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Integrating Simulation and Service Ecosystem for Engineering Owner’s…
Integrating Simulation and Service Ecosystem for Engineering Owner’s Experience Improvement
Introduction
Objective
Identify conceptual principle for how Engineering Service Ecosystem can be assessed
Identify Conceptual Framework that capture key processes involved in Ecosystem Service
Value assessment of Engineering Service Ecosystem based on knowledge about actors and beneficiary resources
Background
The role of Engineering Service Ecosystem
This research presents an ecosystem model in which uses discrete simulation (SIMUL8) and continues previous researchers have argued about Service Ecosystem for Engineering Owner’s Experience Improvement.
Literature Review
Simulation paradigms
A Service Dominant Logic Perspective
Value in Services
Conceptual Framework of
Engineering Service Ecosystem
Build Service Ecosystem
Service Dominant Logic
Service ecosystems
The narrative and process
of S-D logic.
Value Co Creation
Actors
Resource Integration
Service Exhange
Value Changes and Evolution
Value-in-context
“set of unique actors with
unique reciprocal links among them”
An Integrative view of Value in Service Ecosystem
Multi-Actor Interactions
Service Value co-creation
Long Term Relational
Value Attributes
value derived from
contractor-subcontractor interactions
value created by the owner
value derived from
many to many interactions
Discrate Simulation: SIMUL8
Sequential, parallel and interaction
System Dynamics
Number of actor of interaction
Strategy
David Hussey
Conclusions, Implications,