Analysis, Characterization, Design and Development of APS to Optimize Manufacturing Processes

Goal: This project aims to study Advanced Planning Systems (APS) from a Software Engineering (SE) point of view, aiming to bridge the current gap in research, providing sound concepts and definitions founded in current international SE standars. It aims to:

  • To provide a definition that would consider APS as systems and not only as models, including generic Functional Requirements and Quality Attributes.

  • Propose means to improve exchange of manufacturing information with Enterprise Systems by using the standardized concepts of the ANSI/ISA-95 standard.

  • Generate and evaluate a Reference Architecture to characterize the APS domain and simplify future in-house development of APS modules in SME (Small and Medium Enterprises).

This project was my PhD thesis. Degree: PhD on Information Systems Engineering.

Participants: Eng. Melina Vidoni, Prof. Jorge Marcelo Montagna (Co-Advisor), Prof. Aldo Vecchietti (Advisor).

Dr Melina Vidoni
Lecturer at RMIT Computing Technologies

PhD in Information Systems Engineering, Lecturer at RMIT School of Computing Technologies. Associate Editor of rOpenSci.


(2020). Analysis, Design and Development of Advanced Planning Systems. In International Journal of Industrial and Systems Engineering.

Code Project DOI

(2018). Project and Team-Based Strategies for Teaching Software Architecture. International Journal of Engineering Education. Vol. 34(5), pp1701-1708.

PDF Project

(2016). Towards a Reference Architecture for Advanced Planning Systems. 18th International Conference on Enterprise Information Systems. Vol. (1), pp433-440.

PDF Dataset Project Slides DOI

(2015). Una Perspectiva de Ingeniería del Software para Definir Sistemas Avanzados de Planificación de Empresas. 44º Jornadas Argentinas de Informática (JAIIO), 4º Simposio Argentino de Informática Industrial (SII). Vol. 1, pp49-62.

PDF Project

(2014). Desarrollo de un Agente Inteligente Basado en el Estándar ANSI/ISA-95. 2º Congreso Nacional de Ingeniería Informática y Sistemas de Información (CoNaIISI). Vol. 1, pp47-59.

PDF Code Project