The discipline "Safety of engineering and technology" is a profile discipline and consists of eight sections: - introduction; - general requirements for the safety of machinery and technology; - occupational safety during mechanization and automation of production; - safety during electric welding works; - safety of operation of lifting and transport machines and mechanisms; - safety requirements for the manufacture and testing of new samples; - safety of transportation of people and goods by vehicles; - safety of operation of pressure vessels.

The purpose of the discipline is to form students'' basic understanding of the development of engineering and technology, scientific achievements in accordance with the chosen educational program. The discipline gives students a systematic understanding of the current state and trends in the development of the food, processing, industry, agricultural and industrial complex, including the possibilities of new information and communication technologies. As a result of studying the discipline, the student will receive theoretical and practical skills in the organization of the task, as well as the formulation and solution of highly motivated non-standard professional tasks, problems and compliance with the ethics of professional activity. The student can use the acquired knowledge in the future when studying specialized disciplines, practical activities.

The purpose of mastering the discipline is to familiarize with the main dangerous and harmful factors that arise in the process of human production activity. The discipline is focused on the study of the main measures and means aimed at preserving the health and safety of employees, creating the most optimal and comfortable working conditions, increasing labor productivity.

The course "Fundamentals of scientific labor Organization" (ONOT) examines the process of improving the organization of labor in production based on the achievement of science, technology and best practices. The role of scientific labor organization in changing outdated forms of labor organization to more modern ones based on the latest achievements of science and technology. Principles of labor organization based on best practices, ensuring the most rational use of labor and material resources of the enterprise

During the course of studying the discipline, the student studies the basic rules of labor safety set out in the Labor Code of the Republic of Kazakhstan, as well as gets acquainted with other legislative acts, regulatory and technical documents on labor protection of the Republic of Kazakhstan, standards, rules, labor protection standards, the system of labor safety standards.

The discipline "Occupational health and safety" consists of two sections: Occupational safety; Life safety. The labor protection section affects the following aspects: full responsibility of the employer for the state of labor protection at the enterprise, widespread use of the achievements of modern science and technology, compliance with labor protection and safety standards, providing employees with personal protective equipment, investigating and recording each accident and occupational disease, social protecting the interests of employees.Life safety section: balancing solutions for the preservation of the environment from man-made impacts and technical development of industry, ensuring environmental safety and restoring natural resources, ensuring the preservation of biological diversity and environmental objects, international cooperation in the field of environmental protection.

The purpose of the discipline is to form an idea of ecology as a scientific discipline and its role in maintaining the sustainable development of nature and society. As a result of the training, the student will learn how to develop and implement methods and programs in the field of life safety, environmental protection, strategies for sustainable development of ecosystems and society, greening of production and environmental protection.

The purpose of the discipline is to master the theoretical foundations of this scientific discipline, to master modern methods of analysis necessary for conducting eco-analytical monitoring. The subject of the discipline is the study of the properties of the main chemical pollutants, their behavior in the environment and methods of chemical, physico-chemical and biological control of them in industrial emissions, environmental objects, food products.

The discipline forms an idea of fire safety, the theoretical foundations of the gorenje process and modern methods of fire extinguishing, assessment of the state of the fire, category of fires, extinguishing agents, fire equipment, calculation of the time of extinguishing the fire. As a result, the student has an idea of personal protective equipment, their proper use and the ability to make the right decisions in case of fire.

Environmental management is one of the most complex objects. Therefore, the study of environmental process management and environmental management economics is of great importance. The purpose of Environmental Management is to ensure compliance with norms and requirements, limit the harmful effects of manufactured products on the environment and production processes, ensure the rational use of Natural Resources and their restoration. Environmental management is carried out by the government of the Republic, ministries and departments, local government bodies, enterprises and organizations. Environmental Management consists in ensuring the balance of the Natural Environment, Natural Resources and Environmental Protection, effective use of basic plans, monitoring the implementation and implementation of organizational and technical and economic-environmental measures. In the state program, the main task of Environmental Protection and rational us

Organizational and legal framework of labor protection. Main provisions Of the Constitution of the Republic of Kazakhstan in the field of labor protection. Labor codex. Principles of state policy in the field of labor protection. Supervision and labor protection controls. Labor protection regulations. Standards System Standards occupational safety. Sanitary rules, regulations, hygiene regulations. Rules and instructions for labor protection industry and intersectoral value.

The discipline "Occupational health and safety" consists of two sections: Occupational safety; Life safety. The labor protection section affects the following aspects: full responsibility of the employer for the state of labor protection at the enterprise, widespread use of the achievements of modern science and technology, compliance with labor protection and safety standards, providing employees with personal protective equipment, investigating and recording each accident and occupational disease, social protecting the interests of employees.Life safety section: balancing solutions for the preservation of the environment from man-made impacts and technical development of industry, ensuring environmental safety and restoring natural resources, ensuring the preservation of biological diversity and environmental objects, international cooperation in the field of environmental protection.

The study of this discipline is aimed at forming students' knowledge of the basics of life safety, environmental, fire and other types of safety, instilling the knowledge and skills necessary for further professional training. Legislative requirements for the purity of atmospheric air. Rationing of industrial emissions into the atmosphere. Movement in the atmosphere. Wind speed profiles. Influence of the temperature of the underlying surface. Local wind flows. Turbulence.

The purpose of the discipline is to develop the natural-scientific worldview of students and to obtain modern ideas about the structure of substances and chemical processes based on the laws of thermodynamics and kinetics, as well as the formation of knowledge, practical skills and abilities to apply this knowledge in solving problems arising in their subsequent professional activities in accordance with the established competencies. As a result, the student gets an idea of the basics of physico-chemical research methods used to analyze the quality of soil and agricultural products.

The course "Environmental safety in transport" (EST) studies environmental safety in transport, environmental pollution by emissions from vehicles, railways, water and air transport, as well as the forecast and replacement of combustible materials with environmentally friendly fuels. The main goal of studying the discipline "Environmental safety in transport" is to develop skills in future specialists on the basis of the mastered system of basic knowledge on the environmental safety of cars and other vehicles, as well as the ability to assess the consequences of their professional activities and make optimal decisions to exclude the deterioration of the environmental situation.

The purpose of mastering the discipline is to form students'' basic knowledge of the Constitution of the Republic of Kazakhstan, legal foundations, life safety management, laws and regulations, environmental protection management and atmospheric air.

The purpose of the discipline is to form students' thinking on safety priorities in solving engineering problems; to study the main aspects of ensuring chemical and biological human safety in settlements and work areas.

The discipline forms the student's understanding of the safety of technological processes during the processing of structural materials , the safety of technological processes during the production and processing of coal, gas, oil and petroleum products, methods of assessing the safety of technological equipment, the study of protective equipment used during the operation of production equipment.

General characteristics of methods and means of measurement, Units of measurement, Measuring devices, Errors of measuring and control devices, Processing measurement results, Basic concepts in temperature measurement, Classification of temperature measuring devices, Thermoelectric pyromets, Electrical resistance thermometers, Pressure measurement, Classification of measuring devices, Piston gauges, Electrical gauges and vacuum gauges, Measuring the amount and flow of gas, liquid and solids. The main approaches to the analysis environmental objects

Electrochemistry, electrodes 1 and 2 of the genus, working and auxiliary electrodes, reference electrodes, half-wave potentials. Chemical kinetics and catalysis. Catalytic reactions, equilibrium and non-equilibrium reactions, electrolytes. Macroscopic systems and thermodynamic method of their description.