3D Modeling Engineer in Mining

Educational program code

6B07205

Language of instruction

Kazakh, Russian

Learning level

Undergraduate

Duration of study

4 year

Specialized subjects

Mathemathics
Physics

Objectives of the educational program

Training of qualified critically thinking personnel in the field of mining modeling, possessing professional and personal competencies that meet the current requirements of the regional and republican labor market, necessary to carry out production and design activities using modern 3D modeling programs.

Relevance

The introduction of modern 3D modeling programs into the learning process used in the design, modeling, construction and operation of production facilities in the mining industry.

Major courses Elective courses

Academic Writing
Information and communication technologies (in English)
Sociology
Geodesy
Physical Culture
Engineering Geology
Information technologies in the design of a mining enterprise
Leadership and youth policy
Kazakh/Russian language
Modern history of Kazakhstan
Mathematics 1
Mathematics 2
Cultural studies
Descriptive geometry and engineering graphics
Regulatory rules in subsurface use
Educational practice
Fundamentals of mining
Fundamentals of law and anti-corruption culture
Production practice
Processing and enrichment of minerals
Design and construction of mining enterprises
Psychology
Political Science
Resistance of materials
Information design of aerology of mining enterprises
Engineering computer calculations in mining production
Theoretical mechanics
Fundamentals of life safety
Physics
Philosophy
Foreign language
Shock science
Ecology of mining production
Ecology and sustainable development
Fundamentals of Economics and entrepreneurship

3D modeling in the Revit program
3D modeling of quarries
3D modeling of underground workings
GIS in the surveying business
Mining and transport vehicles for open-pit mining
Mining and transportation machines for underground mining
3D modeling of the technological process of underground mining
Engineering and information innovations
3D modeling of the technological process at the quarry
Mine surveying in open-pit mining
Mine surveying in underground mining
Rock Mechanics
Fundamentals of management and marketing
CAD Basics
Occupational safety and industrial safety at mining enterprises
Rules for conducting drilling and blasting operations
Open-pit mining processes
Underground mining processes
Rock destruction and process modeling
Technology and complex mechanization of open-pit mining
Technology and complex mechanization of underground mining operations
Mountain pressure management
Array State Management
Rock Physics
Environmental and industrial safety
Economics and planning of a mining enterprise
Expertise of engineering solutions by industry

Learning outcomes and competencies

Demonstrate basic knowledge of natural sciences, socio-humanitarian and economic disciplines that contribute to the formation of a highly educated personality with a broad outlook and a culture of thinking; understand the importance of principles and culture of academic integrity.
To work in a team, formulate and argue your point of view based on your chosen personal position; to know the methods of scientific research and academic writing and apply them in the field under study;
Critically evaluate new scientific and technical information in the mining industry for its implementation in the technological process, taking into account the requirements of the modern labor market;
To monitor compliance with production and technological discipline, requirements for the quality of mining operations, rules of operation of mining equipment, labor protection, fire protection, measures to protect the subsoil and the environment;
Demonstrate the maintenance of technical documentation on drilling, mining and drilling and blasting operations (passports and GTN of wells, mine workings, etc.);
Apply skills of working with software products of general and special purpose for modeling deposits of solid minerals, technologies of operational exploration, extraction of solid minerals, during the construction and operation of mining facilities, assessment of the economic efficiency of mining and construction works, production, technological, organizational and financial risks in market conditions;
To use modern information technologies and methods for the development of mineral deposits, taking into account the geological features of the regions of the Republic of Kazakhstan;
Critically evaluate new scientific and technical information in the mining industry, be able to develop basic regulatory documents regulating the procedure for performing design mining, drilling, and blasting operations;
To use the skills of self-organization and self-development to increase professionalism throughout life.

План развития ›

План развития ОП 6B07205 - Инженер 3D моделирования 21-25

3D Modeling Engineer in Mining

Educational program code

Language of instruction

Learning level

Duration of study

Specialized subjects

Objectives of the educational program

Relevance

Learning outcomes and competencies

Other educational programs

Life safety and environmental protection

Undergraduate

Mining

Undergraduate

Digital design of buildings and structures

Undergraduate