MSc in Structural Engineering
School of Engineering

MSc in Structural Engineering

MSc in Structural Engineering
School of Engineering

MSc in Structural Engineering

PROGRAM DETAILS

Duration18 months (full time)

Fees
€9,000 for whole program

LanguageEnglish

CampusNicosia

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Qualification Awarded Master (MSc) in Structural Engineering
Level Of Qualification Master (2nd Cycle Degree)
Offered by Department of Civil Engineering
Mode of Study Full Time or Part Time

The MSc in Structural Engineering program of study provides the opportunity to Civil, and other relevant engineering degree holders a fast-track approach towards a professional career in the area of Structural Engineering as it applies to Civil Engineering structures. This is a highly concise and practical program geared towards providing the state-of-the-art skills necessary for immediate entering or reentering practice at the highest level. The MSc in Structural Engineering aims to provide further technical knowledge in the area of structural engineering and it is intended to provide the educational platform to encourage the development of competent, confident, articulate, numerate and inquisitive postgraduates who are able to link theory with practice; hence postgraduates can look forward to playing a leading role in the profession providing for the safety and welfare of the public.

The program covers fundamental and modern structural engineering subjects providing a combination of analytical and design topics as well as experimental techniques and the use of computers reflecting current and likely future practice. The analytical work will include the theoretical framework of the matrix methods and the use of modern structural analysis software leading to the development of problem solving skills for the analysis of complex engineering structures. The design-related subjects will be taught in accordance with the latest European and national regulatory and legal framework (Euro codes), which provide the most up-to-date specialized knowledge and technical competences.

The successful completion of the program requires the completion of a thesis covering a topic related to structural engineering. The research activities involve combinations of experimental, numerical and theoretical work. Research will be promoted by means of encouraging the development of collaboration networks between the university and other academic and social partners on a local, regional (Mediterranean) and international level. The establishment of such networks is critical as a means of acquiring experience, achieving effective exploitation of research results, good practice examples and innovation.

The language of instruction is English.

Upon successful completion of this program, the students should be able to:
1. Acquire the ability and skills to analyze and design civil engineering structures as professional Structural Engineers
2. Provide the engineering and scientific background for further studies or research
3. Provide further knowledge of engineering principles and develop an ability to interpret and evaluate structural engineering problems
4. Obtain an in depth comprehension of the European and national regulatory and legal framework (Euro codes and National Annexes)
5. Develop detailed knowledge on the assessment of the structural integrity of buildings
6. Understand the techniques of structural modelling and use a significant range of analysis and design software skills
7. Understand the properties and applications of modern materials, equipment and methods of construction of civil engineering structures
8. Evaluate the dynamic and earthquake behavior of structures
9. Design and create innovative structural configurations
10. Plan and execute a significant project of research, investigation or development within the context of structural engineering
11. Critically review existing practice and develop original and creative solutions to problems
12. Communicate and work effectively with peers and academic staff in a variety of tasks, demonstrating appropriate levels of autonomy and responsibility
13. Be capable of using research results in education, within their professional environments and in society
14. Work independently to acquire knowledge, review and evaluate current research results and conduct individual research
15. Be able to gather information about the main local and international funding opportunities for participating in research consortiums and funded research

The MSc in Structural Engineering is developed to meet the needs for education in the field of structural engineering by providing the skills needed to key professionals, who are or will be active in the private sector, in governmental institutions and local authorities and as consultant engineers.

Specifically, the proposed program will provide the skills for:
- Engineers who have recently completed their Bachelor studies in Civil Engineering or a related engineering discipline and seek a higher and focused education before entering the market
- Engineers who have recently completed their Bachelor studies in civil engineering or a related engineering discipline and seek to get involved in research and acquire an MSc before pursuing a PhD degree
- Engineers who wish to engage in consulting in structural engineering
- Professionals with experience in the field, who wish to extend their knowledge and place emphasis on the topics covered by the programme
- Professionals from public and semi-public organisations, whose work is related to structural engineering and related legislation

Specific Admission Requirements
Candidates’ minimum qualifications for admittance to the program are:
- Bachelor's Degree from an accredited University in Civil or any related engineering field
- Fluency in English

In the case that the number of candidates may be greater than the maximum number of students that can be admitted to the program, additional criteria for the selection of the students would be:
- Bachelor's degree overall Grade Point Average (GPA);
- Professional experience
- Knowledge and experience in the use of information and communication technologies

Eligible candidates will be selected and admitted to the Programme, after a personal interview. The interviews will be conducted by an evaluation committee, formed by the Program Coordinator (chair of the committee) and two members of the program’s teaching staff.

