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Continuous design is a flexible approach to software development where design and coding are done simultaneously, allowing for easier adaptation to changes and customer input. It contrasts with static design, where the entire design plan is made before coding. Continuous design allows for efficient problem-solving and risk management by modifying the design as needed.
Continuous design is an approach to building software and other systems where developers create the design and coding as they go. This is in contrast to traditional software design, where the design is built and then implemented. One benefit of continuous engineering is that it’s usually easier for developers to add needed functionality in place, and they can adapt to problems. Another benefit is that this design method can also be used to reduce risk if the customer is shown the software in progress and providing input along the way.
When continuous design is used to create software, the developers have decided to make the software without a static design. This does not mean that there is no design work done beforehand, because some programs built this way have already done some design work. The main point of this design method is that the design is malleable and can be changed while programming. Developers can also add or change features during production.
Before continuous design, a static design method was commonly used. With this method, an entire software design plan was made before coding occurred. Despite any difficulties during production, the developers would continue with the design. While some changes can be made with static design, these are usually serious changes that occur because the current design structure is not compatible with the customer’s or developer’s needs.
Developers working on continuous design are able to change a software design as the project progresses, which has several coding and programming advantages. If new features are needed, either because of customer orders or because they will greatly benefit from the system, developers are willing to add these features, even if the software design needs to change. Any problems that arise during production with continuous design can usually be resolved more efficiently, as developers can modify the design as needed. With a static design method, problems would be solved in a way that best preserves the original design.
This can also be used as a risk management maneuver if developers are building a program for a customer. Production moves dynamically, so the team can show the customer parts of the program to see if they approve of the features or the framework. If not, the program can be easily fixed. In a static design approach, the program would be shown to the customer when finished, making these issues much more difficult to address.
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