Magistarke studije – Građevinsko inženjerstvo
General Civil Engineering; Architecture; Mining; Geology; Geodesy; Forestry; Horticulture
Master of Engineering (in the appropriate module)
A student who defends their master's thesis after passing all courses prescribed by the curriculum for two semesters receives a certificate of completion of the study program with 60 ECTS credits, specifically as a Master of Engineering in the appropriate module – 60 ECTS.
Master of Civil Engineering is a person who has acquired advanced knowledge and skills in the field of civil engineering, which includes the design, construction, and management of construction projects. Graduates of this program have broad knowledge of structures, materials, hydrotechnics, geotechnics, urban planning, construction law, and economics. They are qualified to solve complex technical problems, develop and apply new technologies and tools in construction, and manage projects. A Master of Civil Engineering can work in the private sector, public enterprises, government agencies, consulting firms, or choose to pursue further academic research and work through doctoral studies.
Master of Architecture is a person who has acquired advanced knowledge and skills in the field of architecture, which includes the design, planning, and drafting of construction objects and spaces. Graduates of this program have knowledge of architectural theory, history of architecture, urban planning, ecology and sustainability, construction technology, and structures. They are qualified to solve complex technical and aesthetic problems in the design of objects and spaces, and to apply new technologies and tools in architecture. A Master of Architecture can work in the private sector, public enterprises, government agencies, consulting firms, or choose to pursue further academic research and work through doctoral studies.
Master of Mining Engineering is a person who has acquired advanced knowledge and skills in the field of mining, which includes the processes of extraction, preparation, processing, and transport of mineral raw materials. Graduates of this program have knowledge of geology, geotechnics, mining machinery and equipment, ore enrichment processes, mining sustainability, and environmental protection. They are qualified to solve complex technical problems in mining, develop new technologies and tools, and manage mining projects. A Master of Mining Engineering can work in mining companies, public enterprises, government agencies, consulting firms, or choose to pursue further academic research and work through doctoral studies.
Master of Geological Engineering is a person who has acquired advanced knowledge and skills in the field of geology, which includes the study of the structure, composition, physical and chemical properties of the Earth's crust, and the processes that affect it. Graduates of this program have knowledge of minerals, rocks, geological mapping, geophysics, hydrogeology, seismology, and other disciplines essential to geology. They are qualified to solve complex technical problems in geological research, develop new technologies and tools, and manage projects in the field of geology. A Master of Geological Engineering can work in mining companies, the oil and gas industry, geotechnical firms, consulting firms, or choose to pursue further academic research and work through doctoral studies.
Master of Geodetic Engineering is a person who has acquired advanced knowledge and skills in the field of geodesy, which includes the study and measurement of the Earth's surface and its features. Graduates of this program have knowledge of geodetic instruments and methods, geoinformation systems, photogrammetry, laser technology, and other disciplines essential to geodesy. They are qualified to solve complex technical problems in geodetic projects, develop new technologies and tools, and manage projects in the field of geodesy. A Master of Geodetic Engineering can work in public enterprises, government agencies, consulting firms, or choose to pursue further academic research and work through doctoral studies.
Master of Forestry Engineering has advanced knowledge in the field of forestry, including forest management, silviculture, forest ecology, forest protection from fire and pests, wood processing technology, and wood product manufacturing, and also possesses skills for solving various problems in forestry. A Master of Forestry Engineering has the opportunity to work in various sectors related to forestry, such as public administration, research and development, the private sector, consulting firms, environmental protection organizations, and other institutions dealing with nature conservation.
Master of Horticultural Engineering has advanced knowledge in the field of horticulture, including plant cultivation and care, environmental landscaping, landscape architecture, landscape planning, the use of plants in urban environments, and other similar topics. A Master of Horticultural Engineering can work in various sectors related to horticulture, such as public administration, the private sector, consulting firms, environmental protection organizations, and other institutions dealing with environmental landscaping. This person has the ability to develop projects for the landscaping of parks, gardens, public spaces, sports fields, and other similar areas. Also, a Master of Horticultural Engineering can engage in research, development, and the application of new technologies in horticulture, as well as educating people about the importance of nature conservation and a healthy environment.