Kalle Lyytinen is Professor of Information Systems at the University of Jyväskylä, Finland

• 1 Keynote paper: a primer to method engineering.- 2 Structural artifacts in method engineering: the security imperative.- 3 Characterizing IS development projects.- 4 Towards an integrated environment for method engineering.- 5 A functional framework for evaluating method engineering environments: the case of Maestro II/Decamerone and MetaEdit+.- 6 Method rationale in method engineering and use.- 7 How to compose an object-oriented business process model?.- 8 Human work as context for development of object-oriented modeling techniques.- 9 Translating OMT* to SDL, coupling object-oriented analysis and design with formal description techniques.- 10 Lazy functional meta-CASE programming.- 11 A practical strategy for the evaluation of software tools.- 12 Core objects required for a generic CASE repository.- 13 A proposal for context-specific method engineering.- 14 Comparison of four method engineering languages.- 15 Method engineering: who’s the customer.- 16 Simulation-based method engineering in federated organizations.- 17 Keynote paper: information systems development: a broader perspective.- 18 A classification of methodological framework for computerized information systems support in organizations.- 19 Method engineering: current research directions and implications for future research.- 20 Panel: reengineering method engineering?.- 21 Panel: method engineering: experiences in practice.- Index of contributors.- Keyword index.

Kalle Lyytinen is Professor of Information Systems at the University of Jyväskylä, Finland

• 1 Keynote paper: a primer to method engineering.- 2 Structural artifacts in method engineering: the security imperative.- 3 Characterizing IS development projects.- 4 Towards an integrated environment for method engineering.- 5 A functional framework for evaluating method engineering environments: the case of Maestro II/Decamerone and MetaEdit+.- 6 Method rationale in method engineering and use.- 7 How to compose an object-oriented business process model?.- 8 Human work as context for development of object-oriented modeling techniques.- 9 Translating OMT* to SDL, coupling object-oriented analysis and design with formal description techniques.- 10 Lazy functional meta-CASE programming.- 11 A practical strategy for the evaluation of software tools.- 12 Core objects required for a generic CASE repository.- 13 A proposal for context-specific method engineering.- 14 Comparison of four method engineering languages.- 15 Method engineering: who’s the customer.- 16 Simulation-based method engineering in federated organizations.- 17 Keynote paper: information systems development: a broader perspective.- 18 A classification of methodological framework for computerized information systems support in organizations.- 19 Method engineering: current research directions and implications for future research.- 20 Panel: reengineering method engineering?.- 21 Panel: method engineering: experiences in practice.- Index of contributors.- Keyword index.

Kalle Lyytinen is Professor of Information Systems at the University of Jyväskylä, Finland

• 1 Keynote paper: a primer to method engineering.- 2 Structural artifacts in method engineering: the security imperative.- 3 Characterizing IS development projects.- 4 Towards an integrated environment for method engineering.- 5 A functional framework for evaluating method engineering environments: the case of Maestro II/Decamerone and MetaEdit+.- 6 Method rationale in method engineering and use.- 7 How to compose an object-oriented business process model?.- 8 Human work as context for development of object-oriented modeling techniques.- 9 Translating OMT* to SDL, coupling object-oriented analysis and design with formal description techniques.- 10 Lazy functional meta-CASE programming.- 11 A practical strategy for the evaluation of software tools.- 12 Core objects required for a generic CASE repository.- 13 A proposal for context-specific method engineering.- 14 Comparison of four method engineering languages.- 15 Method engineering: who’s the customer.- 16 Simulation-based method engineering in federated organizations.- 17 Keynote paper: information systems development: a broader perspective.- 18 A classification of methodological framework for computerized information systems support in organizations.- 19 Method engineering: current research directions and implications for future research.- 20 Panel: reengineering method engineering?.- 21 Panel: method engineering: experiences in practice.- Index of contributors.- Keyword index.