Educational program

More details
Code – Speciality 6B07202 - Mineral processing engineering
The aim of the educational program

Training of highly qualified specialists through the formation of general cultural and professional-special competencies that allow graduates to work successfully in the mining and processing industry, contributing to their social mobility and competitiveness in the labour market
Graduate model
Graduate qualification Professional sphere:

Процессы переработки руд и других материалов с целью получения концентратов.
The object of professional occupation:

- технологические процессы и устройства для переработки минерального и техногенного сырья, производства и обработки цветных и редких металлов, а также изделий из них;
- горно-обогатительные производства;
- производственные, проектные и научные подразделения;
- фирмы различных форм собственности.
Types of professional occupation:

- производственно-технологическая;
- организационно-управленческая;
- научно-исследовательская;
- расчетно-проектная.
Functions of professional occupation:

- осуществление технологических процессов получения концентратов;
- осуществление контроля над технологическим процессом и работой оборудования;
- обеспечение соблюдения регламента технологического процесса и качества получаемого концентата;
- осуществление мероприятий по защите окружающей среды от воздействий производства;
- подготовка технической документации по менеджменту качества технологических процессов на производстве;
- подготовка исходных данных для выбора и обоснования научно-технических и организационных решений на основе экономических решений;
- сбор информации для технико-экономического обоснования и участие в разработке проектов новых и реконструкции действующих цехов, промышленных агрегатов и оборудования;
- расчет и проектирование отдельных стадий технологического процесса в соответствии с техническим заданием с использованием стандартных средств автоматизации и проектирования.
Graduate competences map
Formed core competencies Program outcome
1. The ability to evaluate various situations based on a holistic, systemic scientific worldview. To possess skills in perceiving and analyzing information of philosophical and historical content, techniques for conducting discussions and debates. To be able to express thoughts clearly and argue one’s own opinion on issues of social significance.
2. Ability to carry out cultural and verbal communication using modern communication tools and technologies. To have communication skills that allow for effective implementation of professional activities. To conduct research and process information using ICT.
3. The ability to form and define a personality in a social environment and focus on a healthy lifestyle. Demonstrate knowledge that contributes to the formation of a holistic personality in an economic and legal environment; make informed decisions, taking into account inclusivity and ensuring equal opportunities for all participants.
4. Ability to apply knowledge in mathematics, natural sciences, economics and humanities in complex engineering activities Interpret various physical and chemical concepts, laws, conduct experiments, generalize the results
To use the acquired knowledge in complex engineering activities for the purpose of modeling objects and technological processes during enrichment
5. Ability to master the basic knowledge to process information and use information technology to solve communicative tasks Apply the basic methods of information technology in the field of professional activity
Apply appropriate modern technologies, information systems in the improvement of enrichment processes
6. Ability to demonstrate knowledge of legal, social, environmental and cultural aspects of complex engineering activities Apply the skills of organizational and managerial activities, executive decisions, organization of the work of the team
Describe the main concepts and theoretical approaches in the field of mining and processing of minerals
7. Ability to perform design and technological activities and assess the innovative potential of the project, innovation risks Carry out basic calculations of technological processes, carry out design work and draw up design and technological documentation
Conduct pre-feasibility studies of projects, plan the work and payroll of personnel
8. Creation of innovative technologies and materials in the field of mineral processing, participation in research and innovation activities Carry out the necessary experiments on the processing of mineral and man-made raw materials according to the specified methods with the processing and analysis of the results
Master the new equipment being introduced, check the technical condition and the remaining life of the existing technological equipment
9. Ability to apply modern methods for the development of integrated, energy-saving and environmentally friendly technologies Develop a feasibility study for the project in order to implement achievements of science and technology, progressive basic technologies, highly productive resources and nature-saving waste-free technologies
Control over compliance with the norms of technological regime, development of new equipment, new high-performance technological processes
Modular Curriculum
Secondary disciplines Base disciplines Profiling disciplines