on the basis of technical and vocational education — 2.5 years
on the basis of higher education — 2.5 years
1.2 Required Documents
Original Secondary School Certificate (Attestat) or Diploma with transcript, and 3 copies
Medical certificates: Form 075-U, Form 063, and a fluorography (chest X-ray) report
Form No. 63 (copy of vaccination/immunization card)
4 passport-size photos (3×4 cm)
3 copies of the identity card or passport
Certificate confirming the award of an educational grant/scholarship (if available)
Other documents confirming special status and/or eligibility for social benefits (if applicable)
UNT certificate and certificate confirming the award of a grant (if available)
Copy of Registration Certificate or Military ID (for male applicants)
Availability of the applicant’s Electronic Digital Signature (EDS) key for signing the contract (for applicants under 18 years of age, the EDS of one parent or legal representative is required)
Cardboard File Folder
Envelope
Five (5) plastic document sleeves
1.3 Tuition Fees
Code
Direction
1 year
2 year
3 year
4 year
6В041
Business and Management
605 000
550 000
550 000
500 000
6В112
Industrial Hygiene and Occupational Safety
690 000
600000
600 000
500 000
6В061
Information and Communication Technologies
690 000
600 000
600 000
500 000
6В072
Manufacturing and Processing Industries
690 000
600 000
600 000
500 000
6В073
Architecture and Construction
690 000
600 000
600 000
500 000
6В075
Standardization, Certification and Metrology (by sections)
690 000
600 000
600 000
500 000
6В071
Engineering
690 000
600 000
600 000
500 000
6В071
Engineering (Applied Bachelor)
690 000
600 000
600 000
500 000
Code
Direction
1 year
2 year
3 year
4 year
6В041/112/061/072/073/074/071
All Directions
800 000
800 000
800 000
500 000
Code
Direction
1 year
2 year
3 year
4 year
6В041
Business and Management
605 000
550 000
550 000
550 000
6В112/061/072/73/075/071
All Technical Directions
690 000
600 000
600 000
600 000
1.4 Grant Competition
Document Submission Deadline
From July 13 to July 20, 2026
Documents for Grant Competition
Application
Education Document (original)
Certificate of Unified National or Comprehensive Testing
Identity document (required for identification)
Conclusion of the medical advisory commission
Свидетельство о смерти двух или единственного родителя или иные документы, подтверждающие отсутствие родителя (лишение, ограничение родительских прав, решение суда о признании их безвестно отсутствующими, объявлении их умершими)
Подтверждающий документ для лиц, приравненных по льготам и гарантиям к участникам Великой Отечественной войны (при наличии)
Подтверждающий документ для лиц казахской национальности, не являющихся гражданами Республики Казахстан (при наличии)
Documents specified in subparagraphs 5), 6), 7) and 8) are submitted in originals and copies, after verification the originals are returned.
The Bachelor’s program Management in Entrepreneurship is aimed at training specialists with strong managerial, analytical, and entrepreneurial competencies. The program focuses on business creation and development, business planning, managerial decision-making, financial and human resource management, risk and project management. Graduates are prepared to operate effectively in a competitive market environment and to implement entrepreneurial initiatives across various sectors of the economy.
Career:Graduates can pursue careers as managers, department heads, marketing, finance, logistics, HR or project management specialists, as well as establish and manage their own businesses in private or public organizations.
6B04103
Business Economics
Group:В044 Management and Administration
UNT Subjects:Geography, Mathematics
Future bachelors will acquire professional knowledge and skills in the field of economics, enabling them to collect, analyze, and process necessary data to solve economic problems in changing conditions of operation of enterprises and organizations at all levels across various sectors of the economy. Graduates can work in various economic structures, social services, organizational divisions of the management system, intersectoral complexes, management bodies, joint-stock companies, various business partnerships, commercial and non-commercial organizations, innovation centers, and also engage in entrepreneurial activities.
Career:-Economist-accountant
-Labor standards engineer
-Department head
-Economist in MTS
-Tax inspector
6B04106
Accounting and Auditing in Entrepreneurship
Group:B045 Audit and Taxation
UNT Subjects:География, математика
Future bachelors will acquire modern methods of collecting, processing, and presenting information on business processes in enterprises of various organizational and legal forms and sectors of the economy; carry out accounting-analytical, financial-economic, management, and auditing activities, analyze business processes of enterprises based on international and national standards of financial reporting and auditing. Graduates can work as accountants, auditor-accountants, financial managers, and business analysts.
