Subproject C1: Integration of external stakeholders into the cycle-oriented design of PSS-based business models

The objective of subproject C1 is the cycle-oriented integration of external stakeholders such as customers, suppliers, and external service providers into the development of PSS-based business models. A process model for the creation and adaption of PSS-based business models is developed. To support this process model, an IT-based system is developed to integrate external stakeholders. In order to reach these objectives, subproject C1 conducts case studies with PSS-providers to study how PSS-based business models are currently designed and the problems PSS-providers are confronted with. The process model as well as the IT-based system are iteratively developed and evaluated by expert workshops and experiments.

Motivation

  • Companies lack clear understanding of how to successfully provide PSS. 
  • For a business model based on PSS to be successful, all involved stakeholders need to be integrated into the design of the business model
  • Requirements and needs of the stakeholders need to be obtained and transferred into an economically viable business model.
  • Existing approaches to develop and model business models:
    • are not formal enough for PSS
    • do not consider the service component
    • do not allow simulation or animation of models
    • do not include and illustrate financial flows, requirements, or customer value. 
  • There is a need for methods to model and develop PSS-based business models.

Results of funding period 2

  • Identification of decision criteria for the selection of customer integration methods.
  • Evaluation of customer integration methods (e.g., web-based product configurators, idea competitions, online communities) with regard to the identified decision criteria.  
  • Design, implementation, and devaluation of a decision support system: Recommendation of suitable customer integration methods by the system based on the input by the decision maker (e.g., available budget, time, skills, personnel, required customer input).  
  • Guidelines for the design of customer integration methods: e.g. visualization positively impacts the enjoyment experienced by customers during the co-creation activity, visualization supports realistic product understanding of the virtual product.  
  • Design of the Customer Input Ontology: Based on a literature review and expert interviews we identified different types and characteristics of customer input. The Customer Input Ontology models these types and characteristics of customer input as well as their interrelations and evolution over time.  
  • Design, implementation and devaluation of the Customer Input Management System: The Customer Input Management System supports the documentation, sharing and (re-)use of customer inputs across departments, companies in innovation networks, and innovation cycles.

Prospective results of funding period 3

  • Comprehensive understanding of stakeholder integration into the development and adaption of PSS-based business models: 
    • Key steakholders, stakeholder integration methods, types and characteristics of stakeholder input required for the development and adaption of PSS-based business models         
    • Existing approaches and challenges in the design of PSS-based business models. 
  • Process model for developing PSS-based business models. 
  • Tool support for the integration of external stakeholder and the design of individual and profitable business models.

Selected publications

  • Füller, K.; Ramanath, R.; Böhm, M.; Krcmar, H.: Decision Support for Selecting Customer Integration Methods. In: Internationale Tagung Wirtschaftsinformatik (WI 2015), Osnabrück, Germany, pp. 1360-1374.
  • Füller, K.; Liu, H.; Böhm, M.; Krcmar, H.: Knowledge Management in Customer Integration: A Customer Input Ontology. In: International Conference on Engineering Design (ICED 2015), Milano, Italy.
  • Füller, K.; Böhm, M.; Krcmar, H.: Designing for Positive User Experience in Product Design: A Qualitative Analysis of Toolkit Design Elements and their Implications on Emotional Reactions and Perceptions. In: Hawaii International Conference on System Sciences (HICSS), Kauai, Hawaii, USA.

Principal investigators

Prof. Dr. Helmut Krcmar
Subprojects A4, C1, D1 and T5
Chair for Information Systems
krcmar@in.tum.tum.de
Tel.: +49 (0) 89 289 19530

Researchers

Dr. rer. nat. Markus Böhm
Subprojects A4, C1 and D1
Chair for Information Systems
markus.boehm@in.tum.de
Tel.: +49 (0) 89 289 19528

Jörg Weking M. Sc.
Subproject C1
Institute for economic computer science
joerg.weking@in.tum.de
Tel.: +49 (0) 89 289 19500

Sebastian Hermes M. Sc.
Subprojects A4 and C1
Institute for economic computer science
sebastian.hermes@tum.desebastian.hermes@in.tum.de 
Tel.: +49 (0) 89 289 19584

Julia Eggers, M.Sc.
Subprojects A4 and C1
Chair for Information Systems
julia.eggers@in.tum.de 
Tel.: +49 (0) 289 19587