Szkoła Główna Służby Pożarniczej w Warszawie

The Main School of Fire Service in Warsaw
Faculty of Fire Safety Engineering
Academic year 2014/2015
DESCRIPTION OF INDIVIDUAL COURSE UNIT/MODULE
Cycle of study
Engineer degree studies – 2-nd cycle of studies
Semester: II
Subject area code: OL
Status: mandatory
Civil Safety Engineering
Form of study: full-time/extramural
Language of instruction: English
Specialty track:
Teaching
Completion
ECTS Credits: 2
methods/
methods
teaching load
Full-time studies:
Lecture:
Total: 2
Module/course name:
Lecture – 30h
mark
Teaching
Lecture:
Civil Protection
load
Exercises:
Students’ own effort
Module/course unit coordinator: Mariusz Mazurek, PhD
Responsible teacher: Mariusz Mazurek, PhD
Field of study:
1
1
1. Preresiquites:
General knowledge concerning civil safety engineering, functioning of safety and security systems on a
national level, organization of rescue systems, crises management theory.
2. Description of learning outcomes:
1. General presentation of concepts, definitions and problems connected with the civil protection.
2. The acquisition of knowledge and skills to solve some problems with natural and technological
disasters to protect civilians, choose the individual mask and collective equipments, and elimination
of the contaminations.
3. Introduce students with the basic principles of the prediction for contamination by the different
methods: e.g. ATP-45B, including ROTA method.
3. Detailed description of learning outcomes:
Major
Learning
Learning outcomes
Outcomes
Code
Knowledge
OL_W1
OL_W2
OL_W3
OL_W4
OL_W5
The student has a general knowledge necessary for the
understanding of contemporary civilization risks, their
prevention and elimination.
The student has an elementary knowledge of the rescue
activities, the cooperation and coordination of civil protection
actions.
The student has a basic knowledge in the field of national and
international law concerning the civil protection.
The student has knowledge about the spread models of the
natural and technological risks, including earthquakes,
emissions of chemical, biological, and isotopic substances,
and others.
The student has knowledge of the principles and functioning
of the national system for fire-fighting rescue.
Faculty Learning
Outcomes Code
K_W01
K_W08
K_W09
K_W10
K_W11
OL_W6
The student has a basic knowledge of legal aspects of the
responsibility for the security of private property.
OL_W7
The student has an elementary knowledge of methods and
devices to the decontamination.
OL_W8
The student has knowledge of EU civil protection projects,
financial instruments and rule of innovation projects.
Skills
OL_U1
The student can obtain information from literature, databases,
and other sources, associate with each other, make their
critical analysis and interpretation, as well as draw
conclusions and formulate and justify opinions.
OL_U2
The student has the ability to be self-learning, among others
in order to raise the professional competence.
OL_U3
The student can detect issues of international humanitarian
aid during formulating and solving problems of safety
engineering.
OL_U4
The student is prepared to work on the system of security and
civil protection.
OL_U5
The student recognizes and analyzes of contemporary
disasters, both natural and technological, and the reasons of
their occurrence.
OL_U6
The student can organize the rescue operations in a way that
is safe for rescue workers and affected people.
Social competences
OL_K1
The student can thinks and acts in any variety conditions of
disasters.
OL_K2
The student understands the non-technical aspects and impact
of the activities carried out within the framework of wider
security. He also understands their impact on the
environment and related to the responsibility for the
decisions.
OL_K3
The student recognizes the validity of decision-making while
performing official duties.
4. Detailed course program:
No.
Course content
1
2
3
4
K_W15
K_W22
K_W23
K_U01
K_U04
K_U05
K_U09
K_U11
K_U19
K_K04
K_K06
K_K07
Learning outcomes of
the Course or Module
ANALYSIS OF THE BASIC CONCEPTS OF THE SUBJECT. OL_W1, OL_W3,
Terms related to civil protection and civil defence. The phenomenon OL_W4, OL_U1,
of the threats and disasters. The role of the legislation on civil OL_K1, OL_K2
protection and its importance.
EUROPEAN STRATEGY FOR CIVIL PROTECTION AND OL_W3, OL_W8,
CIVIL DEFENCE. General assumptions. Regional aspects of civil OL_U1, OL_U2,
protection. The basic of European law. Monitoring and Information OL_K1, OL_K2,
Centre. The Financing Mechanism. EU Missions. NATO's civil OL_K3
emergency planning. The main platform of civil protection. Civil
protection in the selected EU countries. Types of European tasks and
projects.
