Subject · Environmental engineering
Civil defenseTopics
Topic plan
The subject's topics and the learning outcomes attached to each one.
1. Fundamentals of civil defense
LectureBasic provisions of AR law "on civil protection". strategic goals and tasks of civil defense. the role of MM in the state security and risk management system. the principles of MM management in the ministry of education
Open resource: Fundamentals of civil defense (opens in a new tab)2. 2. MM forces: professional, volunteer and non-military units.
LectureCivil defense force structure and management levels. professional rescue units and their functions. voluntary civil defense formations and community-based participation. composition, duties and activities of non-military units. interaction of forces and coordination mechanisms in emergency situations
Open resource: 2. MM forces: professional, volunteer and non-military units. (opens in a new tab)3. 1. MM forces: professional, volunteer and non-military units.
SeminarOrganization of civil defense in industrial and infrastructure facilities. principles of construction of civil defense system in industrial enterprises. risk management approaches in critical infrastructure facilities. facility-level civil defense planning and response mechanisms. facility personnel preparation and training system. engineering-technical and organizational measures against man-made risks.
Open resource: 1. MM forces: professional, volunteer and non-military units. (opens in a new tab)4. 3. emergency situations and their characteristics
LectureDefinition and classification of fh. man-made FH and classification. radiation dangerous objects and modern examples. radiation dose, dose rate and effects. ionizing rays: sources and mechanism of action. NPP accidents and radioactive contamination scenarios. chemically dangerous objects and substances. explosion, fire dangerous accidents, their management
Open resource: 3. emergency situations and their characteristics (opens in a new tab)5. 4. military emergencies
LectureModern military threats and hybrid risks. nuclear weapons and damage factors. chemical weapons and effects. biological (bacteriological) weapon. conventional means of destruction. consequences of military emergencies for the population and infrastructure
Open resource: 4. military emergencies (opens in a new tab)6. 5. natural emergencies
LectureEarthquakes and seismic risks. floods and floods. landslides. hurricane, strong wind, snow avalanches. drought and extreme temperature events. risks caused by climate change.
Open resource: 5. natural emergencies (opens in a new tab)7. 2. natural emergencies
SeminarSocio-economic and ecological consequences of natural disasters.
Open resource: 2. natural emergencies (opens in a new tab)8. 6. detection and evaluation of the conditions arising in FH
LectureThe role of control and monitoring devices used in emergency situations. principles of operational assessment of radiation, chemical and toxic environment. devices used in modern civil defense and emergency services
Open resource: 6. detection and evaluation of the conditions arising in FH (opens in a new tab)9. 7. basics of population protection in FH
LectureBasic principles and methods of population protection in fh. uniform warning signals of MM (working principle of the CELL BROADCAST system). training of personnel of industrial facilities, personnel of MM detachments and non-working population to FH
Open resource: 7. basics of population protection in FH (opens in a new tab)10. 8. personal protective equipment
LecturePersonal protective equipment, their classification. FMV of respiratory organs, their classification and designations. personal protective equipment of the skin, their classification and purposes. personal eye protection. medical personal protective equipment and their purpose
Open resource: 8. personal protective equipment (opens in a new tab)11. Azərbaycan xalq cümhuriyyəti (1918-1920-ci illəri)
LectureBu mövzu 1918-ci ildə yaradılmış azərbaycan xalq cümhuriyyətinin yaranma səbəblərini və fəaliyyətini əhatə edir. dövlətin 23 aylıq fəaliyyəti dövründə həyata keçirilən siyasi, iqtisadi, hüquqi və təhsil sahəsində islahatlar araşdırılır. xarici siyasətdə əldə olunan diplomatik uğurlar və beynəlxalq münasibətlərdə atılan addımlar təhlil edilir. azərbaycan xalq cümhuriyyətinin dövlətçilik tariximizdəki əhəmiyyəti xüsusi vurğulanır.
Topic learning outcomes
- • ftn1: azərbaycan tarixinin dövrlərinin əsas mahiyyəti izah edilir.
- • ftn2: azərbaycan tarixi üzrə bəzi mübahisəli məsələlərə aydınlıq gətirilir.
- • ftn4: tələbələrin ən azından minimum məlumat əldə etməsi, mövzular ətrafında öz fikrinin formalaşmasının səviyyəsi yoxlanılır.
- • ftn3: tələbələrin bu və ya digər məsələlərlə bağlı obyektiv mövqeyini formalaşmasına nail olunur.
