Software product families are an emerging trend that tries to cope with increasing variability and challenges of reuse. Software products are derived from the family in a prescribed way utilising common family assets. The derived product often includes some amount of integrating glue code or even product-specific tailoring. In the domain of traditional, mechanical products, configurable products have been developed. Individual products are configured according to a predefined model, with no need for adaptive or innovative design. When comparing these two approaches, remarkable similarities are found. In a configurable software product family, software products are configured based on a prede-fined configuration model. Building the product usually requires no product-specific programming. The purpose of this thesis was to develop a tool for deriving product individuals from configurable software product families. This tool, called Kumbang Configurator, utilises existing modelling language Kumbang, which combines both feature-based and architecture-based modelling methods. Kumbang Configurator prevents configu-ration errors by checking whether the configuration is consistent and complete. This configuration reasoning employs inference engine smodels. The implementation was validated with two example cases
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