Study goals
The objective of the work is to demonstrate the feasibility of applying BPMN notation to construct a model for MOOC production.
Relevance / originality
The relevance of this work lies in enhancing MOOC production by optimizing processes in distance education at a Federal Institution. The originality comes from applying BPMN for educational process modeling, promoting greater efficiency, quality, and accessibility in the courses offered
Methodology / approach
The research employs action research methodology with a qualitative approach, combining documentary and bibliographic review, semi-structured interviews, and simple observation. Process modeling was conducted using BPMN notation, applied to the production of MOOCs in a Federal Institution.
Main results
The main results show that applying BPMN to MOOC production significantly improved process efficiency and management, leading to high student satisfaction. Most students rated the courses as "excellent" or "good," highlighting the model's effectiveness.
Theoretical / methodological contributions
Theoretical contributions include applying BPMN in distance education, integrating process management with pedagogical practices. Methodologically, the study combines action research, interviews, and process modeling, offering a replicable framework to enhance MOOC production in educational institutions.
Social / management contributions
Social contributions include improving accessibility and quality of distance education through MOOCs. For management, the research offers a process model that optimizes resources, increases student satisfaction, and promotes practices aligned with governance and transparency.