Safety of life activitiesSyllabus

Subject code

if-4152y

Credits

4

Student workload

120

Semester

Spring semester

Academic year

2025-2026

Subject type

Mandatory

Form of education

Full-time

Language of instruction

Azerbaijani

In-class hours

a) 30 saat mühazirə b) 15 saat laboratoriya

Out-of-class hours

a) 30 saat MRTSİ b) 15 saat TSİ

The subject of safety of life activity serves to learn the principles of identification of dangers that may arise in labor, production and daily activities of a person, assessment of risks and their prevention. the subject provides students with the necessary knowledge and skills in labor protection, industrial safety, fire safety, rules of conduct in emergency situations, first aid, environmental safety and the correct use of personal protective equipment, preparing them for the formation of a safe working environment.

• lecture
• problem-based learning
• presentations
• laboratory work

No learning outcomes have been added.

1. 1.
   1. methodological foundations of HFT management. ergonomic foundations of hft, information compatibility. (biophysical compatibility, spatial-anthropometric and technical-aesthetic compatibility). psychology of activity security. man is an element of the "human-environment" system.Lecture

   The methodological basis of HFT management includes the planning and effective organization of security measures. the subject explains the ergonomic basics of hft, informational, biophysical, spatial-anthropometric and technical-aesthetic compatibility. psychological aspects of operational safety and the impact of human behavior on safety are also studied. man is evaluated as the main element of the "human-environment" system, and his interaction with the environment is investigated.

2. 2.
   2. ecological basis of hft. natural aspects of hft. interaction of ecological aspects with nature and society. global environmental problems.Lecture

   The ecological foundations of HFT study the safe and balanced interaction of humans with their environment. in this topic, the natural aspects of hft, the impact of environmental factors on nature and society are explained. the causes of environmental problems and their impact on human activity are also investigated. general knowledge about global environmental problems and ways to prevent them is provided.

3. 3.
   3. general characteristics of atmospheric pollutants. dust collectors.Lecture

   Atmospheric pollutants consist of harmful gases, dust and other particles that degrade air quality. in this topic, the types, sources and effects of atmospheric pollutants on human health and the environment are studied. it also explains the working principle and importance of dust collection devices used in industrial and production areas. dust collectors serve to ensure environmental safety by reducing the amount of harmful particles released into the atmosphere.

4. 4.
   4. legal and organizational issues on labor protection. state control bodies. industrial injuries and occupational diseases.Lecture

   Legal and organizational issues on labor protection include legislation and regulations aimed at ensuring safe and healthy working conditions for employees. in this topic, the functions and duties of state control bodies on labor protection control are explained. also, the causes of industrial injuries and occupational diseases and their prevention measures are studied. compliance with labor protection rules plays an important role in ensuring safety in workplaces.

5. 5.
   5. damage analysis methods. requirements for healthy working conditions in production. determination of air flow speed.Laboratory

   Damage analysis methods aim to identify the causes of industrial accidents and prevent them. in this topic, basic hygienic and safety requirements for healthy working conditions are studied. also, the methods of determining the speed of the air flow and the working principle of the measuring devices used in the laboratory work are explained. this knowledge serves to organize a safe and healthy work environment.

6. 6.
   6. determination of air flow speed. labLaboratory

   Damage analysis methods aim to identify the causes of industrial accidents and prevent them. in this topic, basic hygienic and safety requirements for healthy working conditions are studied. also, the methods of determining the speed of the air flow and the working principle of the measuring devices used in the laboratory work are explained. this knowledge serves to organize a safe and healthy work environment.

7. 7.
   7. basics of fire safety. explosion and its limits. categories of enterprises according to fire hazard.Lecture

   The basics of fire safety include studying the causes of fires and measures to prevent them. in this topic, the concept of explosion, its occurrence conditions and dangerous limits are explained. also, the division of enterprises into categories according to fire risk and the applicable safety requirements for each category are studied. compliance with fire safety regulations is important for the protection of people's lives, health and property.

8. 8.
   9. meteorological parameters of workplaces and their provision. ventilation and heating of production roomsLecture

   Meteorological parameters of workplaces include temperature, humidity, air movement speed and other factors of the working environment. in this topic, the impact of those parameters on human health and labor activity, as well as their provision according to the norm, is studied. the working principles of ventilation systems and heating devices in production rooms are explained. these systems serve to create a favorable microclimate in workplaces and ensure safe working conditions.

9. 9.
   Optical and thermal cameras and the requirements for these cameras according to their purpose. - optical and thermal camerasLaboratory
10. 10.
    11. lighting of production rooms. natural lighting. report.Lecture

    Lighting of production rooms is an important factor for the safety of working conditions and increase of labor productivity. in this topic, the characteristics of natural lighting, its types and effects on workplaces are studied. it also explains the methods of determining the level of illumination and preparing the report. correct lighting helps to protect vision and reduce production risks.

11. 11.
    12. t.i.a. lab. determination of natural lighting.Laboratory

    Determination of natural lighting laboratory work is aimed at evaluating the level of illumination in production rooms. in this topic, the main indicators of natural light, measurement methods and used devices are studied. in laboratory conditions, the amount of natural light entering the rooms is determined and the results are analyzed in the form of a report. the obtained indicators allow to evaluate the compliance of workplaces with lighting standards.

12. 12.
    12. t.i.a. lab. determination of natural lighting.Laboratory

    Determination of natural lighting laboratory work is aimed at evaluating the level of illumination in production rooms. in this topic, the main indicators of natural light, measurement methods and used devices are studied. in laboratory conditions, the amount of natural light entering the rooms is determined and the results are analyzed in the form of a report. the obtained indicators allow to evaluate the compliance of workplaces with lighting standards.

13. 13.
    13. artificial lighting and its report.Lecture

    Artificial lighting is one of the main tools used to improve working conditions and ensure safety in production rooms. in this topic, the types of artificial light sources, their characteristics and application in workplaces are studied. it also explains the methods of measuring, calculating and reporting the level of illumination. properly organized artificial lighting helps to protect workers' vision and increase labor efficiency.

14. 14.
    14. lab. calculation of artificial lighting.Laboratory

    Calculation of artificial lighting laboratory work aims to determine and evaluate the level of light in production rooms. in this topic, the selection of artificial light sources, lighting standards and calculation methods are studied. based on the measurement results in the laboratory work, the lighting indicators of the room are calculated and a report is prepared. the obtained results allow determining the compliance of working conditions with safety requirements.

15. 15.
    15. protection from electromagnetic, ionizing and radioactive radiations.Lecture

    Electromagnetic, ionizing and radioactive radiations are dangerous factors affecting human health in industrial and household conditions. in this topic, the characteristics of different types of radiation, their sources and their effects on the human body are studied. radiation protection methods, protective equipment and safety measures are also explained. these measures serve to protect the health of workers and minimize dangerous effects.

16. 16.
    16. basics of electrical safety. technical and organizational methods for ensuring electrical safety. classes according to electrical safety. earther's report.Lecture

    The basics of electrical safety include the study of the dangers of electricity to people and the environment. technical and organizational methods, protective measures and safety rules for ensuring electrical safety are explained in this topic. the safety classes of electrical devices and their characteristics are also studied. the calculation of the grounding device is one of the main measures taken to ensure the safe operation of electrical equipment.

No reading list has been added.