Master of Engineering in Civil Engineering
Coursework Program
Full Time : 1 – 2 years
Part Time : 2 – 4 years
40 Credit Hours
Course overview
The Master of Engineering (Civil) programme was designed to meet the continual professional
development needs of professional engineers and the industry. One of the stated educational objectives
is “to produce graduates who are able to become experts in a specific field in Civil Engineering”. To help
achieve this, the programme offers four module of specialisations, i.e. 1) Structural and Composite
Constructions, 2) Sustainable Water Resources, 3) Geotechnics, and 4) Transports. A candidate is
required to complete a programme of study consisting of 33 credit hours (11 courses) of course works obtaining a minimum CGPA of 3.0 and, a total of 12 credit hours by satisfactorily completing Research Project 1 and Research Project 2. The eleven (11) courses consist of one (1) citra university course, two (2) core courses, four (4) compulsory module courses and four (4) electives module courses chosen from the list provided for the respective field of specialization. The course coordinator will assist in the selection of elective courses. The introduction of specialisations not only clearly satisfy the educational objective and learning outcome but it also assists graduates to secure jobs in their areas of interest. Through the compulsory and elective courses offered in this programme also provides flexibility in constructing an educational programme to meet the needs of students and employers.
Academic Requirements
CGPA 2.50 and above from recognized university; or
CGPA 2.00 – 2.49 from recognized university with at least 5 years working experience; or
Minimum CGPA 3.00 from recognized university with non-engineering background; or
CGPA 2.99 and below from recognized university with non-engineering background and 5 years working experience.
Graduation Requirements
Course evaluation conducted without final examination.
Core Courses
Research and Innovation Methods
Research Project 1 & 2
Innovation in Building Materials and Structures
Urban Water Modelling
Geotechnical Testing and Instrumentation
Road Construction Design and Materials
Project Management and Implementation
Elective Courses
Advanced Structural Theory
Finite Element Methods in Structural Engineering
Extreme Loads on Structures
Design of Prestressed Concrete Structures
Design of Advanced Reinforced Concrete Structures
Tall Buildings and Wind Engineering
Bridge Structure
- Forensics, Evaluation and Maintenance of Concrete Structures
- Slopes and Retaining Structures
- Design of Composite Steel and Concrete Structures
- Advanced Basic Engineering
- Surface Water Hydrology
- Sediment Transport
Advanced Groundwater Engineering
Geospatial Technology
- River Engineering
- Water Resources Planning
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