The academic content and curriculum of the Quality Control in Manufacturing Associate Degree Program is designed to teach students quality control and improvement techniques in manufacturing processes. This program covers the basic principles, tools and applications of industrial quality control. The curriculum generally focuses on core areas such as
Fundamentals of Quality Control: This course focuses on the basic concepts, history and importance of quality control. The definition of quality, quality management systems and basic principles of quality control are discussed.
Statistical Process Control (SPC): Students learn statistical methods for monitoring and controlling production processes. Topics such as analysis of variance, control charts and process capability analysis are covered.
Measurement and Test Methods: This course focuses on measurement tools and techniques used in quality control processes. Topics such as precision measuring instruments, visual inspection, measurement errors and calibration methods are covered.
Quality Assurance and Management Systems: International quality management systems such as ISO standards and their implementation are the main topics of this course. Quality assurance planning, documentation and continuous improvement methods are also examined.
Materials Science and Technology: This course examines the properties of materials and their influence on quality control processes. Properties and testing methods of various materials such as metals, plastics, ceramics are explained.
Production Management and Operations: Planning, managing and optimizing production processes are the main topics of this course. Topics such as lean manufacturing, process engineering and manufacturing efficiency strategies are emphasized.
Quality Control Applications: This course usually involves laboratory work and real-world scenarios. Students have the opportunity to apply the theoretical knowledge they have learned in real production environments.
Communication and Teamwork: The importance of effective communication skills and teamwork in quality control processes is emphasized. Problem solving, report writing and presentation skills are also included in this course.
The overall aim of the curriculum is to make students competent in quality control and improvement in production and to train them as professionals with qualifications sought after in the industry. In addition to theoretical knowledge, practical applications and learning through real-world scenarios are an important part of this program. Upon completion of the program, students are trained to have the knowledge and skills required for quality control positions in industry.