There will be no admission of new students for the academic year 2025-26.
There will be no admission of new students for the academic year 2025-26.
In the rapidly changing conditions of the natural and structured environment, the role of the Civil Engineer in society is constantly being upgraded, as the challenges become more and more complex. The depletion of natural resources, climate change, pollution and the effects on structures due to their aging, are challenges that must be addressed through a sustainability framework that will propose solutions. These solutions should not only br techno-economically optimal, but also environmentally friendly. The Master in Civil Engineering and Sustainable Planning aims at the high level of training of students in the fields of Civil Engineering with emphasis on sustainable planning and management of the natural and structured environment.
The program is designed to meet both the current and future needs of industry, providing students with the opportunity to enrich their knowledge through teaching advanced sustainable planning, infrastructure, road construction, geotechnical engineering and plumbing, but also use modern and innovative methods for monitoring and managing the natural and built environment. At the same time, students will specialize in one of the above areas with the preparation of a Master's thesis, under the supervision of the academic staff of the Department. Graduates of the Master in Civil Engineering and Sustainable Planning will be able to meet the modern technological challenges, as well as to continue their studies at a doctoral level.
The postgraduate program in Civil Engineering and Sustainable Planning aims to meet the following objectives:
During this postgraduate degree students are expected to:
The postgraduate program is addressed to graduates of recognized Higher Education Institutions in the Science of Civil Engineering.
The successful completion of the postgraduate program requires a total of 90 ECTS, including the preparation of the Master Thesis, which is credited with 30 ECTS. The curriculum of the Master's level postgraduate program includes only compulsory courses, five in the first semester (Autumn semester) and five in the second semester (Spring semester). The elaboration of the Master's Thesis begins with the beginning of the summer term, if the teaching part of the program is successfully completed and is expected to end at the end of the summer term.
PROGRAM REQUIREMENTS |
ECTS |
Compulsory courses |
60 |
Elective courses (a) Courses of specialization (b) General Education courses / Free Electives |
N/A |
Postgraduate Assignment |
30 |
Practical training |
N/A |
Total ECTS |
90 |
The postgraduate program is offered in the form of full or part time study. In the case of full-time study, the program is completed in thirteen months, which includes two academic semesters and the summer period. The latter begins immediately after the end of the Spring semester and includes the months of June, July, August and September. In the case of part-time study, the program can be completed in twenty-five months which include four academic semesters. For the summer period: after the end of the two years of teaching, the same applies as in the case of full-time study.
# |
Course Type |
Course Name |
Course Code |
Periods per week |
Period duration |
Number of weeks/ Academic semester |
Total periods/ Academic semester |
Number of ECTS |
Α’ Semester |
||||||||
1. |
Theory |
Strength evaluation and retrofit of structures |
CIV 501 |
1 |
3 hours |
13 |
13P (39H) |
6 |
2. |
Theory |
Computational Fluid Mechanics |
CIV 502 |
1 |
3 hours |
13 |
13P (39H) |
6 |
3. |
Theory |
Pavement Engineering |
CIV 503 |
1 |
3 hours |
13 |
13P (39H) |
6 |
4. |
Research |
Research Methods |
CIV 535 |
1 |
3 hours |
13 |
13P (39H) |
6 |
5. |
Theory |
Sustainable Design of Steel structures with earthquake engineering |
CIV 505 |
1 |
3 hours |
13 |
13P (39H) |
6 |
Β’ Semester |
||||||||
6. |
Theory |
Sustainable Geotechnical Engineering |
CIV 531 |
1 |
3 hours |
13 |
13P (39H) |
6 |
7. |
Theory |
Smart monitoring, risk and reliability management of structures |
CIV 532 |
1 |
3 hours |
13 |
13P (39H) |
6 |
8. |
Theory |
Water Resource Management |
CIV 533 |
1 |
3 hours |
13 |
13P (39H) |
6 |
9. |
Theory |
Sustainable Environmental Management through Remote Sensing |
CIV 534 |
1 |
3 hours |
13 |
13P (39H) |
6 |
10. |
Theory |
Sustainable design of concrete structures with earthquake engineering |
CIV 504 |
1 |
3 hours |
13 |
13P (39H) |
6 |
C’ Semester |
||||||||
11 |
Research |
Master Thesis |
CIV 580 |
|
|
|
|
30 |
Holders of a bachelor's degree from a recognized university, or holders of a degree which has been deemed to be an equivalent university degree by the Cyprus Council of Recognition of Higher Education Qualifications (KYSATS), have the right to apply for the Master's program. Undergraduate students, who are expected to receive a university degree before the start of the postgraduate program, can also apply.
Candidates are informed of the outcome of their application in the e-mail they have stated when submitting their application and through the University Portal.
Advance payment is a condition for securing a position that has been offered. This amount is not refundable in any case.
The applications together with the supporting documents are submitted electronically, through the University Portal.
Applicants must submit the following electronically in order to apply:
The Department may request additional confidential information from the candidate as well as adopt any additional criteria it deems necessary.
Studying in a postgraduate programme is automatically terminated without the award of a diploma if students: