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Information and Knowledge Management using ArcGIS ModelBuilder

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Gunilla Myreteg<br />

needed routine. Another problem was that when the user had found the routine, he did not know how<br />

to work it. A third problem that kept on surfacing was how to take advantage of the smart solutions or<br />

automatic data processing functions that the vendor had demonstrated at the sale. An explanation to<br />

why these smart functions could not be used lay in the poor quality of the database. Data was often<br />

incorrect or incomplete, <strong>and</strong> an unsolved issue concerned the matter of when <strong>and</strong> who should fill in<br />

the gaps <strong>and</strong> correct poor data.<br />

4.1 Where do I...?<br />

Based on the model of the organizational memory by Stein <strong>and</strong> Zwass (1995) the situation of where<br />

information or a data routine was located needs to be separated into two instances. The first relates to<br />

the acquisition <strong>and</strong> retention of a memory. When a user experiences something that should be<br />

remembered in the future, information has to be fed into the ERP system. This is done through the<br />

use of a data routine, <strong>and</strong> ensures the retention of the experience. The individual memory is hereby<br />

transformed into an organizational memory. An example is when a sales person receives a call from a<br />

customer wanting to order a product. The sales person has to know where to find the order form. This<br />

instance may be paralleled to finding something on a map: the user knows there is a routine, <strong>and</strong><br />

needs to know how to start it. This type of problem decreased as users got acquainted with the ERP<br />

system.<br />

Another instance was when a user wanted to find a piece of information. This is a matter of retrieval of<br />

information that exists in the data base. An example is when a production planner wants to know how<br />

many pieces of a certain detail are needed to make one product of type X. The production planner<br />

needs to know how to search for the specifications for product X, <strong>and</strong> where in the list of<br />

specifications the wanted detail occurs, which might be in several operations. This problem also<br />

decreased as users got more <strong>and</strong> more acquainted with the ERP system. For some information the<br />

problem however remained. This was when the design of the ERP system was not prepared for a<br />

certain mode of search. For instance, the sales person in Beta often got a call from customers saying<br />

“I want to order what I had last time, but I don’t know what you call that thingy!” Since the last order<br />

may have been placed <strong>and</strong> delivered two or three years earlier, the sales person had no chance of<br />

remembering what product the customer had bought. Since neither of them knew the name or article<br />

number of the product, it was impossible to fill out the electronic order form. To proceed, the sales<br />

person needed to check the customer’s history to see old orders, <strong>and</strong> through this list find the article<br />

number of the wanted product. The ERP system that were used did not, however, support a search<br />

for order history sorted by customer. The only way for the user to find the needed information was to<br />

instead turn to the old IT system, <strong>and</strong> make the search there. Since no new information was entered<br />

into the old IT system, this would soon be out of date; new orders were not retained. The solution to<br />

the problem was therefore seen as temporary, <strong>and</strong> a better solution was needed.<br />

4.2 How do I...?<br />

A firm has to decide <strong>and</strong> communicate what information is necessary to retain (Stein <strong>and</strong> Zwass,<br />

1995). The analysis identifies this to be an intricate potential obstacle to a firm’s use of an ERP<br />

system. When the needed data routine is found, it is not always easy to fill it out. The question often<br />

is: How do I make this routine work out? The routine might ask for some information to be entered into<br />

a data field without the user being sure what information is requested, or the user has to decide<br />

whether a box should be ticked or not. Informants tried to solve this type of problem by making lists<br />

for themselves where they noted explanations or advice on how to fill out certain fields et cetera.<br />

Advice was given by the administrative staff, by the vendor of the ERP system <strong>and</strong> also between<br />

colleagues. Sometimes, informants said, it was not possible to wait to get some good advice because<br />

of the hurry to complete tasks; perhaps an order was running the risk of getting a late delivery, or the<br />

hurry was due to difficulties in planning <strong>and</strong> the risk of a fall in production. In these cases users felt an<br />

urge to move the goods forward in the chain of productions. For these instances he or she had to<br />

come up with a solution, <strong>and</strong> sometimes the simple solution was to chance it <strong>and</strong> insert some<br />

information regardless of its quality. This was especially mentioned among users in production in<br />

department Alpha.<br />

Another example of solution that illustrates the users’ interest of finding simple solutions is the issue<br />

of creating a new article in the ERP system. The norm, coming from management <strong>and</strong> administration,<br />

was to start from scratch <strong>and</strong> insert all information that was needed. The user should open a new<br />

form for an article, insert a product name, make a list of specification <strong>and</strong> note all operations et cetera.<br />

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