The academic content and curriculum of the Industrial Glass and Ceramics Associate Degree Program aims to comprehensively teach students the science, technology and art of glass and ceramic materials. The program covers a wide range of topics from basic design principles to advanced production techniques. Here are some important components of the curriculum of this program:
Basic Sciences and Mathematics: Students take basic science courses such as mathematics, physics and chemistry, which are essential for understanding the fundamentals of glass and ceramic technology. These courses provide a solid foundation in understanding the structure, properties and behavior of materials.
Materials Science: Focusing on the properties, structure and processing of glass and ceramic materials, the courses familiarize students with the classification, selection and applications of these materials. Materials science courses cover thermal, mechanical and optical properties of materials.
Production Technologies: Production processes, shaping techniques and firing methods of glass and ceramic products are covered in these courses. Students learn various techniques such as hand forming, casting, pressing and extrusion. They also learn about firing temperatures and atmospheres that affect product quality.
Design and Aesthetics: These courses teach students the principles of aesthetic and functional design when working with glass and ceramic materials. Students participate in various projects and workshops to develop their artistic expression and technical skills.
Quality Control and Test Methods: Courses in materials testing, product control and quality management teach students how to evaluate the performance and conformity of glass and ceramic products to standards.
Industrial Applications and Internship: The program usually includes internships or applied projects in industrial organizations related to the field. This provides students with real-world experience and makes it easier for them to find a job when they graduate.
In addition to theoretical knowledge, the curriculum offers students a wide range of practical training and laboratory work. This enables students to learn both craftsmanship skills and industrial production techniques. Furthermore, the program is constantly updated in line with industry trends, technological innovations and market needs so that students graduate with up-to-date skills and can be competitive in the industry.