- • ftn5: tələbələrə qədim tariximizin müasir dövrlə uzlaşdırılması vərdişləri aşılanır.
12. Protection devices of civil defense
LectureDesignation and classification of security devices of mm. shelters, their purpose, classification, main and auxiliary rooms, engineering and technical equipment, working mode
Open resource: Protection devices of civil defense (opens in a new tab)13. 4. protection devices of civil defense
SeminarUse of security devices. preparation of security facilities for public reception. placement of the population in protective facilities. rules of behavior of the population in security facilities
Open resource: 4. protection devices of civil defense (opens in a new tab)14. 10. protection devices of civil defense
SeminarAnti-radiation shelters (radiation shelters), their designation, classification, main and auxiliary rooms, engineering and technical equipment. simple dips, types and structures. maintenance and use of security installations in peacetime
Open resource: 10. protection devices of civil defense (opens in a new tab)15. 11. transfer of population in FH
LecturePopulation relocation in emergency situations. the nature and methods of transfer. transfer authorities, their composition and duties. provision and implementation of transfer.
Open resource: 11. transfer of population in FH (opens in a new tab)16. 12. sustainability of industrial facilities in FH
LectureThe essence, content of the stability of the work of industrial objects. the main measures taken to increase the stability of the facilities
Open resource: 12. sustainability of industrial facilities in FH (opens in a new tab)17. 5. sustainability of industrial facilities in FH
SeminarFactors affecting the stability of the object. conducting a study of the stability of industrial facilities. engineering and technical measures of civil defense
Open resource: 5. sustainability of industrial facilities in FH (opens in a new tab)18. 13. eliminating the consequences of FH in industrial facilities
SeminarThe purpose, essence and tasks of the rescue and other urgent work (x and dti) carried out in fh. organization and implementation of x and dti. the forces and resources involved in conducting x and DTI
Open resource: 13. eliminating the consequences of FH in industrial facilities (opens in a new tab)19. 6. eliminating the consequences of FH in industrial facilities
SeminarEliminating the consequences of emergencies in industrial facilities. carrying out special cleaning. carrying out partial special cleaning - deactivation, degassing and disinfection
Open resource: 6. eliminating the consequences of FH in industrial facilities (opens in a new tab)20. 14. eliminating the consequences of FH in industrial facilities
LectureThe essence, content and sequence of the work of the object detachment commander in the organization and conduct of x and DTI in the fh. organization and implementation of special cleaning. management of the activities of facilities and MM units in the faculty of education
Open resource: 14. eliminating the consequences of FH in industrial facilities (opens in a new tab)21. 7. eliminating the consequences of FH in industrial facilities
SeminarComplete and partial sanitary cleaning
Open resource: 7. eliminating the consequences of FH in industrial facilities (opens in a new tab)22. 15. first aid in case of emergency
LectureFirst aid in case of injuries
Open resource: 15. first aid in case of emergency (opens in a new tab)23. 8. first aid in case of emergency
SeminarProviding first aid for trauma, bleeding, fractures and burns, CPR elements and preparing the victim for safe evacuation
Open resource: 8. first aid in case of emergency (opens in a new tab)24. 1. legal basis and organization of civil protection
Independent workCivil protection legislation, goals, tasks and management system are examined.
Open resource: 1. legal basis and organization of civil protection (opens in a new tab)25. Non-inertia CALCULATION systems.
LectureIn this topic, the essence of non-inertial calculation systems, their difference from inertial calculation systems and their place in newtonian mechanics are studied. it is explained that non-inertial reference systems are accelerating or rotating coordinate systems. in order to correctly describe the movement of the body in such systems, it is justified to take into account inertial (imaginary) forces as well as real forces. in the topic, the reasons for the emergence of inertia force, centrifugal force, coriolis force and euler force, their mathematical expressions and physical meanings are analyzed. phenomena caused by the earth's rotation - foucault's dancer, wind direction changes, ocean currents, and the influence of the coriolis force in ballistic movements are explained on the basis of real examples. applications of non-inertial systems in engineering, aviation, space technology, robotics, navigation and automatic control systems are also considered. the subject serves to form the ability of students to analyze mechanical processes in different reference systems, evaluate the effect of inertial forces and explain their practical applications.
