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School of Architecture & Building Science
Graduate School
Architectural Engineering Curriculum
Master’s Course
- Credit needed to graduate: 30 credits from total of 10 subjects, 2 credits from major studies
- Curriculum Structure: 1 co-requisite, must complete at least 1 compulsory mandatory subject per major detail.
- Cannot sign up for the same subject with the same professor or lecturer exceeding 3 times.
| Classification | Architectural Theory and Design | Urban Design and Housing | Architectural Environmental Planning |
|---|---|---|---|
| Initiative Subjects [Complete 5 courses] | Structural Dynamics(1), Environmental Engineering(1), Architectural Execution(1), Architectural Equipment(1), Reinforced Concrete Structural Design(1), Steel Structure Design(1), Building Cost estimation, Intensified Engineering Data Processing, Architectural systems design(1), Architectural systems design (2) | ||
| Co-requisite Subjects [Complete 1 course] | Statistics | ||
| Mandatory Subjects [Complete 1 course] | Construction Management Theory, Building Operation Planning and Management, Construction Project Cost Management | Elasticity Theory, Reinforced Concrete Engineering Specificity Theory, Steel Structure Specificity Theory | Building Equipment Planning, Building Equipment Study, Building Energy Analysis |
| Major Elective Subjects | Construction Management Specificity Theory, Architectural Quality Management, Construction Safety Management, Value Engineering Theory, Construction Contract Theory, Construction Information Management, Building Economics, Construction Equipment Application and Productivity Analysis, Construction Techniques Seminar, Construction Research Seminar, Construction Cost Estimation and Analysis, Architectural Construction Management, Construction Risk Management, Construction Automation, Construction Marketing, Facility Management, International Construction, Construction Administrative Strategy | Concrete Material Specificity Theory, Structural Study Theory, Special Construction Study, Numerical Analysis Method, Finite Element Method, Computer Structure Analysis , Wooden Structure Planning, Optimal Design Planning, Frame Analysis, Structural Study Methodology, Seismic Design, Structural Stability Theory, Structural Vibration Study, Inelastic Analysis, Theory of Plate and Shell , Architectural Structure Experiment, Material Dynamics Specificity Theory, Composite Structures, Pre-stressed Concrete Structures, Building Construction Systems Design, Matrix Structure Analysis, Plastic Design, Structural Dynamics Specificity Theory, Nonlinear Elasticity Theory, Continuum Dynamics Theory, Architectural Buckling Theory, Structural System and Planning, Structural Design Seminar, Architectural Structure Reliability Analysis, Large Enclosures Structures , Fundamental Engineering | Air Conditioning Installation Specificity Theory, Architectural Environment Experiment, Planning Air Environment in Buildings, Zero Energy & Zero Energy Emission Architecture Planning, Electricity and Lighting Systems, Architectural Acoustics Planning, New Regeneration Energy Using Building Planning |
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Doctor’s Course
- Credit needed to graduate: 30 credits from total of 10 subjects, 4 credits from major studies
- Curriculum Structure: 1 co-requisite, must complete at least 1 compulsory mandatory subject per major detail
- Cannot sign up for the same subject with the same professor or lecturer exceeding 3 times.
