10) Critically thought about the process and identified ≥3 wastes per category effectively (without too much overlap or repetition).

2. Analyze a Waste - Select any process analysis tool from the Week 4 lesson to further evaluate the process for a critical waste or issues discovered in the audit.

(+2.6 pt.) Weakly demonstrated selected analysis tool with little data collected and results were not evaluated appropriately.

(+5.3) Demonstrated selected analysis tool, but data collect may have been limits or may not have evaluated the results appropriately.

(+8) Collected data needed to effectively demonstrate the selected analysis tool.  Evaluated the results appropriately from the selected analysis tool.

3. Review Audit - Review the results of this assignment with other process owners or stakeholders. Get their feedback and input into your Waste Audit and Analysis

(+0.6 pt.) Did not review audit and analysis with other process owners or stakeholders (may have had issues in Assignment 1 that impacted ability to do this).

(+1.3) Weakly explained how the audit and analysis was reviewed with other process owners or stakeholders (understand vital step for building support).

(+2) Clearly explained how this review was completed with other process owners or stakeholders.

6. Identify Lessons Learned - Include challenges and experiences (generalize what you learned for use in later process improvement projects). 

(+0.6 pt.) Very limited reflection of lessons learned.

(+1.3) Reflected on challenges and experiences, but missed some generalization to support future process improvement projects.

(+2) Clearly reflected on assignment challenges and experiences generalizing for future process improvement projects.

7. Format - Considered punctuation, grammar, spelling, paragraph/sentence structure, etc. Option to combine analysis tool (#2) with template or submit separately.  Most of this assignment is student observations, but further research on other similar processes (and personal communications interviewing others) may require APA citations and references.

(+1 pt.) Weakly formatted audit and analysis.   Had further issues with punctuation, grammar, spelling, structure, citations, references, etc.  

(+2) Used template format okay, but may have had issues with punctuation, grammar, spelling, structure, citations, references, etc.   

(+3) Nice format. The template provided for the Waste Audit is from "The Lean Pocket Handbook for Kaizen Events" and has been pre-formatted to meet minimum expectations (just needed to add analysis tool from criteria 2either within the template or separately).

Score:

 

 

Assignment 2 (Week 4)

Assignment Value – 25 pts.

 

Assignment that's due/Waste Audit Template.doc