The Software Engineering Bachelor’s program prepares specialists in software design, development, testing, and maintenance. The program focuses on modern programming technologies, software architecture, databases, web and mobile application development, information security, and IT project management.
Career:Graduates can work as software engineers, programmers, web and mobile application developers, software designers, QA engineers, system analysts, and IT specialists across various industries, as well as develop their own digital products and startups.
6B06102
Artificial Intelligence Technologies
Group:B057 Information Technologies
UNT Subjects:Mathematics, computer science
The educational program "Artificial Intelligence Technologies" is focused on training specialists proficient in modern AI technologies such as machine learning, neural networks, computer vision, pattern recognition, data mining, and robotics. Students study algorithm development, software engineering, information security methods, data visualization, graphics, and the creation of web and mobile applications. Graduates are capable of developing and maintaining ICT systems, configuring networks, troubleshooting, and using 3D printers, 3D scanners, and drones.
Career:− IT Specialist
− Intelligent Systems Developer
− ML Engineer (Machine Learning Engineer)
− Data Scientist
− AI Developer (Artificial Intelligence Developer)
6B07088 (1)
Project Management in the Mining and Metallurgical Industry
Group:6B07 Engineering, Manufacturing and Construction Industries
UNT Subjects:Mathematics, Physics
The educational program is aimed at training specialists capable of effectively managing projects in mineral extraction and metallurgical processing. Students study the fundamentals of project management, including the principles and methodologies of project management, as well as the key stages of a project life cycle: planning, execution, control, and completion. A crucial aspect is risk management, along with the development and oversight of project documentation, including business plans and reports.
Special attention is given to the specifics of the mining and metallurgical industry: technologies for metal extraction and processing, construction of mining and metallurgical facilities, and innovations and trends in the industry. Students also master methods for assessing and managing risks associated with the production, environmental, and social aspects of projects. An important part of the training is the study of financial modeling, assessment of economic efficiency, and investment methods for projects, which is critical for large-scale capital-intensive projects.
Career:- Project managers in metallurgical and mining companies
- Specialists in work planning and organization
- Project-based engineer-economists
- Project office coordinators
- Procurement and supply managers for large industrial projects
6B07088 (2)
Ecoanalytics and Recycling Technologies in the Mining and Metallurgical Industry
Group:6B07 Engineering, Manufacturing and Construction Industries
UNT Subjects:Mathematics, Physics
6B07101
Chemical Technology of Organic Substances
UNT Subjects:Chemistry, Physics
Будущие бакалавры получают навыки разработки и конструирования новых химических технологий по производству органических веществ в том числе лекарственных веществ и эксплуатации технологических линий предприятий органического синтеза и переработки нефти. Выпускники могут работать технологами, химиками-технологами, технологами нефтехимического производства и технологами резинотехнического производства на нефтехимических, резинотехнических и металлургических предприятиях
Career:− Технолог
− Химик-технолог
− Мастер-технолог
− Технолог нефтехимического производства
− Технолог резинотехнического производства
6B07103
Materials Science and Technology of New Materials
UNT Subjects:Mathematics, Physics
Future bachelor's students study the structure, properties, and behavior of materials under various types of influence. During their studies, they master methods of analytical control of material properties, work with modern measuring and research instruments, and acquire skills in sample preparation for physical, chemical, and mechanical testing.
Students explore technologies for the production and processing of metals, polymers, ceramics, composites, and new functional materials, as well as methods to enhance their strength, corrosion resistance, and other performance characteristics. Special attention is paid to modern diagnostic methods, quality control, and standardization of materials.
In addition, students learn the basics of designing technological processes for material treatment, modifying material structures, and explore computer modeling of material properties.
Career:- Materials and technology engineers;
- Specialists in the development of new materials;
- Quality control specialists for materials and products;
- Research scientists in institutes and laboratories;
- Engineers in material certification and standardization.
