The academic content and curriculum of the Industrial Raw Materials Processing Technology Associate Degree Program is designed to provide students with comprehensive and practical knowledge in the processing and utilization of industrial raw materials. The main objective of the program is to equip students with technical and theoretical knowledge in this field and to train them as qualified technicians who can take an active role in industrial processes.
The curriculum is usually divided into two main parts: Core courses and field courses. Core courses focus on developing students' general knowledge and skills, while field courses focus on more specific and professional subjects.
Basic Lessons:
Mathematics and Statistics: Fundamentals of mathematical and statistical methods used in industrial processes. Physics and Chemistry: Understanding the basic physical and chemical properties of raw materials. Computer Applications: Use of computer technology in industrial processes. Field Courses:
Raw Material Information: Properties, classification and uses of different industrial raw materials. Processing Technologies: Processes of processing, transforming and refining raw materials. Quality Control and Testing Methods: Methods and equipment used to ensure and inspect product quality. Industrial Safety and Environmental Management: Occupational health and safety standards, compliance with environmental regulations. Practical Training and Laboratory Studies:
Laboratory courses offer students the opportunity to experiment with raw materials and learn analysis techniques. Practical courses allow students to put their theoretical knowledge into practice by simulating real-world scenarios. Internships and Field Studies:
As part of the program, students gain real work experience and get acquainted with the industry by doing internships in industrial enterprises. This curriculum aims to provide students with in-depth knowledge and skills in the processing and management of industrial raw materials. Graduates have the opportunity to work as technicians in ceramics, glass, metallurgy and similar sectors. The academic content of the program is constantly updated to follow the technological developments in the industrial sectors, so that students are trained in accordance with the needs of the sector.