Tangible cultural heritage conservation technology is a comprehensive field of knowledge that encompasses methods for preserving, protecting, and restoring valuable cultural heritage, linking the past and future of human history. Cultural heritage and monuments are susceptible to deterioration, damage from careless human actions, and various influences such as environmental changes and human negligence. Conservation requires extensive knowledge in areas such as nature, culture, history, archaeology, social sciences, humanities, and technical sciences.
The main goal of the 'Cultural Heritage Conservation Technology' program at the School of Mechanical Engineering and Transportation, MUST, is to prepare specialists capable of analyzing, studying, preserving, and restoring cultural heritage with a solid foundation of systematic knowledge. Through this program, students will learn how to assess the value of cultural heritage, study various materials, and master advanced methods and digital technologies for effective preservation, protection, and restoration.
The program offers two types of admission: the main program and the 3+1 joint program. The main program allows students to study for 4 years in their home country, while the 3+1 joint program enables students to study for 3 years in their home country and 1 year in Korea, earning a dual degree. The 3+1 joint program is a highly sought-after specialty determined by the government.

Graduates with a bachelor’s degree can work in various institutions, including the Ministry of Culture, the National Center for Cultural Heritage, the Academy of Sciences, Cultural and Art Departments, Archives, Universities, and both National and Local Museums. To elevate professional skills to international standards, we have launched the 3+1 program in collaboration with Kongju National University (South Korea) and have begun accepting enrollments.

• Laboratory of casting and heat treatment
• Laboratory of scanning electron microscope, spectrometer
• Laboratory of molding material
• Chemical laboratory

• Laboratory of metallography
• Laboratory of mechanical testing
• CAD/CAM laboratory
• Laboratory of mechanical processing
• Laboratory of casting, welding, forging

• G.OYUNBAT Ph.D                                                  Head of the Department                                               Prediction of optimal cutting condition of 110G13L steel with CBN tool g_oyunbat@must.edu.mn
• M.DELGERMAA Ph.D., Associate Professor Study on raw material processing and powder metallurgy    deegii_m@must.edu.mn
• L.TELMENBAYAR Ph.D., Associate Professor for study program Study on new materials and cemented carbide                                        telmenbayar@must.edu.mn

• O.GALAA Ph.D., Optimization and development of thermo chemical diffusion processes galaa@must.edu.mn
• L.OROSOO Ph.D Study on corrosion and fracture of metal orosoo@must.edu.mn