1. Level 3
1.1. CIVE 3023 BIM Group Design Project
1.2. CIVE3018 Construction Practice
2. Level 4
2.1. CIVE4021 Group Design Project
3. Geotechnics
3.1. Level 1
3.1.1. CIVE1001 Geotechnics 1
3.2. Level 2
3.2.1. CIVE2043 G6 Geology
3.2.2. CIVE2005 Geotechnics 2
3.2.2.1. CIVE2043 H2 Strength Testing of Soils
3.3. Level 3
3.3.1. CIVE3012 Geotechnics 3
3.4. Level 4
3.4.1. CIVE4098 Geotechnical Modelling
4. Fundamental Engineering Skills
4.1. Level 1
4.1.1. CIVE1005 F5 University Skills
4.1.2. CIVE1005 F1 Technical Writing
4.1.3. CIVE1005 A3 Sketching
4.1.4. MTHS1009 Mathematical Methods for Civil Eng.
4.2. Level 1 & 2
4.2.1. CIVE1005/CIVE2043 B1 Algorithms
4.2.1.1. CIVE1005/CIVE2043 B3 Matlab
4.2.1.2. CIVE1005/CIVE2043 Phython
4.3. Level 2
4.3.1. CIVE2043 F4 Data Analysis & Presentation
4.3.2. MTHS2005 Advanced Mathematical Methods for Civil Engineering
4.4. Level 3
4.4.1. MTHS3001 Computerised Mathematical Methods in Engineering
4.4.2. MTHS3002 Advanced Mathematical Techniques in ODEs for Engineers
4.5. Level 4
5. Legend
6. Note: links to other themes within the curriculum map are not shown here since the skills under this theme underpin all major civil engineering disciplines.
7. Optional module
8. Compulsory module
9. Optional workshop
10. Compulsory workshop
11. Surveying
11.1. Level 1
11.1.1. CIVE1005 E1 Basic Principles of Engineering Surveying
11.1.2. CIVE1005 E2 Practice in Engineering Surveying
11.1.3. CIVE1005 E3 Surveying Field Course
11.2. Level 2
11.2.1. CIVE2043 E6 Surveying for BIM
11.2.2. CIVE2043 E4 Setting-out of Buildings
11.3. Level 3
11.3.1. CIVE3079 Advanced site Surveying
11.4. Level 4
11.4.1. CIVE4122 Advanced Setting-out
12. Transportation Infrastructure
12.1. Level 1
12.2. Level 2
12.2.1. CIVE2043 I3 Civil 3D
12.2.1.1. CIVE2043 J1 Introduction to Railway Engineering
12.2.1.2. CIVE1005 J2 Introduction to Highway Engineering
12.3. Level 3
12.3.1. CIVE3065 Trafic Engineering
12.4. Level 4
12.4.1. CIVE4037 Highway and Pavement Design
12.4.2. CIVE4036 Railway Technology
13. Level 2
13.1. CIVE2043 I1 Introduction to Revit
13.2. CIVE2041 Civil and Structural Steel Design Project
14. Management & Sustainability
14.1. Level 1
14.1.1. CIVE1005 D3 Ethics, Codes & Professional Qualification
14.1.2. CIVE1005 D6 Principles of Sustainability
14.1.3. CIVE1005 D5 H&S and CDM
14.2. Level 2
14.3. Level 3
14.3.1. CIVE3025 Engineering Risk Assessment
14.4. Level 4
14.4.1. CIVE4035 Sustainable Construction and Life Cycle Assessment
14.4.2. CIVE4096 Managing Infrastructure and Systems
15. Hydraulics
15.1. Level 1
15.1.1. CIVE1002 Hydraulics 1
15.2. Level 2
15.2.1. CIVE2006 Hydraulics 2
15.2.1.1. CIVE2043 H1 Hydraulics
15.3. Level 3
15.3.1. CIVE3063 Hydraulic Design
15.4. Level 4
15.4.1. Coastal Engineering
15.4.2. Environmental Fluid Mechanics
16. Structures and Materials
16.1. Level 1
16.1.1. CIVE1020 Structural Analysis 1
16.1.1.1. CIVE1005 H7 Mechanics for Civil Engineering
16.2. Level 2
16.2.1. CIVE2044 Structural Analysis 2
16.2.1.1. CIVE2043 I2 Introduction to Robot
16.2.2. CIVE2035 Fundamentals of Materials
16.2.2.1. CIVE2043 H3 Metallurgy & Welding
16.2.2.2. CIVE2043 G1 Microstructure of Materials
16.2.2.3. CIVE2043 H5 Testing Material Properties
16.2.2.4. CIVE2043 G3 Design: Timber
16.2.2.5. CIVE2043 G4 Design: Masonry
16.2.2.6. CIVE2043 H6 Concrete Mix Design
16.3. Level 3
16.3.1. CIVE3064 Concrete Design
16.4. Level 4
16.4.1. CIVE4104 Advanced Structural Design
16.4.2. CIVE4097 Advanced Structural Analysis
16.4.3. CIVE4094 Dynamics & Wind Engineering