6B07104 / 6B07111
Thermal power engineering of industrial enterprises and housing and communal facilities
UNT Subjects:Mathematics, Physics
Future bachelor students acquire skills in technological calculations for systems responsible for the production, conversion, distribution, and use of all types of energy resources. They are introduced to systems that transform primary energy: fossil fuels, natural and artificial raw materials into additional energy: electricity and heat. Graduates can work in enterprises servicing heating, ventilation, and air conditioning systems, urban heating networks, water supply, and gas supply systems. They can also work in energy audit companies, in energy-saving and energy efficiency improvement areas, and in energy management services.
Career:− Thermal energy engineer at thermal power plants
− Engineer for the operation of buildings and heating networks
− Manager of energy generation systems modernization
− Thermal engineer in industrial enterprises
− Energy efficiency and energy saving specialist
6B07105
Energy Supply of Industrial Facilities
Group:B062 Electrical Engineering and Power Engineering
UNT Subjects:Mathematics, Physics
The educational program “Energy Supply of Industrial Facilities” is aimed at training bachelors with modern engineering knowledge in the field of electric power engineering and power supply. The program focuses on developing skills in design, operation and automation of power supply systems, implementation of energy-efficient technologies, use of renewable energy sources and digital solutions in industry. Graduates are prepared to ensure reliable and safe power supply of enterprises and participate in the modernization of energy infrastructure.
Career:Graduates can work as power engineers, electrical equipment operation and maintenance engineers, power supply system designers, automation specialists, energy management and energy audit specialists, as well as hold managerial positions at industrial enterprises.
6B07106
Automation Systems Engineering
UNT Subjects:Mathematics, Physics
The educational program "Automation Systems Engineering" is aimed at training specialists capable of designing, modeling, and implementing automation systems with a focus on energy, technological, and economic efficiency. Students gain skills in working with computing systems, algorithm development, controllers, electronic devices, automatic control tools, and computer modeling of processes. Graduates are able to develop and maintain information and communication systems, carry out industrial control, apply 3D printing and 3D scanning technologies, and use modern tools for creating and managing various automated systems.
Career:- Automation Engineer
- Automated Systems Designer
- Programmable Logic Controller (PLC) Engineer
- Digital Manufacturing Engineer
6B07107
Industrial Technological Equipment
UNT Subjects:Mathematics, Physics
This program focuses on training specialists with knowledge and skills in the design, installation, operation, and maintenance of industrial technological equipment. The curriculum includes modern methods of automation and mechanization, CAD systems, and digital engineering tools. Graduates are prepared to work in various industrial sectors, ensuring the efficiency and reliability of production processes.
This educational program is aimed at training specialists with knowledge and skills in the design, construction, and operation of transport and technological machines. This type of machinery includes lifting and transport equipment, construction machines, construction-technological machines, and road-building equipment used in various industries, construction, and road maintenance. Graduates of the program are able to solve a wide range of engineering tasks related to the development, operation, and maintenance of such machines.
Career:Mechanical Engineer
Design Engineer
Service Engineer
6B07113
Mechanical Engineering
UNT Subjects:Mathematics, Physics
Training of highly qualified specialists in the field of mechanical engineering. He is proficient in modern methods of engineering analysis, design and construction of machine parts and assemblies, knows how to work with technical documentation, use computer-aided design (CAD/CAE) systems, and apply digital technologies in mechanical engineering. He has the skills to work with modern equipment, is able to analyze the technical condition of machines, diagnose and participate in their modernization.
The graduate's professional activity is carried out in mechanical engineering, metallurgy, energy, construction and other industries. The graduate is ready to work in engineering and technical positions, as well as for further professional and scientific development.
Career:- Chief technologist
- Chief engineer
− Deputy director for Production (Director, Vice President)
- Master of the plot
- Head of the production laboratory
- Head of the production department
- Head of the shift
- Head of the technical department
- Head of the workshop (site)
- Mechanical Engineering Engineer
- Design engineer of technological equipment
- Production process automation engineer
- Industrial Equipment Testing Engineer
6B07114
Welding Engineering Technology
UNT Subjects:Mathematics, Physics
The graduate of the Technological Welding Engineering educational program is a highly qualified specialist with knowledge in the field of welding technologies, materials science, design and operation of welded structures. He is proficient in modern welding methods and related processes (arc, gas, laser welding, etc.), knows how to develop welding processes, select equipment, materials and welding modes taking into account quality and safety requirements. He has the skills to work with modern welding equipment, automation and robotization systems for welding processes, and is also able to use CAD/CAE systems in the design of welded structures.
