안전보건전공

Introduction to safety engineering is a curriculum that deals with accident prevention, reducing the risks associated with human error, and deriving safety benefits from engineered systems and designs (e.g. Chemical safety; System and working environment; Electrical safety; Machine safety; Construction safety). Because the purpose of safety engineering is to control risk by reducing or completely eliminating it.

Understanding of general knowledge and technique relating to smart safety management by studying safety culture, accident investigation, statistical method, industrial psychology and human engineering.

Safety Engineering Career exploration for learning how to navigate the future and career after graduation to help identify at an early stage aims.

This lecture emphasize the Safety in the view of the Chemical Engineering. Introduces the safety which is related in chemical engineering and through the lecture let the students to under stand the basic knowledge of chemical engineering safety.

Understand the knowledge and technique that can perceive, prevent and control the risk of system using scientific and engineering approaches.

Focusing on a learner-centered approach, this course involves investigating and analyzing disasters and accidents to determine their root causes. Using the smart safety technologies studied, students will propose smart disaster prevention solutions to mitigate risks and minimize damages. Through this process, they will cultivate creative, logical, and critical thinking skills while enhancing problem-solving abilities through teamwork and collaboration.

Learn about the overall knowledge and skills related to safety management. Design creative smart safety technology through engineering convergence based on the learned content.

The main objective of this course is to study the design of process engineering for safety through the hazardous material, explosion, fire protection and chemical engineering safety.

Study the knowledge and technique to prevent the industrial accidents in construction site: dangerous machinery and equipment for construction, protective equipment, safety facility and safety regulations.

After students graduate employment and Safety Engineering graduates for careers in the safety industry, invited experts and HR managers and corporate presentations to be held competencies required for the job. In addition to strengthening the employment skills of students through the writing, and consulting capacity on a regular basis. In addition to lectures by various employment programs.

The course is to demonstrate the safety analysis techniques to prevent the accident and investigate the case study on industrial accidents.

This course aims to develop practical skills and team project execution skills by using the basic theories of building disaster prevention such as building design, evacuation facilities, fire loads, fire compartments, and emergency elevators.

This lecture provided which occupational safety and health act explained a safeguard against dangerous machinary and equipments and types of safety devices and its operating principles.

This lecture deals with basic artificial intelligence technique actively used in smart electrical safety technology. Regression and classification model design, data preprocessing methods, neural networks, and introduction of the latest smart electrical safety technology are covered.

Understand the characteristic of human psychology and industrial psychology: application to safety management and safety education for preventing from industrial accidents.

Commissioned education to related industry to learn practices in the field.

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.

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.

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.

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.

The primary odjective of a course in mechanics of materials is the developement of relationships between the loads applied to a nonrigid body and the internalforces and deformations induced in a body. So this class lectures about force and deformation and the ralation between stress and strain.

Introductory AutoCAD is a basic level CAD course utilizing the Universally popular CAD software, AutoCAD. The primary objective of this course is to teach the student powerful tools and techniques for customizing AutoCAD, file maintenance, collaboration databases, and implementing CAD Standards.

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.

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.

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.

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.

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.

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.

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.

Understand the concept of smart cities, which are being actively adopted for the safe and efficient planning, construction, and operation of urban areas. Learn about the technologies integrated into smart cities, incorporating the Fourth Industrial Revolution technologies and various other fields, as well as related case studies. Through this, reflect on the requirements for safety management and disaster prevention throughout the entire lifecycle of smart cities, including construction, operation, and maintenance