The academic content and curriculum of the Manufacturing Execution Systems Operator associate degree program aims to specialize students in modern manufacturing technologies and systems by providing them with both theoretical and practical knowledge. The program offers a wide range of courses, from basic engineering courses to specialized courses focusing on manufacturing execution systems.
In the first year of the curriculum, there are usually basic science and engineering courses. These courses include mathematics, physics, chemistry and computer science. These courses provide students with an understanding of basic engineering principles and lay a solid foundation for advanced courses. In addition, engineering foundation courses such as technical drawing, materials science and engineering mechanics are also important components of the first year.
In the later years of the program, students are exposed to more specialized and hands-on courses. The main courses of the Manufacturing Execution Systems Operator program may include
Production Systems and Technologies: This course covers the basic principles of manufacturing processes and modern production technologies. Students learn production methods and design of production lines.
Computer Aided Design and Manufacturing (CAD/CAM): This course enables students to optimize product design and manufacturing processes using computer-aided design and manufacturing systems. The use of CAD/CAM software is emphasized.
Industrial Automation: The basic principles and applications of industrial automation systems are the main subject of this course. The use of PLC (Programmable Logic Controller) and SCADA (Supervisory Control and Data Acquisition) systems are taught.
Manufacturing Execution Systems (MES): This course covers software and systems used for the monitoring, control and management of manufacturing processes. It focuses on the installation and integration of MES systems.
Database Management: Focuses on the management of databases used in production processes and analyzing this data. The use of database languages such as SQL is taught.
Quality Management: Quality control techniques and quality management systems (such as ISO 9001) are the main topics of this course. Students learn how to ensure quality in production processes.
Production Planning and Control: Strategies and methods related to the planning, management and control of production processes. Inventory management, demand forecasting and production scheduling are covered.
ERP Systems: Lectures on how enterprise resource planning (ERP) systems are used in production processes and the integration of these systems. Information on commonly used ERP software such as SAP is provided.
Project Management: The skills necessary for the planning, management and successful completion of production projects are taught. Project cycle, risk management and resource planning are covered.
The curriculum is supported by laboratory studies and applied projects that allow students to put their theoretical knowledge into practice. In laboratory courses, students gain practical experience using real production equipment and software. In addition, internships and field studies offer students the opportunity to gain experience in an industrial environment. In this way, students become more prepared for business life after graduation.