The graduate's professional activity is carried out in mechanical engineering, metallurgy, construction, oil and gas industry, energy and other industries. The graduate is ready to work in engineering and technical positions, as well as for further professional and scientific development.
Career:- Welding Engineer
- Welding Process Engineer
- Non - destructive testing specialist
- Quality Engineer
- Foreman or head of the site
- Welding Process Automation Engineer
- Specialist in robotic welding
- Industrial safety expert
6B07119
Automotive Engineering
UNT Subjects:Mathematics, Physics
This academic program focuses on training professionals with knowledge and practical skills in designing, manufacturing, operating, and maintaining vehicles. The curriculum combines technical disciplines with modern information technologies, CAD systems, and management competencies. Graduates of the program are prepared to work in various fields of the automotive industry – from engineering tasks to production management.
Career:− Mechanical Engineer
− Design Engineer
− Service Engineer
− Technical Operations Engineer
− Production Management Specialist
6B07201
Metal Forming Technology
UNT Subjects:Mathematics, Physics
The professional activity of graduates of the Metal forming covers work at ferrous and non-ferrous metallurgy enterprises, in the production, technological and organizational spheres. Graduates can work in factory laboratories, as well as in technical and professional educational institutions that train workers.
Graduates of the program gain theoretical knowledge and practical skills in the field of technological processes and equipment that can be applied in practice. They also learn how to design industrial enterprises, conduct laboratory research, and master modern CAD/CAE system design and modeling techniques.
Career:− Chief Technologist
− Chief Engineer
− Deputy Director (Director, Vice President) for Production;
− The master of the site;
− Head of the Production laboratory;
− Head of the Production Department;
− Shift supervisor;
− Head of the Technical Department;
− Head of the workshop (site);
− Head of the pilot production workshop
6B07202 / 6B07206
Ferrous Metallurgy
UNT Subjects:Mathematics, Physics
6B07203 / 6B07205
Non-Ferrous Metallurgy
UNT Subjects:Mathematics, Physics
Future bachelor's students master methods for the technological calculation of smelting and processing of non-ferrous metal ores. As part of their studies, they learn the principles of ore beneficiation, features of obtaining and processing light, heavy, rare, and precious metals, as well as the technologies for producing metallurgical products and semi-finished materials.
Students acquire skills in designing metallurgical units, installations, and workshops in non-ferrous metallurgy, and are introduced to the basics of metallurgical expertise and quality control. Special attention is given to modern methods of hydrometallurgy, electrometallurgy, and the processing of secondary resources.
Graduates can work as process engineers, designers, and specialists in metallurgical expertise and quality control at enterprises in non-ferrous metallurgy and mechanical engineering, as well as in research and design organizations.
Career:- Process engineers at non-ferrous metal production and processing enterprises;
- Design engineers for metallurgical units, workshops, and plants;
- Quality control specialists;
- Metallurgical expertise specialists;
- Research scientists in metallurgical research institutes.
6B07204
Pharmaceutical Production Technology
UNT Subjects:Chemistry, Biology
Future bachelor students acquire skills in working with modern technological equipment, developing new pharmacological drugs with different effects, conducting detailed scientific research on existing medications, checking the product's effectiveness, and providing solutions on how to improve it for the consumer. Graduates can work as pharmaceutical technologists, pharmaceutical production marketers, chemical technologists, specialists in pharmaceuticals, chemistry, biotechnology, perfumery, and cosmetics, as well as master technologists.
Career:− Pharmaceutical Technologist
− Chemical Technologist
− Master Technologist
− Pharmaceutical Production Marketer
− Inspection Technologist
6B07208
Food Technology
UNT Subjects:Chemistry, Biology
Training competitive specialists in the field of food technology who are capable of developing, implementing, and effectively managing production processes, creating safe and innovative products in accordance with modern standards and market demands.