THE NATIONAL STRATEGY OF CIVIL PROTECTION AND OL_W3, OL_U1,
CIVIL DEFENSE. Objectives and tasks of the civil protection and OL_U2, OL_K2,
civil defense in Poland. Organizational structure. Database and OL_K3
ARCUS program. The bill of Civil Protection. Polish cooperation in
the international arena.
EMERGENCY RESPONCE STRATEGY. Identification and OL_W1, OL_W4,
analyses of natural or man-made risks. Systems of NBC detection. OL_W7, OL_U1,
Civil protection equipments. Technical ways of decontamination. OL_U2, OL_U5,
Principles of forecasting the biological, chemical and radioactive OL_U6, OL_K1,
contaminations by ATP-45B and ROTA methods.
OL_K3
5
CIVIL PROTECTION DURING NATURAL DISASTERS AND OL_W4, OL_W6,
CATASTROPHES. Civil protection tasks during peace time. Civil OL_U1, OL_U4,
protection tasks during the war. The behavior of the population after OL_U5, OL_K1,
the announcement of the alarm signals. The provision of personal OL_K3
and thing services.
6
THE ROLE AND TASKS OF THE NATIONAL FIRE RESCUE OL_W2, OL_W5,
SYSTEM (KSRG). The internal strategy of security and protection. OL_U1, OL_U4,
The national emergency system. Civil protection sphere. Phone 112. OL_U6, OL_K1,
Emergency services management. The Structure of KSRG. OL_K3
Coordination of actions for numerous and mass events. Ways to
segregate the affected people. Civil and legal contracts.
7
THE ORGANISATION OF HUMANITARIAN AID. History of red OL_W3, OL_W8,
cross and red crescent movements. International humanitarian OL_U1, OL_U3,
treaties. Geneva Conventions. The humanitarian laws and activities. OL_K2, OL_K3
The cooperation and coordination of rescue actions.
5. Teaching methods:
Lecture – discussion, talk, problem method, multimedia presentation
6. Student’s own effort:
Study of subject literature. Detailed recognition of the issues presented at the lecture. Preparing for the
substantive issues relating to different exercises. The essential yourself preparation to classes. Preparing in
order to pass the lectures and to pass the exercises.
7. Recommended reaings:
1. Emergency response guidebook, Canada 2012, 392 pages.
2. F. R. Krynojewski, Obrona cywilna Rzeczpospolitej Polskiej. Zarządzanie bezpieczeństwem, Wyd.
Difin, Warszawa 2012.
3. R. Szepke, 1000 słów o atomie i technice jądrowej, Wyd. MON, Warszawa 1972.
4. Z. Witkiewicz (red.), 1000 słów o chemii i broni chemicznej, Wyd. MON, Warszawa 1987.
5. K. Chomiczewski i in., Epidemiologia działań wojennych i katastrof, Wyd. Alfa-medica press,
Bielsko Biała 2001.
6. Metodyka oceny sytuacji skażeń promieniotwórczych, biologicznych i chemicznych ATP-45, MON
2002.
7. W. Kitler, Obrona cywilna III RP, Wyd. Akademii Obrony Narodowej, Warszawa 2001.
8. Supplementary readings:
1. M. Flemming, Podstawowe zasady Konwencji Genewskich i ich protokołów dodatkowych, Wyd.
Ośrodek Upowszechniania Międzynarodowego Prawa Humanitarnego, Warszawa 1993.
2. Przewodnik: Zasady postępowania ratowniczego – ERG 2000.
3. J. Lemański, D. Marczyński, S. Zabawa (red.), Organizacja ochrony ludności w Polsce ze
szczególnym uwzględnieniem rozwoju ratownictwa, Wyd. Zrzeszenie Inżynierów i Techników
Sanitarnych, Piła 2000.
4. J. Wolanin, Zarządzanie bezpieczeństwem: wybrane zagadnienia ochrony ludności, Wyd. Fundacja
Edukacja i Technika Ratownictwa, Warszawa 2002.
5. T. Jemioło, Broń masowego rażenia, Wyd. Akademii Obrony Narodowej, Warszawa 2004.
9. Completion method:
Lecture: Based on the colloquium lectures and developed areas.
10. Description of final grade calculation method:
Learning outcomes
Method of calculation
Lecture
Exercises
OL_W1
x
OL_W2
OL_W3
OL_W4
OL_W5
OL_W6
OL_W7
OL_W8
OL_U1
OL_U2
OL_U3
OL_U4
OL_U5
OL_U6
OL_K1
OL_K2
OL_K3
Date:
Date:
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
x
Signature of responsible teacher/head of
department:
Dean’s signature: