CBRN Weapons
CBRN Weapons
Data is displayed for the academic year: 2025./2026.
Course Description
Teach students to apply theoretical knowledge and principles in the field of CBRN weapons and the influence of meteorological parameters on their performance. Explain to students the key concepts of CBRN contamination after the combat application of CBRN weapons.
Study Programmes
undergraduate
Chemical, Biological, Radiological and Nuclear Defence - course
(6. semester)
Learning Outcomes
- Summarize the term, division and features of CBRN weapons
- Identify and analyze the factors that influence on the use of CBRN weapons
- Explain the effects of CBRN weapons effects on environment and society
- Explain the term, discern and recognise the type of RBC contamination
- Analyze and compare the physical - chemical properties of warfare agents
- Explain the toxicological characteristics of warfare agents and assess their effects on living organisms
Forms of Teaching
Lectures
ex cathedra
Seminars and workshopsex cathedra
Work with mentorconsultation
Week by Week Schedule
- Lectures: Introduction to the course: content, location and significance of course in CBRN; CBRN weapons in general, their historical development: history, features CBRN weapons; Conventions: content and significance of the Chemical, Nuclear, Biological and Toxical Weapons Exercises: Seminar 1
- Lectures: Chemical weapons: features of the chemical weapons, division ofwarfare agents, equipment for use Exercises: Seminar 2
- Lectures: Physical-chemical properties of warfare agents: properties, reactivity and stability Exercises: Seminar 3
- Lectures: Toxicological features of warfare agents: defining toxicity, toxicology division and mechanism of action of poison gas, Symptoms, Treatment Exercises: Seminar 4
- Lectures: Chemical contamination: concept and features of chemical contamination, contamination of soil and atmosphere Exercises: Seminar 5
- Lectures: Nuclear weapons: features of the nuclear weapons, the types of radiation and nuclear explosions funding applications of nuclear weapons, nuclear weapons division of the action and intensity Exercises: Seminar 6
- Lectures: Radioactivity and radioactive decay: term radioactivity decay processes and units; radioactive contamination: concept and features of radioactive contamination; low dose: term low-dose radiation and their sources, the risk of long-term exposure Exercises: Seminar 7
- Lectures: Effects of the nuclear weapons: the kind of action a nuclear explosion and the effects on humans and materially technical resources Exercises: Seminar 8
- Lectures: Biological weapons: definition, characteristics, specific effects of biological weapons, types of biological war agents and means for transmitting and / or dissemination of biological war agents Exercises: Seminar 9
- Lectures: Biological warfare agents: basic characteristics of bacteria, viruses, rickettsia, and fungi; types and characteristics of toxins; genetic engineering in biotechnology: possibility of obtaining modified organisms Exercises: Seminar 10
- Lectures: The most important infectious diseases whose causes could be used as biological warfare agents: bacterial, viral, fungal and rickettsial diseases and poisoning toxins Exercises: Seminar 11
- Lectures: Biological contamination: concept and features of biological contamination, contamination of the environment Exercises: Seminar 12
- Lectures: Meteorology, meteorological elements and phenomena: the concept and mission of meteorology, atmosphere - composition and characteristics, meteorological phenomena, meteorological elements Exercises: Seminar 13
- Lectures: The influence of meteorological elements and phenomena to the planning of the using and the effects of CBRN weapons (influence of meteorological elements and phenomena in chemical, nuclear and biological weapons) Exercises: Seminar 14
- Lectures: Countering Improvised Explosive Devices C-IED (C-IED basics, place and role of gender CBRN in C-IED, Glossary and abbreviations (NATO CBRNdictionary of terms and definitions) Exercises: Seminar 15
Literature
S. Bokan, I. Jukić, Z. Orehovec, M. Radalj, B. Ilijaš, A. Čižmek (2004.), Oružja za masovno uništavanj: nuklearno, kemijsko, biološko i toksinsko oružje, Pučko otvoreno učilište, Zagreb
- (2003.), AJP-3.8-ALIDE JOINT DOCTRINE FOR NBC DEFENCE, NATO Standardization Agency, Brussels, Belgium
For students
General
ID 282218
Summer semester
6.0 ECTS
L0 English Level
L1 e-Learning
75 Lectures
15 Seminar
