* Learning the principles of structural conformation of buildings with active masonry walls.
* Knowledge and deepening of complex problems for structural conformation, verification of meeting the essential requirements and execution of masonry buildings with structural walls.

* The lectures and the applications present the modern trends of development of steel structures and the updated scientific theories and models of design in this domain.
* To develop the abilities necessary for structural and loading modeling as to reproduce with accuracy the real situations for the structural steel design. To stimulate the ability of moving around between the recommendations of codes for practice and other standard specifications which insure a global safety design frame

* Create abilities of master students in analyzing seismic actions and structures submitted to them through advanced techniques. Attendees will study and decide application of advanced structural antiseismic means and evaluation of their effects in structural response.

* Advanced study within FEA of structural classes modeled by bi and spatial FE.
* Achievement of advanced /new competences and skills for modeling, simulation and analysis of complex structures subjected to various loadings.

* Identification of site conditions for new and existing buildings, of difficult soil types; design of foundations for retaining structures; coupling the design procedures with the outcomes of using improvement techniques of soil bearing capacity

* The general objective is to develop advanced aspects of modelling and analysis of structural dynamic response for some typical civil engineering constructions, modelled based on finite/ discrete degrees of freedom, subjected to deterministic and random loading.

* The topic presents theoretical and practical information on assessing the stress and strain states in plane and curved thin plates. Information on plates resting on elastic supports is also introduced.

* The topic focuses on the interaction between ethical principles, integrity and moral practice
* The main objective is to provide the adequate theoretical background so that the students are able to understand and connect the ethical principles to the actual practical dilemmas from academic area, research and civil engineering domains

* The prospective student will get the ability to understand the concept behind national and international codes for protecting the built heritage, to conceive and deliver a rehabilitation project, to know and be able to decide on the type of intervation needed in a structure

* Research acitivity is conducted by the graduate student under the supervision of academic staff. It may involve laboratory experiments, numerical simulations of field measurements. The topic of the research acitivity may be correlated with the topic of dissertation or may pursue additional research directions.

* Research activity is conducted by the graduate student under the supervision of academic staff. It may involve laboratory experiments, numerical simulations of field measurements. The topic of the research acitivity may be correlated with the topic of dissertation or may pursue additional research directions.

* The design principles behind special structures, such as: water tanks, open collectors, silos, telecommuncation towers, cooling towers and chimneys, are presented. The design methodology takes into account extraordinary loads, e.g. earthquakes, large temperature variations, strong winds, support settlements, a.s.o.

* The course introduces the methods and required equipment used for monitoring the behavior of civil engineering structures in time, either on a permanent basis or at specific time intervals. Data storage and post-processing techniques are also emphasized in order to correctly assess the degree of degradation and / or the safety margins of a civil engineering structure.