The objective of this research is to design a conceptual model for seaweed agro-industry logistic system through a case study in the South Sulawesi Indonesia. Two stage approaches were used to develop the conceptual model. The first stage employed a system analysis in which an entity approach was employed. The second and final stage was a graphical conceptual modeling design where Business Process Modelling Notation 2 (BPMN 2.0) was used. The existing logistic system in the study area was verified and validated using the conceptual approach.
Pengaruh budidaya rumput laut terhadap makrozoobentos yang berasosiasi dengan lamun di desa punaga, kec. Mangara bombang, kab.
The system analysis stage reveals a comprehensive yet interrelated logistical system of seaweed agro-industry in the study area such as entity structures, responsible stakeholders, system inputs, system processes (process attributes, capabilities, performances, products, by-products, and services), system outputs, roles, system objectives and missions, threats, opportunities, resources, controls, physical constraints. Using the notation in BPMN 2.0, the study developed a graphical representation of the working logistical system in the area. This model produces a graphical conceptual model of seaweed agro-industry logistic system in the South Sulawesi that describes the system behavior.