Structural Robustness for Extreme Loading Conditions - NUP

The curriculum of the master in Structural Robustness for Extreme Loading Conditions (MSc) is designed to provide the necessary knowledge to students regarding the structural robustness for such extreme loading, taking into account various scenarios, as well as different types of buildings (housing, office, commercial and infrastructures), teaching how these extreme loading conditions should be handled, and how they might interact during a catastrophic event (a fire after an explosion, a fire after an earthquake, an explosion after an earthquake, etc.).

The master in Structural Robustness for Extreme Loading Conditions (MSc) provides up-to-date knowledge in a number of different areas and covers multiple and essential subjects such as Structural Robustness and Risk Engineering and Risk Management. This will be achieved by specific lectures given by professional engineers as well as technicians from Civil Protection and/or Fire Department, who will present the specific issues and case studies. The lecturers are the world-renowned experts in their specific fields.

• The international prestige and recognition of Neapolis University Pafos
• Excellent academic staff with strong expertise in the taught subjects
• International collaborations with many Universities
• The use of advanced technology and resources
• High Academic Calibre of the teaching staff
• Competitive tuition fees

The master in Structural Robustness for Extreme Loading Conditions (MSc) teaching methodology involves a combination of lectures, tutorials, seminars, examinations, projects, presentations, assignments, case-study applications and independent research. In addition, it is designed to provide an academic experience going beyond that of the traditional classroom, in which the flow of information is primarily from the instructor to the student.

The intention of the master in Structural Robustness for Extreme Loading Conditions (MSc) is that each participant will contribute to the education of the entire class though active participation in the learning procedure. This will establish the understanding that an master in Structural Robustness for Extreme Loading Conditions (MSc) requires a holistic and interdisciplinary approach.