Department Office Phone Number : 821-1224
Industrial and management engineering is a discipline that seeks to solve problems in all areas of society using scientific and engineering approaches but with a management mindset. Accordingly, various methods necessary to address all kinds of encountered in the industrial field are examined and explored in a systematic and logical manner.
Industrial and management engineering techniques are applied not only to production and manufacturing sites, but also to marketing, finance, and human resources to improve the quality and productivity of products and services, enable scientific business management activities, and enhance corporate competitiveness. In recent years, applications have extended to social engineering, which targets not only communication systems and information technology (IT), but also social welfare and cultural technology.
The Department of Industrial and Management Engineering aims to acquire the scientific management techniques necessary to optimize the design and operation of production, quality, information, and human-machine systems, to apply the acquired knowledge not only to manufacturing but also to the fields of telecommunications, IT, social welfare, and culture and arts, and to train advanced manpower to lead the improvement of the competitiveness of the entire society, including both public and private sectors, in the advanced information society of the 21st century.
Competency Category | Competency | Competency Definition | |
---|---|---|---|
Foundational Competency Areas | Data-Driven Decision-Making Competency | The ability to collect, process, analyze, and interpret diverse data, and to make rational decisions based on such analyses. | |
System Optimization Competency | The ability to utilize mathematical modeling and analytical techniques to enhance the performance of complex systems, and to derive optimal solutions under given constraints. | ||
Project and Problem-Solving Competency | The ability to manage complex projects effectively, solve problems creatively, and make decisions considering economic feasibility. | ||
Advanced Competency Areas | Smart Manufacturing and Logistics Systems Competency | The ability to optimize manufacturing processes and logistics operations using advanced digital technologies and intelligent automation systems, and to design, implement and operate productive and flexible production and logistics systems | |
Quality Management Competency | The ability to improve the quality of products and services for customer satisfaction | ||
Technology Management and Innovation Competency | The ability to understand fast-evolving technological trends and changes through various channels, establish business strategies based on these trends, and achieve | ||
Ergonomics and Work Design Competency | The ability to design efficient and secure work systems and products in consideration of human characteristics |