Recognition of Prior Learning
There are no specific arrangements for recognition of prior learning for this Program. Candidates can be granted transfer credits according to the general arrangements for recognition of prior learning of the University.
Examination Regulations, Assessment and Grading
There are no specific examination regulations, assessment and grading methods employed by this Program. The examination regulations, assessment methods and grading system for this Program are the same as the relevant general university regulations.

Graduation Requirements
Students are eligible for graduation after successfully completing 90 ECTS credits in the courses listed in the Program Structure.

Furthermore, a student can graduate only if their CGPA is greater or equal to 5.00 out of 10.00. Graduating students with a CGPA less than 5.00 might have to take extra courses or repeat a number of courses in order to improve their grades.

Access to Further Studies
Graduates of the program are expected to be accepted to doctoral (PhD) programs in fields relevant to its core aims.
Module Group
ECTS

The student must successfully complete 53 ECTS, from the following list of modules:

No.CodeNameECTSHours / week
1CES505COMPUTATIONAL MECHANICS AND APPLICATIONS73
2CES510ADVANCED STRUCTURAL DYNAMICS73
3CES515ADVANCED TOPICS IN CONCRETE STRUCTURES73
4CES520ADVANCED TOPICS IN STEEL STRUCTURES73
5CES525FRACTURE MECHANICS AND APPLICATIONS73
6CES535EARTHQUAKE RESISTANT DESIGN OF STRUCTURES 73
7CES545GEOTECHNICAL ANALYSIS 73
8CES580SEMINAR SERIES I21
9CES585SEMINAR SERIES II21

The student must successfully complete 7 ECTS, from the following list of modules:

No.CodeNameECTSHours / week
1CES540TIMBER DESIGN73
2CES550PRESTRESSED CONCRETE DESIGN73
3CES555MASONRY DESIGN73
4CES565MARINE GEOTECHNICAL ENGINEERING73
5CES570STRUCTURAL ASSESSMENT AND RETROFIT73
6CES575SPECIAL TOPICS IN STRUCTURAL ENGINEERING73

The student must successfully complete 7 ECTS, from the following list of modules:

No.CodeNameECTSHours / week
1CES590MSC RESEARCH PROJECT71

The student must successfully complete 23 ECTS, from the following list of modules:

No.CodeNameECTSHours / week
1CES595MSC THESIS231
Total
90
Semesters
ECTS
No.CodeNameECTS
1CES505COMPUTATIONAL MECHANICS AND APPLICATIONS7
2CES510ADVANCED STRUCTURAL DYNAMICS7
3CES515ADVANCED TOPICS IN CONCRETE STRUCTURES7
4CES520ADVANCED TOPICS IN STEEL STRUCTURES7
5CES580SEMINAR SERIES I2
TOTAL30
No.CodeNameECTS
1CES525FRACTURE MECHANICS AND APPLICATIONS7
2CES535EARTHQUAKE RESISTANT DESIGN OF STRUCTURES 7
3CES545GEOTECHNICAL ANALYSIS 7
4CES585SEMINAR SERIES II2
5CES590MSC RESEARCH PROJECT7
TOTAL30
No.CodeNameECTS
1CES595MSC THESIS23
2TECHNICAL ELECTIVE7
TOTAL30


 

 
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The delivery of the program of study is supported by the following members of staff:

RankName
ProfessorProf. Miltos Demosthenous
Associate ProfessorDr. Petros Christou
Associate ProfessorDr. Antonis Michael
Associate Professor - Programme Coordinator Dr. Dimitris Nikolaides
Associate ProfessorDr. Panicos Papadopoulos
Assistant ProfessorDr. Christakis Onisiforou
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