MESI
Master's Degree
Engineering
Systems
Industrial
Launch of a new intake for the Master's Program in Industrial Systems Engineering (MESI).
MASTER'S PROGRAM IN INDUSTRIAL SYSTEMS ENGINEERING
In July 2017, the Faculty of Engineering at Agostinho Neto University (FEUAN) launched a new master’s program: the Master’s in Industrial Systems Engineering (MESI). This master’s program was developed as part of a project funded by the FSP (Priority Support Fund), launched in February 2016. Its design and accreditation enabled 36 students to benefit from this new program, the first cohort of which graduated in October 2019, with 29 students successfully completing the program.
Organizational Management
This training course provides participants with the concepts, methods, and tools of organizational management needed to foster a culture of collective quality. It equips participants with the ability to understand and contextualize an organization’s development through strategic planning processes, master tools for collective problem-solving, and analyze, process, and compile plans for continuous performance improvement.
Quality Management
Concepts, methods, and tools of Quality Management to foster the development of a collective culture of quality. Ability to understand and contextualize an organization’s development through strategic planning processes, master collective problem-solving tools, and analyze, process, and develop plans for continuous performance improvement.
Project Management
To equip students with the necessary knowledge and skills to participate in projects as key players or managers responsible for applying a rigorous methodology to achieve a technical objective efficiently, on time, and within budget.
Mathematics and Statistics for Engineers
This course aims to provide students with mathematical modeling tools for solving engineering problems.
Statistical Quality Control
This course aims to provide students with methods and tools for the statistical control of the production process in the context of quality and cost. To understand and analyze the various statistical indicators of the production system.
Industrial Reliability
This course is designed to provide students with tools related to industrial reliability—such as industrial safety, industrial maintenance, and industrial rehabilitation—to address industrial reliability issues.
Risk Management
This training course aims to provide the basic concepts of risk analysis methods and tools to establish, develop, and maintain trust within any organization or project. International standards for quality, environmental, health, and safety management, as well as sustained success, are analyzed in depth. The course covers adapting the organization to reflect the risks perceived by different stakeholders, implementing feedback, and integrating it into the information system. By the end of the training, participants will be able to apply international risk management standards.
Experiment Design
This course aims to train students in industrial modeling methods and tools to improve the optimization of production system performance in terms of on-time delivery and cost. It also aims to help students understand lean manufacturing principles through concrete industrial examples.
Computer-Aided Manufacturing and Maintenance
Students will acquire basic tools and methods to enable them to address the following issues related to the management of a production unit: Analysis and configuration of technical production data; Implementation of inventory management and evaluation rules; Production planning and procurement; Organization of workflow based on discrete-event modeling and simulation; Relocation or setup of new production lines.
Modeling and Performance of Production Systems
This course aims to train students in industrial modeling methods and tools to improve the optimization of production system performance in terms of on-time delivery and cost. It also aims to help students understand lean manufacturing principles through concrete industrial examples.
Automation and Robotics
This course provides students with the necessary foundations for designing and using a robotics system, covering its various aspects and teaching them how to select the appropriate processing system.
Standardization and Technical Regulation
Concepts and methods of standardization used by national and international organizations. Application and development in the drafting of technical regulations for international trade. The certification and accreditation processes are examined in relation to general standards specific to their respective sectors.
