The papers are organized in sections on development process support, workflow management, management and quality, object-oriented requirements engineering, behavioural modelling, advanced development tools, reuse, formal IS modelling, method engineering, and advanced database engineering.

Information systems modernization.- Planning support for cooperating transactions in EPOS.- Towards flexible process support with a CASE shell.- A collaborative process-centered environment kernel.- Building workflow applications on top of WooRKS.- Modeling cooperative work for workflow management.- IKUMI: A groupware development support system with visual environment.- Consistent development: Results of a first empirical study on the relation between project scenario and success.- Goal decomposition and scenario analysis in business process reengineering.- Reaching out for quality: Considering security requirements in the design of information systems.- Capturing semantics by object relativity.- Automated support for the development of formal object-oriented requirements specifications.- Abstraction forms in object-oriented conceptual modeling: Localization, aggregation and generalization extensions.- Capturing information systems requirements through enterprise and speech act modelling.- Dynamic modelling with events.- Representation and communication in information systems — A speech act based approach.- From analysis to code generation: Experiences from an information engineering project using I-CASE technology.- A Knowledge-Based Program Transformation System.- Concept bases: A support to information systems integration.- Formalisation of data and process model reuse using hierarchic data types.- Modeling multiple views of common features in software reengineering for reuse.- A hypertext-based tool for large scale software reuse.- An approach to schema integration based on transformations and behaviour.- Deriving transaction specifications from Deductive Conceptual Models of information systems.- Utilizing behavioral abstractions to facilitate maintenance during class evolution.- A process view of methodologies.- Specifying software specification & design methods.- A generic approach to support a way-of-working definition.- Designing a user-oriented query modification facility in object-oriented database systems.- Using visual ER query systems in real world applications.- Category classes: Flexible classification and evolution in object-oriented databases.