Career:− Dairy Product Technologist (Dairy plants and processing factories)
Examples: RenMilk, Natige, FoodMaster
− Meat Industry Technologist (Meat processing plants)
Examples: Kublei, Adal Et, Rubikom
− Bakery Technologist (Bread factories)
Examples: Karaganda Bread Factory, Saryarka NAN, Bread-Macaroni-Confectionery Plant (BMCP)
− Confectionery Technologist (Confectionery factories)
Examples: Rakhat, Bayan Sulu
− Laboratories and Quality Control Centers
Examples: Government and private laboratories, Certification centers
− Sanitary and Epidemiological Control Bodies
Examples: SES (Sanitary-Epidemiological Service), SanPiN (Sanitary Rules and Norms)
6B07209
Oil Refining Technology
UNT Subjects:Chemistry, Biology
The program is aimed at training highly qualified specialists in the field of oil and gas processing. Students study the processes and equipment of oil refining and petrochemical industries, technologies for producing fuels, lubricants, bitumen, and other products, as well as the basics of industrial ecology, labor protection, and industrial safety.
Career:− Process engineer in oil refining,
− Operator of technological installations,
− Product quality control engineer,
− Industrial safety specialist,
− Chemical engineer,
− Chemical analysis laboratory technician (at early career stages),
− Shift or section supervisor,
− Production manager in the petrochemical industry.
6B07207
Mineral Processing
UNT Subjects:Mathematics, Physics
Future bachelor's students study modern methods and technologies of primary mineral processing to extract valuable components from waste rock. They learn the classification of beneficiation methods and the corresponding technological equipment used in gravity, flotation, magnetic, and other processes.
Students engage in the design of beneficiation plants, control of technological processes, and simulation of technological schemes using specialized software. In addition, they are introduced to the basics of metallurgical production and the processing of beneficiation products.
The knowledge gained allows graduates to work as process engineers and beneficiation specialists at mining and metallurgical enterprises, design bureaus, research institutes, and companies involved in the environmental processing of industrial waste.
Career:− А process engineer at beneficiation plants;
− А waste processing specialist;
− Аn engineer for the design of beneficiation lines;
− А research scientist in institutes specializing in beneficiation technologies.
6B07301
Industrial and Civil Construction
Group:B074 Urban Planning
UNT Subjects:Mathematics, Physics
The educational program is aimed at training qualified specialists in the field of construction who possess modern professional knowledge and practical skills for solving theoretical and practical tasks. The program focuses on the comprehensive study of all stages of the life cycle of construction projects — from design to operation.
Special attention is paid to practice-oriented learning, the implementation of digital technologies (BIM, CAD, artificial intelligence), energy efficiency, and sustainable construction. The training process is closely aligned with labor market requirements and is carried out taking into account employers’ needs, which ensures high demand for graduates.
Career:Graduates of the program can work in construction and design organizations, manufacturing enterprises in the construction industry, as well as in the field of engineering surveys, holding positions ranging from engineers to heads of construction departments.
6B07501
Standardization, Metrology and Certification
UNT Subjects:Mathematics, Physics
Future specialists in the field of standardization, metrology and certification (SMS) are experts who make products and services of high quality, safe and competitive. Their work directly affects consumer confidence and business efficiency.
They develop and implement standards, monitor the quality of products and processes, ensure the accuracy of measurements and compliance with requirements at all stages — from the idea to the finished product. In the learning process, students learn not only theory, but also real practical skills.:
In addition, future specialists learn how to work with data, conduct experiments, and implement research results into real production.
Career:-Standardization engineer
-Quality engineer
-Metrology engineer
-Scientific and technical information engineer
-Intellectual property evaluator
-Metrologist
-Quality management system auditor
6B11201
Industrial, Environmental and Fire Safety
UNT Subjects:Mathematics, Physics
Future bachelor students acquire skills in organizing work to ensure safe and healthy working conditions at enterprises, monitoring compliance with labor protection laws and regulations in structural units, conducting preventive measures to prevent industrial injuries, occupational and production-related diseases, and implementing measures to create safe and healthy working conditions. They are trained in providing established benefits and compensations related to working conditions and in monitoring the adherence to industrial safety and fire protection norms, as well as ensuring the implementation of orders and instructions from state supervisory and regulatory bodies. Graduates can work in various industries, such as light, food, and heavy industries, and in the fields of environmental protection, occupational safety, and fire safety.
Career:− Occupational health and safety engineer
− Environmental protection engineer
− Chemical and environmental laboratory engineer
− Fire prevention instructor
− Occupational safety technician
