TITLE:
Automated Tools for Creating Student Mark Assessment and Rating Grids for Burundi’s Baccalaureate Master Doctorate System
AUTHORS:
Hilaire Nkunzimana, Emile Niyongabo, Reverien Ndaboroheye, Jérémie Ndikumagenge
KEYWORDS:
Modeling, Petri Nets, Incidence Matrix, Functional Characteristics and Properties, Iterative Algorithm, Mark Assessments and Ratings Grids
JOURNAL NAME:
Journal of Applied Mathematics and Physics,
Vol.13 No.8,
August
20,
2025
ABSTRACT: Tools for modeling and design that have been scientifically validated are needed to develop automated systems that possess the required functional standards. A number of variables must come together in order to create an automated system that satisfies the technological requirements and set standards. These include the degree of flexibility and conformity to the application domains, the application domain’s nature and environment, the functional requirements, and the resources that are available. These also involve the rigor of the modeling and design tool selection. This paper aims to develop a model for the automated generation of student mark assessments and rating grids in Burundi’s Baccalaureate Master Doctorate (BMD) system using Petri nets. The last will be followed by a study of its structural and/or behavioral properties of the automated system represented by the Petri nets, as well as the algorithm’s temporal complexity establishment.