National Technical University Dnipro Polytechnic

Manadgement and administration; Marketing and advertising; Wholesale and retail sale

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construction methods, including special, flow charts and organization of construction and repair of buildings and structures, including special projects; properties of soils and construction materials and methods for their determination; structural elements of buildings and structures; sequence and ways of designing, calculating elements of metal, concrete and others buildings and structures using computer-aided design; technological schemes of construction and repair of roads; types of construction machinery and equipment for construction of buildings and structures;

properties of soils and construction materials and methods for their determination; research of structural elements of buildings and structures; scientific research stressed-strained state of constructions, geomechanical processes in soils, technology and organization of construction.

Industrial and civil engineering

designing elements of buildings and structures; determining the parameters of technology and construction organization and repair of buildings, industrial buildings, roads, formation process maps by type, designing of building master plan; selection of materials structural elements; selection of construction vehicles and equipment; construction operations at the construction site; using modern software for the design of buildings and structures; execution heat calculation, determine the parameters of electricity, water, sanitation, ventilation, ect.

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full time, distance learning

testing and evaluation of structural elements and buildings, selection and justification of the method and means of strengthening; using professional-shaped knowledge and practical skills to solve practical problems in industrial and civil engineering; definition ideas, goals, objectives and methods of scientific research stressed-strained state of constructions, geomechanical processes in soils, technology and organization of construction, etc.; analysis of the results and findings of research study

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full time

The program intends student academic mobility and dual degree program. It consists of compulsory and selective components. Masters can choose the classical direction of preparation, which implies the competence of system analyst in the field of information technology, as well as the direction of mathematical modeling of environmental, economic and social processes. The study of masters is directed at solving real problems in the specialty and on research achievements in the field of applied mathematics, computer sciences and artificial intelligence systems.

Systems of artificial intelligence, intelligent data analysis, self-learning of complex systems in problems of image recognition, classification, clustering, forecasting and control; logistics and optimization transport tasks; business process management; modern methods of designing and developing large software complexes; modeling and optimizing of processes for the development of information resources and e-business; evolutionary and heuristic methods of splitting and covering sets. More than 20 scientific publications indexed in Scopus.

Operational Research

Elements of the applied system analysis are used to solve complex tasks in terms of multiple variables and structural filling aimed at the production development in industrial, economic, financial, social, and environmental spheres of activity. Bachelors get acquainted with production technology systems in industrial, agricultural and economic areas using real examples.

full time, distance learning

Elements of the applied system analysis are used to solve complex tasks in terms of multiple variables and structural filling aimed at the production development in industrial, economic, financial, social, and environmental spheres of activity. Masters provide structural and functional studies of mathematical models with orientation in order to obtain universal integral characteristics for model quality assessments resulting as startup projects. Graduate masters are highly valued and appreciated by employers in the country and abroad.

full time

The activity of the department is aimed for providing the professional training of specialists in the field of environmental protection and rational environmental management in order to further guarantee ecologically safe natural environment for the life and health of the population, introduction of an ecologically balanced system of environmental management and conservation of natural ecosystems. The department has many years of experience in scientific and pedagogical activity, provides the needs of the state in specialists with higher education, able to work in environmental organizations

http://ecology.nmu.org.ua/en/

The main directions of the scientific work of the department are to evaluate and control the impact of industrial activity of enterprises on pollution of environmental components; conducting environmental monitoring, environmental expertise and environmental inspection of industrial enterprises and technological processes; design of environmental technologies for protection of air and water environment; ensuring rational land use and utilization of useful components from waste; control over the observance of environmental standards and norms of environmental legislation.

http://ecology.nmu.org.ua/en/

Technology to the storehouse; Resource conservation in the mining and metallurg

Object: technological processes and environmental components. Aims of the training: formation of general and professional competences for environmental problems solving. Ability to solve complex common problems with practical solutions in the fields of ecology, environmental management, rationalize using of nature to involves the application of theoretical bases and methods of environmental technologies that characterized by complexity and uncertainty.

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Object of the Modern technologies of environmental protection studies, optimal environmental measures and solutions for ensuring environmental safety, designing the environmental assets and environmentally-friendly technological processes, analysis, forecasting and assessment of risks of man-made environmental impact in the course of economic activity. Learning Objectives: Formation of professional competences required for innovative research and production activities in the development and implementation of modern environmental protection technologies.

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Geology of metal, non-metal and coal deposits. Petrology of ore formations, substations of geological factors, which determine regularities of Elaboration of prognosis criteria for metal, non-metallic and coal deposits. Elaboretion of prognosis criteria for metal, non-metallic and coal deposits. Phetrographical composition of, deposits, metalogeny, connection with deep fauts system. The investigetion of matter composition of raw materials. Metalogeny of deep faults. The methods of microscopic researches of rocks, coal, and ores.

Geology of precious metal and coal deposits in Ukranian Shield. Metasomatic formations, which accompany hidrothermal deposits in ore provinces. Metalogeny of green stone structures in Arhean geological shields. Metalogeny of deep faults zones in Ukranian Shield. Microscopic researches of rocks and ores. Petrographical composition of diamond-bearing

Petrology; Geology; Metallogeny

Geology of metal, non-metal and coal deposits. Petrology of ore formations, substations of geological factors, which determine regularities of Elaboration of prognosis criteria for metal, non-metallic and coal deposits. Elaboretion of prognosis criteria for metal, non-metallic and coal deposits. Phetrographical composition of, deposits, metalogeny, connection with deep fauts system. The investigetion of matter composition of raw materials. Metalogeny of deep faults. The methods of microscopic researches of rocks, coal, and ores.

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Geology of metal, non-metal and coal deposits. Petrology of ore formations, substations of geological factors, which determine regularities of Elaboration of prognosis criteria for metal, non-metallic and coal deposits. Elaboretion of prognosis criteria for metal, non-metallic and coal deposits. Phetrographical composition of, deposits, metalogeny, connection with deep fauts system. The investigetion of matter composition of raw materials. Metalogeny of deep faults. The methods of microscopic researches of rocks, coal, and ores.

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We work for the training of world-renowned highly qualified mining engineers, masters, candidates and doctors of science using spiritual and moral pedagogy. Our training provides a society of high quality professionals. We are a constantly developing department, a department with a 120-year history, scientific schools and spiritual traditions, we strive for leadership among the mining and educational departments of the world. The core of our activity is advanced pedagogical technologies (lectures, laboratory studies, practices, trainings, master classes) with proficiency in English.

prr.nmu.org.ua

Scientific substantiation of methodological, technological, ecological and legal basis of extraction of useful components from man-made deposits of Ukraine. –Scientific principles of production and processing of organic fuels by complex energy companies. –Substantiation of technical and technological parameters of the energy-chemical complex on the basis of well underground gasification of coal. –Development of scientific basis of phase transformations of technogenic and natural gas hydrates and creation of the newest technologies of their extraction.

prr.nmu.org.ua

mining of mineral deposites; gas hydrate technology; underground mining technology

A generic object of professional activity is the geological environment, machinery and technologies, equipment and equipment for the development, extraction and transportation of minerals, using safe working conditions. Bachelor's Degree in Mining Specialty 184 Mining – the ability to solve complex specialized problems and practical problems in professional or teaching, which involve the application of the theoretical propositions and methods of the mining sciences and are characterized by the complexity and uncertainty of the conditions.

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