Ruud was responsible for organizing testing for this project, and he said he immediately realized that the context for this project was difficult to pin down. In his words, the context is a blur. However, by stepping back and addressing who the users of the product are (both the doctors and medical staff performing the procedures and the individuals who are having the procedures performed).
One tool that Ruud found to be helpful was to create a context diagram, and in the process, he was able to sketch out all of the people, issues, and cases where the context was applicable, and that it was somewhat fluid. This is important because as you build out and learn about what people value, you start to see that context itself shifts and that the needs of one user or stakeholder may differ from, or even conflict with, another user.
Patterns and giving those patterns meaning are individual and unique. Ruud points out that, as he as making his context diagram, he was starting to see patterns and areas where certain domains were in control and other domains that had different rules and needs. Our brains are "belief" engines", meaning we often believe what we see, and we interpret what we see based on our mental model of the world. Therefore, the more actively we work with diagramming context, the more we understand the interactions.
Ruud refers to these interactions and the way that we perceive them as "Product Ecologies". As an example, he showed how a person has been asked if they can make an apple pie. Once the person says yes, they then look at the factors they need to consider to make the pie. The PRoduct Ecology considers where the apples come from, what other ingredients are needed and where they come from, the tools and necessary methods of preparing and combining to create an apple pie suitable for eating. In short, there' a lot that goes into making an apple pie.
Areas that appear in a Context analysis need to be gathered and looked at in regards to their respective domains. Ruud has the following approach to gathering factors:
- Study artifacts which are available
- Interview Domain experts
- Explore existing products
- Hang out at the coffee machine (communicate with people, basically)
- Make site visits
Another way to get insights on your context is to examine the value chain. Who benefits from the arrangements and in what way. Who supplies the elements necessary to create the value? Who are the players? What do they need? How do they affect the way that a product is shaped and developed over its life?
User scenarios try to diagram the various ways that a user might interact with a product. The more users we have, the more unique the scenarios we will accumulate and the more likely that we will discover areas that are complementary and contradictory. Ruud showed some examples of a car park with lighting that was meant to come on when being used and go dark when not. As he as diagramming out the possible options, he realized that the plane and the angle of the pavement had an effect on the way that the lights were aligned, how they turned on or off, or even if they turned on or off.
Currently, Ruud is working with ASML, which creates tiny circuit elements on chips. One of the factors he deals with is that, to create a wafer in a scanner and fabricator, it can take months to produce a single wafer. Testing a machine like this must be a beast! Gathering factors and requirements likewise is also a best, but it can be done once the key customers have been identified.
User scenarios try to diagram the various ways that a user might interact with a product. The more users we have, the more unique the scenarios we will accumulate and the more likely that we will discover areas that are complementary and contradictory. Ruud showed some examples of a car park with lighting that was meant to come on when being used and go dark when not. As he as diagramming out the possible options, he realized that the plane and the angle of the pavement had an effect on the way that the lights were aligned, how they turned on or off, or even if they turned on or off.
Currently, Ruud is working with ASML, which creates tiny circuit elements on chips. One of the factors he deals with is that, to create a wafer in a scanner and fabricator, it can take months to produce a single wafer. Testing a machine like this must be a beast! Gathering factors and requirements likewise is also a best, but it can be done once the key customers have been identified.
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