In the face of recent diversification in both domestic and international societies, which forecasts rapid changes in our country's social and environmental landscapes, higher education, especially in university settings, is increasingly demanding a higher level of competition and sophistication. In response to this, Architectural Engineering at Catholic Kwandong University aims to cultivate students' creativity to its fullest by providing balanced education that encompasses both technical and interpersonal skills, theory and practice. Furthermore, we seek to enhance the quality of universal architectural education and to actively contribute to the local community by utilizing regional characteristics and potential. This approach aims to nurture talents who can actively respond to both domestic and international competitiveness.
The architectural landscape, which has undergone quantitative expansion in the past, has rapidly evolved alongside the restructuring of industrial structures. This evolution signifies that the role of architecture, which contributed to the development of nations and regions from a productive perspective, is culturally maturing due to increases in national income and overall economic growth. Concurrently, efforts are expanding towards improving the quality of life. Additionally, with the advent of the information society, there is a trend towards further diversification and specialization in the field of architecture.
The model of university education demanded by a 21st-century knowledge-based society involves cultivating creative new intellectuals who can lead in an information-driven, globalized, and pluralistic society, as well as nurturing skilled professionals who can contribute to the development of the nation and local communities. Therefore, the educational objectives of programs that have a direct impact on the major curriculum are as follows:
Academic Year | Semester | Structural Engineering | Building Construction | Building Materials |
---|---|---|---|---|
1 | Spring | Fundamentals of Architectural Engineering | ||
Fall | Architectural CAD and BIM | |||
2 | Spring | Structural Mechanics | Scheduling for building construction | Building Materials Sciences |
Fall | Fundamentals of Building Structures | Construction Engineering | ||
3 | Spring | Reinforced Concrete Structures | Building Materials Testing and Design | Construction Management |
Fall | Structural Experiment Capstone Design | Construction Cost Estimation | Architectural Practice Capstone Design | |
Steel Structures | Remodeling | Quality Control | ||
4 | Spring | Computational Analysis and Practice | ||
Architectural Engineering Capstone Design I | ||||
Fall | Architectural Engineering Practice | |||
Architectural Engineering Capstone Design II |