소방방재전공

Understand the basics of fire phenomena and understand the principles of fire extinguishing equipment, alarm equipment, evacuation equipment, fire extinguishing water, and activity equipment, which are the main components of firefighting equipment.

Studying the organs of the human body and dealing with paralysis, artificial respiration, hemostasis, and poisoning that require emergency medical care, and lectures on the transport of emergency patients and the operation of emergency equipment.

Building Environment and Equipment are natural companions. It is impossible to understand the safety buildings without understanding their relationship to building environment and equipment. It is also impossible to understand the natural environment without knowing how human intervention affects it – both positively and negatively. Building Environment and Equipment encourages students to explore these relationships from a variety of perspectives.

Material science investigates the relationships between the structutres and properties of materials and material engineering is based on the relation, designing or engineering of materials to produce desired properties. So we try to know about the fundamental principle of materials, materials' behavior and materials' defects.

The main objective of this course is to study the definition of fluid mechanics for safety engineering and statics, kinemtics and dynamics.

This class intends to understand the basic principles of construction engineering including material engineering and structural engineering and end up to bring up safety manager for construction.

This lecture deals with the analysis methods of DC and AC circuits, which are the basics of electrical and electronics engineering. It aims to understand the characteristics of resistors, inductors, and capacitors, which are the basic elements that make up electric circuits and analysis methods for calculating voltage and current in complex circuits such as RC, RL, and RLC.

In this lecture, electric basics, electric field and magnetic field theory, basic circuit theory, and sequence control theory, which are the basis of analysis of electrical fire protection equipment, are covered. It aims to understand the operation principle and control method of electrical fire protection equipment.

Learn about firefighting agents such as water, foam, carbon dioxide, halogen compounds and powder, their physical and chemical properties, fire extinguishing applicability, fire extinguishing principles, manufacturing, storage, and usage.

The purpose of this course is to help students understand how to study in the future and their career path after graduation, focusing on topics such as understanding firefighting and disaster prevention and job introduction.

This course provides a computer programming language, fundamentals of engineering programming, basic numerical methods for modeling physical phenomena/engineering problems and numerically analyzing by using computers.

Structure of buildings such as hazardous materials manufacturing facilities, hazardous materials storage facilities, hazardous materials handling facilities, standards for hazardous materials storage tanks, facility standards for hazardous materials handling facilities, installation standards for fire-fighting facilities at hazardous materials manufacturing facilities, storage and handling standards for hazardous materials, etc.

Thermodynamics is the science that deals with heat and work and those properties of substances that bear a relation to heat and work. In this class, we will present thermodynamic laws and thermodynamic properties related to these laws and apply them to a number of representative examples. The object of student shoud be to gain both a thorough understanding of the fundamentals and ability to apply them to thermodynamic problems.

To understand matters that can enhance the understanding of building space evacuation planning and home fire protection design, and explain the performance-oriented design theory for each type of building, building law, building structure and material characteristics, and lecture on the matters necessary for building fire safety practice.

This course deals with the methods and theories of reducing the temperature below the ignition temperature or blocking the supply of oxygen to dilute oxygen concentration, removing combustible materials from the fire site, or blocking/suppressing the chain reaction of combustion.

The flow of smoke, effective ventilation method, installation standards, structure, and operating principle of ventilation equipment will be explained. Also lectures on how to solve problems that may arise, legal standards, and inspection methods.

Environmental management for caused by indystrial pollution reduce workers and nearby residents damage while a means to promote industrial development is very important. In addition, Teaching is going to have focuse on industrial hygiene field of essential of safety management. particularly, Focus on Learning is theory and related to practice of related to industrial hygiene of industrial poisoning, noise, vibration, and industrial ventiliation techniques.

Understand human nature to design equipment and devices that fit the human body and cognitive abilities and study the safety efficiency of man-machine system.

A lot of things students should know to start-up a business, so this class consists of feasibility analysis, business plan process, the founder funding strategy etc. and particularly financial accounting that has to be need to engineering students.

The chemical explosion phenomenon and the physical explosion phenomenon, which are rapid combustion of gas or powder among combustible materials, are classified and explained by types of explosion.

This course presents basic knowledge and methods necessary to prepare for employment or start-up, and through seminar-type classes, students are exposed to more practical content related to their major, which helps them to find employment and start a business in the future.

Predict fire damage and identify and interpret the process from fire occurrence to expansion and extinction. By making a virtual simulation by computer, we learn fire simulation by a reduced model, and learn and learn how to predict an actual fire from the interpretation of virtual measured data.

This course focuses on the theory and practical application of water-based and gas-based fire-fighting facilities to industrial sites, and learns to apply overall construction methods, installation standards, and design standards to actual firefighting practices.

Lectures are mainly focused on the principles of administrative operation under the current law, administrative legislation, administrative acts, administrative law and administrative coercion, administrative damage compensation, and administrative disputes.

One of reliability-based engineerings that deals with the study of reliability: the ability of a system or component to perform its required functions under given conditions for a specified period of time. It is often reported as a probability.

The communication theory starts with the types and characteristics of electromagnetic waves and deals with the basic concepts of signals such as wavelength, frequency, propagation speed, etc. In the course, basics of communication theory such as system configuration, modulation and demodulation (AM/FM), channel response analysis will be covered. The course gradually extends from the elements of communication to the entire communication system.

This course aims to develop practical skills and team project performance by utilizing the concepts of direct current, alternating current, and impedance knowledge of electric circuits, which are the basic theories of electric systems.

Focusing on the basic and mathematical theoretical courses on fire mechanics, students will learn general theories of phenomena related to fire behavior such as combustion, fire properties, fire growth stages, and diffusion.

Combustion/fire/explosion theory, fire overview and major case analysis, fire investigation overview, fire investigation system and fire investigation theory, fire causes and determination, psychology and status of arson/real fire crimes, arson, and actual fire investigation practices mainly lectures.

To systematically understand the planning and design theories and methods of urban disaster prevention to minimize the damage of various types of disasters due to urban high density and concentration, and learn planning methods through various disaster cases.

Describes the basic laws related to firefighting and how the laws are enacted and applied. In addition, it lectures on fire-related regulations, basic principles, and various legal actions for firefighters and organizations, and deals with the legal responsibilities and obligations of fire-related persons.

The course is to study creative and comprehensive capstone design course with construction safety. All the knowledge learned during the undergraduate course will be used to develop realistic understanding and conduct team project for construction safety.

Focusing on the dangerous substances stipulated in the Dangerous Substances Safety Management Act, learn about the hazard class, designated quantity, common characteristics, precautions for storage and handling, preventive measures, and fire extinguishing methods.

Through on-site training in the fire-fighting industry, the level of understanding of fire-fighting facilities is increased, and by understanding safety accidents and industrial accidents, and experiencing field experiences, it is possible to increase the practical expertise of fire safety safety.

Through on-site training in the fire-fighting industry, the level of understanding of fire-fighting facilities is increased, and by understanding safety accidents and industrial accidents, and experiencing field experiences, it is possible to increase the practical expertise of fire safety safety.