College of engineering, design, art and technology department of civil and environmental engineering revised programme of master of science in civil engineering




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MAKERERE UNIVERSITY

COLLEGE OF ENGINEERING, DESIGN, ART AND TECHNOLOGY

DEPARTMENT OF CIVIL AND ENVIRONMENTAL ENGINEERING
REVISED PROGRAMME OF MASTER OF SCIENCE IN CIVIL ENGINEERING (MSc CE)

DAY/ EVENING PROGRAMME

March 2011

Table of Contents


Table of Contents 2

1 Background to the Programme 6

2 Research and Development 6

3 The Programme 7

3.1 Target group 7

3.2 Admission Requirements 7

3.3 Nature of the Programme 7



3.3.1 Plan A 8

3.3.2 Plan B 8

3.4 Duration 8

3.5 Tuition Fees 8

4 Regulations 8

4.1 Course Assessments 9

4.2 Grading of Courses 9

4.3 Minimum Pass Mark 9

4.4 Calculation of Cumulative Grade Point Average (CGPA) 10

4.5 Progression 10



4.5.2 Probationary 10

4.5.3 Discontinuation 10

4.5.4 Re-taking a Course 10

4.6 Weighting System 10

4.7 Master’s Dissertation 11

4.7.1 Passing of a Dissertation 11

4.7.2 Revised Dissertation 11

4.8 Master's Project 11



4.8.1 Passing of a Project 11

4.8.2 Revised Project Report 11

4.9 Minimum Graduation Load 11

4.10 Knowledge Areas Covered in the Program 12

4.11 Content Distribution by Knowledge Area 12



5. Curriculum for the revised Master of Science in Civil Engineering 30

6 Detailed Curriculum 36

6.1 Semester I 36



6.1.1 RET7105 Statistics and Research Methods (3 CU) 36

6.1.2 MEC7101 Principles of Management (3 CU) 40

6.1.3 CIV7115 Advanced Concrete Materials (3 CU) 43

6.1.4 CIV7107 Advanced Structural Mechanics (3 CU) 44

6.1.5 CIV7108 Advanced Structural Design (3 CU) 44

6.1.6 CIV7116 Advanced Water Treatment (3 CU) 45

6.1.7 CIV7117 Air and Noise Pollution (3 CU) 48

6.1.8 CIV7118 Wastewater treatment and reuse (3 CU) 51

6.1.9 CIV7119 Advanced Soil Mechanics (3 CU) 53

6.1.10 CIV7120 Advanced Foundation Engineering (3 CU) 56

6.1.11 CIV7121 Static and dynamic Soil-Structure Interaction (3 CU) 57

6.1.12 CIV7113 Water Resources Management (3 CU) 58

6.1.13 CIV7114 Advanced Surface Hydrology (3 CU) 61

6.1.14 CIV7124 Statistical Analysis in Hydrology (3 CU) 62

6.1.15 CIV7112 Highway Geometric Design (3 CU) 63

6.1.16 CIV7122 Transport Systems Analysis (3 CU) 65

6.1.17 CIV7123 Airport Design (3 CU) 67

6.2 Semester II 69



6.2.1 EMT7201 Advanced Engineering Mathematics (3 CU) 69

6.2.2 MEC7203 Project Management (3 CU) 72

6.2.3 CIV7232 Structural Dynamics (3 CU) 75

6.2.4 CIV7233 Stability of Structures (3 CU) 76

6.2.5 CIV7236 Durability and Maintenance of Structures (3 CU) 77

6.2.6 CIV7255 Finite Element Method (3 CU) 78

6.2.7 CIV7256 Elasticity and Plasticity (3 CU) 79

6.2.8 CIV7257 Advanced Computational Mechanics (3 CU) 79

6.2.9 CIV7258 Analysis of Bridge Systems (3 CU) 80

6.2.10 CIV7259 Theory of Plates and Shells (3 CU) 81

6.2.11 CIV7260 Decentralised Water Supply and Sanitation (3 CU) 82

6.2.12 CIV7261 Solid waste Management and Recycling (3 CU) 84

6.2.13 CIV7263 Policy, Laws and Institutions in Environmental Management (3 CU) 87

6.2.14 CIV7264 Water Quality Management (4 CU) 89

6.2.15 CIV7238 Earth Structures (3 CU) 92

6.2.16 CIV7265 Ground Improvement (3 CU) 93

6.2.17 CIV7266 Laboratory and Field Soil Investigations (3 CU) 95

6.2.18 CIV7267 Slope Stability (3 CU) 96

6.2.19 CIV7268 GIS System for Water Resources (3 CU) 98

6.2.20 CIV7249 Hydraulic Engineering (3 CU) 100

6.2.21 CIV7252 Urban Hydrology (3 CU) 102

6.2.22 CIV7269 Hydrological Data Processing and Modelling (3 CU) 104

6.2.23 CIV7270 Groundwater Hydrology (3 CU) 106

6.2.24 CIV7243 Structural Design of Pavements (3 CU) 107

6.2.25 CIV7244 Performance and Rehabilitation of Pavements (3 CU) 109

6.2.26 CIV7245 Pavement Materials (3 CU) 111

6.2.27 CIV7246 Transportation Planning and Modelling (3 CU) 113

6.2.28 CIV7271 Mix design/Bituminous and Concrete (3 CU) 114

6.2.29 CIV7272 Traffic Systems Analysis (3 CU) 116

6.3 Semester III 117



6.3.1 CIV8101 Seminar Series (2 CU) 117

6.3.2 CIV8102 Advanced Reinforced Concrete (3 CU) 119

6.3.3 CIV8103 Behaviour and Design of Steel Structures (3 CU) 119

6.3.4 CIV8104 Fracture of Materials (3 CU) 120

6.3.5 CIV8105 Prestressed Concrete (3 CU) 121

6.3.6 CIV8106 Advanced Structural Dynamics (3 CU) 122

6.3.7 CIV8107 Continuum Mechanics (3 CU) 122

6.3.8 CIV8108 Constitutive Modelling of Materials (3 CU) 123

6.3.9 CIV8109 Boundary Element Method (3CU) 124

6.3.10 CIV8110 Mechanics of Composite Materials (3 CU) 125

6.3.11 CIV8111 Environmental Impact Assessments & Monitoring 126

6.3.12 CIV8112 Water Transport and Distribution (3 CU) 127

6.3.13 CIV8113 Planning for Community Water Supply and Waste Management (3 CU) 129

6.3.14 CIV8114 Groundwater Modelling (3 CU) 131

6.3.15 CIV8115 Environment and Development (3 CU) 133

6.3.16 CIV8116 Environmental Health and Waste Management (3CU) 135

6.3.17 CIV8117 Integrated Water Resources Management (3 CU) 137

6.3.18 CIV8118 Irrigation design and management (3 CU) 139

6.3.19 CIV8119 Hydropower Planning and Design (3 CU) 140

6.3.20 CIV8120 Water Resources Project Planning (3 CU) 141

7. Resources and Infrastructure 142

7.1 Source of Funds 142

7.2 Staff 142

7.3 Facilities 142



Appendix A. Departmental Academic Staff List 143

Appendix B. Full Time Staff who assist on the programme 143

Appendix C. Lecture and Laboratory space 144

Master of Science in Civil Engineering
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