The paper presents the adaptive, reactive computer assistance system design methodology, making modelling, analysis, and testing possible of the integrated waste management systems. The presented model is defined in a multilayer open architecture, i.e.-, it consists of the logical spaces of the constituent models (submodels) of the object classes and real processes of the waste management system. Topics covered by the paper include elements of a literature review on the modelling of systems and waste management processes, review of the programming environments employed, as well as a description of the object- -oriented waste management systems design methodology.

The paper presents the adaptive, reactive computer assistance system design methodology, making modelling, analysis, and testing possible of the integrated waste management systems. The presented model is defined in a multilayer open architecture, i.e.-, it consists of the logical spaces of the constituent models (submodels) of the object classes and real processes of the waste management system. Topics covered by the paper include elements of a literature review on the modelling of systems and waste management processes, review of the programming environments employed, as well as a description of the object- -oriented waste management systems design methodology.