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time to gather enough data to perform meaningful analysis.<br />

The resulting implementation falls short of everyone’s<br />

expectations.<br />

What caused the problems in these examples? First, the<br />

groups involved did not discuss and prioritize the list of goals<br />

and expectations. Second, there was not objective FRACAS<br />

leadership across the departments. Finally, effective executive<br />

sponsorship verifying and tracking the goals did not exist.<br />

4.4 Solution 2: How to identify and prioritize goals<br />

To overcome the problems caused by a lack of prioritized<br />

goals, several points must be considered while planning the<br />

FRACAS. First, make sure all stakeholders, including<br />

management, discuss and agree on the goals and expectations<br />

of the FRACAS. Objective FRACAS leadership ensures that<br />

all stakeholders’ goals are considered in the planning. Lastly,<br />

determine which goals can be thoroughly accomplished in the<br />

planned FRACAS, and make sure all stakeholders sign off on<br />

the goal prioritization.<br />

4.5 Challenge 3: Ineffective and inefficient data tracking<br />

As mentioned previously, the key to an effective<br />

FRACAS solution is the gathering and reporting of<br />

meaningful data. This seems to suggest that the more data<br />

gathered on an incident or failure, the better the FRACAS will<br />

be. However, this is not necessarily the case. Too much data<br />

may even prevent users from discovering meaningful trends<br />

because they can’t “see the forest through the trees”.<br />

For example, many legacy FRACAS solutions collect 80<br />

or more fields of information when recording a failure.<br />

Although much of this data is valuable, the ramifications of<br />

gathering that much data can result in several problems.<br />

If it takes customer support personnel recording an<br />

incident five seconds to enter data in each field, they will<br />

spend 400 seconds or 6.7 minutes filling out the form for all<br />

80 fields of data, not including any research time. Soon, many<br />

begin to feel that fully logging a problem is just too timeconsuming.<br />

They start routinely skipping fields and not even<br />

reporting some issues at all.<br />

To prevent this, designers develop input screens that will<br />

easily accept incident information. However, they often use<br />

free-flowing text fields to allow customer support personnel to<br />

type any information that they think is useful. The support<br />

users, though, become confused and do not always know what<br />

to enter. Consequently, they begin to include extraneous or<br />

irrelevant data, sometimes just leaving the field blank. The<br />

resulting “data” becomes unable to support any meaningful<br />

analysis and manually scanning incidents for trends becomes a<br />

tedious chore.<br />

4.6 Solution 3: How to effectively manage data<br />

To avoid the problems of inefficient and ineffective data<br />

tracking, organizations will want to establish functional<br />

procedures before data collection begins. Use of simple,<br />

streamlined forms that store data in a central database is often<br />

the best approach. Taking the time to train the FRACAS users<br />

responsible for data entry helps to ensure that all important<br />

data is entered correctly and efficiently. Reminding those<br />

responsible for the failure data entry of the importance of<br />

capturing the data at the time of failure and the long term<br />

benefits to the organization that result from that timely data<br />

capture is critical. Whenever possible, data capture should be<br />

automated as well.<br />

5. STEPS TO SUCCESSFUL FRACAS IMPLEMENTATION<br />

While this tutorial has discussed three of the most<br />

common challenges during FRACAS implementations, the<br />

issues presented are not all-encompassing. Instead, they<br />

outline typical problems that prevent a company, regardless of<br />

industry, from realizing the dramatic results that can be<br />

achieved with a FRACAS.<br />

Few documented tools and techniques exist to aid the<br />

successful implementation of a closed-loop analysis and<br />

corrective action system. This set of steps for successful<br />

FRACAS implementation is intended to help companies<br />

overcome the obstacles outlined above. The eight step<br />

approach is meant as a framework that can be modified as<br />

needed to fit a specific situation.<br />

5.1 Step 1: Define the goals and success factors<br />

Defining the goals of all intended users and stakeholders<br />

is the foundation for a successful FRACAS implementation.<br />

Every step in the process of establishing a FRACAS will be<br />

based upon this definition. A mistake or misunderstanding at<br />

this step can have negative consequences later. Therefore,<br />

implementations require a commitment to thorough research<br />

and documentation is required as otherwise issues may not<br />

come to light until months later.<br />

To begin this process, hold a series of short team<br />

meetings with each of the groups (as identified in Issue 1) and<br />

the representative stakeholders within the FRACAS process.<br />

Using general facilitation techniques, map out specific goals<br />

or expectations of the FRACAS. Typical goals include<br />

lowering maintenance costs, improving overall reliability, and<br />

improving next generation product design. Be careful of the<br />

common pitfall of moving off of goal establishment and into<br />

detailed requirements. The purpose of this exercise is for each<br />

group to reach a consensus on the priority of its main goals.<br />

Once each group has set its primary goals, call a crossfunctional<br />

meeting. One representative from each group and<br />

an executive and/or management representative should attend<br />

to review, consolidate, and prioritize the goals. During this<br />

same meeting, attach what success realistically means for each<br />

of these goals in concrete terms. For example, if a goal is to<br />

lower maintenance costs, a quantifiable success factor may be<br />

to reduce these costs by ten percent over the next 12 months.<br />

At the conclusion of this meeting, each attendee signs a<br />

document that lists the consolidated and prioritized goals<br />

along with their success factors. This single technique will<br />

immediately highlight the level of agreement between the<br />

groups.<br />

Finally, gain executive approval and support and have one<br />

executive take overall ownership and support of the<br />

implementation. Encourage that person to communicate the<br />

4 – Cline & Stillwell 2012 AR&MS <strong>Tutorial</strong> Notes

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