Bewertungsmodell für die Implementierung optischer Identifikationssysteme in der Intralogistik

Abstract

This bachelor thesis focuses on the development of an evaluation model designed to support companies in making informed decisions regarding the implementation of optical identification systems in intralogistics. Against the backdrop of increasing demands for transparency, efficiency, and digitalization in logistics processes, many companies face the challenge of determining how and which technological solutions can be effectively integrated into existing workflows. The objective of this thesis was to develop a structured and practice-oriented evaluation model that considers technical, economic, organizational, and strategic factors, providing companies with a solid foundation for decision-making. Based on a comprehensive literature review, four key evaluation categories were defined and incorporated into a twophase evaluation model: • Phase 1: Feasibility analysis (evaluation of KO-criteria and cost-benefit-analysis) • Phase 2: Evaluation using a utility analysis The model was successfully tested in a case study conducted at Motion06 GmbH. As a result, a well-founded decision regarding the introduction of an optical identification system could be made and a clear recommendation was provided. The structured and transparent approach of the model was particularly positively evaluated, as it enabled all relevant factors to be systematically and comprehensibly analyzed. The reflection on the model demonstrated that it provides a practical, holistic, and easy-tounderstand basis for decision-making. At the same time, potential areas for improvement were identified, particularly regarding the clearer definition of evaluation scales and the availability of a more objective database. Additionally, the model is also suited for directly comparing multiple technologies to identify the most suitable solution for the company. A transfer of the model to other technologies in the field of intralogistics is fundamentally possible. However, for its application to alternative systems, such as RFID, a prior review and adaptation of the evaluation factors is necessary to adequately consider the specific requirements and technological characteristics of these systems. In conclusion, the developed evaluation model makes a valuable contribution to objective technology assessment and supports companies in making well-founded, structured, and transparent investment decisions in the field of intralogistics.

Date of Award	2025
Original language	German (Austria)
Supervisor	Veit Kohnhauser (Supervisor)