Topic learning outcomes
- As a result of mastering the subject, the student: explains the concepts of inertial and non-inertial computing systems and defines their differences. analyzes the image properties of motion in non-inertial computing systems. explains the causes and physical nature of inertial forces. explains the centrifugal inertial force and its effects on rotating systems. analyzes the mechanism of the coriolis force and its effect on moving bodies. explains the application features of newton's laws in non-inertial systems. analyzes various mechanical phenomena and practical problems using inertial forces. evaluates the role of non-inertial systems in rotating systems, processes occurring on the earth's surface and technical devices. solve physical problems related to non-inertial computing systems and justify the obtained results
26. 3. organization of civil defense in industrial facilities
Independent workFacilities are reviewing civil defense plans, risk management and personnel training.
Open resource: 3. organization of civil defense in industrial facilities (opens in a new tab)27. 5. personal protective equipment and their application
Independent workTypes and use of respiratory, skin, eye and medical protective equipment are studied.
Open resource: 5. personal protective equipment and their application (opens in a new tab)Topic learning outcomes
- The student recognizes the types of personal protective equipment, explains their purpose and rules of use.
28. 6. protection devices and their operation
Independent workThe structure and rules of use of shelters and radiation shelters are being investigated.
Open resource: 6. protection devices and their operation (opens in a new tab)29. 7. rescue and other urgent works
Independent workThe organization of rescue operations, the operation of forces and means are studied
Open resource: 7. rescue and other urgent works (opens in a new tab)30. 8. natural disasters and their consequences
Independent workThe impact of earthquakes, floods, landslides, droughts and climate changes is analyzed.
Open resource: 8. natural disasters and their consequences (opens in a new tab)31. 9. first aid and evacuation of victims
Independent workTrauma, bleeding, fractures, burns, and CPR are explored.
Open resource: 9. first aid and evacuation of victims (opens in a new tab)32. 10. increasing the stability of industrial facilities
Independent workFactors affecting the stability of objects and engineering measures are studied.
Open resource: 10. increasing the stability of industrial facilities (opens in a new tab)33. 1. basics of civil protection
LectureBasic provisions of AR law "on civil protection". strategic goals and tasks of civil defense. the role of MM in the state security and risk management system. the principles of MM management in the ministry of education.
Open resource: 1. basics of civil protection (opens in a new tab)34. 2. MM forces: professional, volunteer and non-military units.
LectureCivil defense force structure and management levels. professional rescue units and their functions. voluntary civil defense formations and community-based participation. composition, duties and activities of non-military units. interaction of forces and coordination mechanisms in emergency situations
Open resource: 2. MM forces: professional, volunteer and non-military units. (opens in a new tab)35. 1. MM forces: professional, volunteer and non-military units.
SeminarOrganization of civil defense in industrial and infrastructure facilities. principles of construction of civil defense system in industrial enterprises. risk management approaches in critical infrastructure facilities. facility-level civil defense planning and response mechanisms. facility personnel preparation and training system. engineering-technical and organizational measures against man-made risks
Open resource: 1. MM forces: professional, volunteer and non-military units. (opens in a new tab)36. 3. emergency situations and their characteristics
LectureDefinition and classification of fh. man-made FH and classification. radiation dangerous objects and modern examples. radiation dose, dose rate and effects. ionizing rays: sources and mechanism of action. NPP accidents and radioactive contamination scenarios. chemically dangerous objects and substances. explosion, fire dangerous accidents, their management
Open resource: 3. emergency situations and their characteristics (opens in a new tab)37. 4. military emergencies
LectureModern military threats and hybrid risks. nuclear weapons and damage factors. chemical weapons and effects. biological (bacteriological) weapon. conventional means of destruction. consequences of military emergencies for the population and infrastructure
Open resource: 4. military emergencies (opens in a new tab)38. 5. natural emergencies.
LectureEarthquakes and seismic risks. floods and floods. landslides. hurricane, strong wind, snow avalanches. drought and extreme temperature events. risks caused by climate change
Open resource: 5. natural emergencies. (opens in a new tab)39. Fundamentals of civil defense
LectureBasic provisions of AR law "on civil protection". strategic goals and tasks of civil defense. the role of MM in the state security and risk management system. the principles of MM management in the ministry of education
Open resource: Fundamentals of civil defense (opens in a new tab)40. Fundamentals of civil defense
LectureBasic provisions of AR law "on civil protection". strategic goals and tasks of civil defense
Open resource: Fundamentals of civil defense (opens in a new tab)41. Fundamentals of civil defense
LectureBasic provisions of AR law "on civil protection". strategic goals and tasks of civil defense. the role of MM in the state security and risk management system. the principles of MM management in the ministry of education.