Small But Strong Outstanding University

Professor’s Profile

Jung Jae-cheon

  • Major : Nuclear and Quantum Engineering
  • Professor Professor/Head, R&D and Business Foundation
  • Office : Room 417, Main Bldg
  • Phone : +82-52-712-7309
  • Email : jcjung@kings.ac.kr

Educational Background

Ph.D., Nuclear and Quantum Engineering, KAIST (2003.2)
M.S., Nuclear and Quantum Engineering, KAIST (1997.2)
B.S., Electrical Engineering, Myungji University (1997.2)

Professional Experience

Engineering Group Supervisor, NSSS Division, Instrument and Control Engineering Group, KEPCO E&C (1997.1-2010.9)
Team Leader, Project Development Team, KAERI (1995.5-1996.12)
Senior Engineer, Hanaro Research Reactor Technical Management Department, KAERI (1990.7-1995.4)

Research

-

-

-

-

-

-

Lab Members

  • 김해경(Kim Hae-kyung)
  • 김남철( Kim Nam-chal)
  • Michael Ngbede Utah
  • Oluwasegun Olaide Adebena

Radioactive Waste and Spent Fuel Management

  • -

Introduction To the Courses

Simulation based APR I&C System

- Course Description:

This course is designed to cover the I&C (Instrument and Control) system for APR1400. This is the class to know much about the system functions and its operation. Student will be encouraged to acquire the following skills and knowledge that are pertinent to study the upper level of NPP system design

APR Man Machine Interface System Design

- OBJECTIVE OF PROJECT COURSE

This is a project based course for NPP (nuclear power plant) I&C system design. The students will learn the technical domain knowledge for I&C system as well as the practical know-why that is essentially required for I&C system design. 
        The project deals with Licensing Issues, Design Issues, and V&V Issues that are indispensable to Safety Critical I&C system design. Moreover, it includes more specific technical issues such as; design bases, defense in depth and diversity, failure consideration to cope with both man-made and natural hazards. Students will experience how APR1400 I&C system will effectively suppress those hazards without making any safety issues. Moreover, students will be inspired how to design and construct safer NPP which is freed from the disastrous accident. 
        To accomplish the goal, the methodology of reverse engineering and re-engineering will be applied. The reverse engineering is to evaluate the current system design and to elicit the requirement for the design improvement. Then those requirements are analyzed using reengineering method for bringing new and advanced system design. In addition, the project is based on the team-teaching and learning principle. The role of professor is to guide how to operate the subject rather than to teach subject in the class. Faculty will be a facilitator and to be a member of project team which is led by project leader. The role of project leader who is assigned among the students is crucial since he is asked to organize and operate the subject unit with facilitator. 

I&C Design and Analysis

- Course Description:

This course is designed to provide the methods and tools for whom wants to get a competence of analyzing and synthesizing the Safety related MMIS system. The course is operated to understand how the system design activity is defined through functional decomposition and allocation of the requirements.

Publications, Projects and Awards

2014

[13] Systems Engineering Approach to RCM of Containment Spray Pump, Journal of Korea Society of Systems Engineering (2014. 12)

[12] Development of architecture for digital I&C system using C4ISR framework, Nuclear Safety and Simulation (2014.9)

[11] Design of the Digitalized Automatic Seismic Trip System for Nuclear Power Plants Using the Systems Engineering Approach, Nuclear Engineering and Technology (2014, 4)

[10] Selection of AE Concept for BMSMR using Systems Engineering, Journal of Korea Society of Systems Engineering (2014.6)

[09] Concept Definition of SMR RCS using Systems Engineering, Journal of Korea Society of Systems Engineering (2014.6)

[08] A Study on the Methodology of Traceability Analysis and Visualization between Non-standardized documents, Journal of Korea Society of Systems Engineering (2014.6)

2013

[07] NPP Site Selection: A Systems Engineering Approach, Journal of Korea Society of Systems Engineering (2013.6)

 

2009

[06]"3+3 Process" for Safety Critical Software for I&C System in Nuclear Power Plants, Nuclear Engineering and Technology (2009.2)

2006

[05]An Improved Method for Reactor Coolant Pump Abnormality Monitoring using Power Line Signal Analysis, Nuclear Engineering and Design (2006.6)

2005

[04]Estimation of Flow Profile Correction Factor of Transit Time Ultrasonic Flow Meter for Feed-water Flow Measurement in Nuclear Power Plant, IEEE Transaction of Nuclear (2005.6)

2004

[03]Algorithm Automation for Nuclear Power Plant Loose Parts Monitoring System, Nuclear Engineering and Design (2004.5) 

[02]Application of an Integrated Power Line Signal Analysis Methodology to the Detection of Major Rotating Machine Abnormalities in NPPs, Nuclear Engineering and Design (2004.1)

2003

[01]Error Analysis in Improved Motor Control Center Method for Stem Thrust Estimation of MOVs in Nuclear Power Plants 2003, IEEE Transaction of Nuclear (2003.6)

Projects

-

Galleries