| Classification | Architectural Theory and Design | Urban Design and Housing | Architectural Environmental Planning |
|---|---|---|---|
| Initiative Subjects [Complete 3 courses] | Construction Management Theory, Planning and management of building construction, Management of construction cost | Elasticity Theory, Concrete Engineering Specificity Theory, Steel Structure Specificity Theory | Building Equipment Planning, Building Equipment Study, Building Energy Analysis |
| Co-requisite Subjects [Complete 1 course] | Architectural Research Methodology | ||
| Mandatory Subjects [Complete 1 courses] | Construction Management Theory, Building Operation Planning and Management, Construction Project Cost Management | Elasticity Theory, Concrete Engineering Specificity Theory, Steel Structure Specificity Theory | Building Equipment Specificity Theory, Building Energy Analysis Specificity Theory, Building Environment Seminar |
| Major Elective Subjects | Construction Management Specificity Theory, Architectural Quality Management, Construction Safety Management, Value Engineering Theory, Construction Contract Theory, Construction Information Management, Building Economics, Construction Equipment Application and Productivity Analysis, Construction Techniques Seminar, Construction Research Seminar, Construction Contract Management, Construction Crew Management, Construction Technology Management Theory, Construction Marketing, Facility Management, International Construction, Construction Administrative Strategy | Concrete Material Specificity Theory, Structural Study Theory, Special Construction Study, Numerical Analysis Method, Finite Element Method, Computer Structure Analysis, Wooden Structure Planning, Optimal Design Planning, Frame Analysis, Structural Study Methodology, Seismic Design, Structural Stability Theory, Structural Vibration Study, Inelastic Analysis, Theory of Plate and Shell, Architectural Structure Experiment, Material Dynamics Specificity Theory, Composite Structures, Pre-stressed Concrete Structures, Building Construction Systems Design, Matrix Structure Analysis, Plastic Design, Structural Dynamics Specificity Theory, Nonlinear Elasticity Theory, Continuum Dynamics Theory, Architectural Buckling Theory, Structural System and Planning , Structural Design Seminar, Architectural Structure Reliability Analysis, Large Enclosures Structures, Fundamental Engineering | Thermal Environment Specificity Theory, Air Environment in Buildings Seminar, Cutting edge Building Equipment Seminar, Architectural Acoustics Specificity Theory, Zero Energy Emission Architecture Specificity Theory, New Regeneration Energy Using Building Seminar |
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Combination of the Master’s and Doctor’s Course
- Credit needed to graduate: 60 credits from total of 20 subjects, 4 credits from major studies
- Curriculum Structure: 2 co-requisite, must complete at least 1 compulsory mandatory subject per major detail
- Cannot sign up for the same subject with the same professor or lecturer exceeding 6 times.
| Classification | Architectural Theory and Design | Urban Design and Housing | Architectural Environmental Planning |
|---|---|---|---|
| Initiative Subjects [Complete 5 courses] | Structural Dynamics(1), Environmental Engineering(1), Architectural Execution(1), Architectural Equipment(1), Reinforced Concrete Structural Design(1), Steel Structure Design(1), Building Cost estimation, Intensified Engineering Data Processing, Architectural systems design(1), Architectural systems design (2) | ||
| Co-requisite Subjects [Complete 2 courses] | Statistics, Architectural Research Methodology | ||
| Mandatory Subjects [Complete 1 course] | Construction Management Theory, Building Operation Planning and Management, Construction Project Cost Management | Elasticity Theory, Concrete Engineering Specificity Theory, Steel Structure Specificity Theory | Building Equipment Specificity Theory, Building Energy Analysis Specificity Theory, Building Environment Seminar |
| Major Elective Subjects | Construction Management Specificity Theory, Architectural Quality Management, Construction Safety Management, Value Engineering Theory, Construction Contract Theory, Construction Information Management, Building Economics, Construction Equipment Application and Productivity Analysis, Construction Techniques Seminar, Construction Research Seminar, Construction Cost Estimation and Analysis, Architectural Construction Management, Construction Risk Management, Construction Automation, Construction Contract Management, Construction Crew Management, Construction Technology Management Theory, Construction Marketing, Facility Management, International Construction, Construction Administrative Strategy | Concrete Material Specificity Theory, Structural Study Theory, Special Construction Study, Numerical Analysis Method, Finite Element Method, Computer Structure Analysis, Wooden Structure Planning, Optimal Design Planning, Frame Analysis, Structural Study Methodology, Seismic Design , Structural Stability Theory, Structural Vibration Study, Inelastic Analysis, Theory of Plate and Shell, Architectural Structure Experiment, Material Dynamics Specificity Theory, Composite Structures, Pre-stressed Concrete Structures, Building Construction Systems Design, Matrix Structure Analysis, Plastic Design, Structural Dynamics Specificity Theory, Continuum Dynamics Theory, Continuum Dynamics Theory, Architectural Buckling, Structural System and Planning, Structural Design Seminar, Architectural Structure Reliability Analysis, Large Enclosures Structures, Fundamental Engineering | Thermal Environment Specificity Theory, Air Environment in Buildings Seminar, Cutting edge Building Equipment Seminar, Architectural Acoustics Specificity Theory, Zero Energy Emission Architecture Specificity Theory, New Regeneration Energy Using Building Seminar |
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