Developing Design Principles: Navigating the Design Knowledge Space with a Mode-Based and Abstraction-Aligned Framework

Strohmann, Timo; Winter, Robert

Research article in edited proceedings (conference) | Peer reviewed

Abstract

Design principles (DPs) are a central vehicle for prescriptive design knowledge in design science research (DSR), yet researchers still struggle to develop DPs that are both actionable and projectable. We propose a conceptual scaffold for understanding DP development as navigation in a design knowledge space. It integrates (1) a mode-based framework distinguishing modes of framing, reflection, and synthesis, (2) an abstraction-alignment model showing why design requirements, DPs, and design features must align at compatible abstraction levels, and (3) navigation moves that characterize recurring epistemic actions involved in shifting across abstraction levels and relating problem and solution knowledge. We illustrate the scaffold by reconstructing a project on virtual companionship, showing how a candidate DP evolved through feature abstraction from an existing system and how alignment stabilized the DP. Overall, the paper offers orienting guidance for DP development by helping researchers make abstraction choices, conceptual alignment, and reasoning moves more explicit, thereby supporting transparent and cumulative design knowledge construction.

Details about the publication

Editorsvom Brocke, Jan; Chandra Kruse, Leona; Hevner, Alan; Rosemann, Michael; Tremblay, Monica Chiarini; Winter, Robert
Book titleDesign for Better Futures: Beyond the Science of the Artificial. Completed Research. DESRIST 2026. Lecture Notes in Computer Science (Volume 16606)
Page range365-382
PublisherSpringer
Place of publicationCham
StatusPublished
Release year2026 (31/05/2026)
Conference21st International Conference on Design Science Research in Information Systems and Technology, DESRIST 2026, 08-10.06.2026, Münster, Germany
KeywordsDesign Science Research; Design Principles; Design Knowledge; Abstraction; Synthesis; Design Features

Authors from the University of Münster

Strohmann, Timo