Structures

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Program Overview

The Master in Civil Engineering – Structures provides advanced academic and professional training in structural analysis, design, modeling, and rehabilitation of civil engineering structures.

The program aims to develop highly qualified engineers capable of designing safe, durable, economical, and sustainable structures in compliance with national and international standards.

Students acquire strong expertise in reinforced concrete, steel structures, prestressed concrete, seismic engineering, soil–structure interaction, structural dynamics, advanced numerical modeling, and innovative construction materials.

The program combines:

  • Advanced theoretical courses
  • Practical design projects
  • Structural modeling using professional software
  • Laboratory work and experimental methods
  • Research methodology and thesis preparation

Graduates are prepared for careers in structural design offices, construction companies, research laboratories, consultancy firms, and doctoral studies.

Teaching Language : English

Curriculum Highlights

Core Courses

The Master in Civil Engineering – Structures is built upon a strong scientific and engineering foundation. The core courses ensure that students master advanced structural analysis principles and essential design methodologies.


Fundamental Structural Sciences

  • Advanced Structural Mechanics
  • Elasticity
  • Plasticity and Damage Mechanics
  • Structural Dynamics I & II


Structural Design Fundamentals

  • Reinforced Concrete Structures I & II
  • Steel Structures
  • Geotechnical Engineering and Foundations


Computational and Numerical Tools

  • Finite Element Method
  • Structural Modeling and Simulation
  • Advanced Programming for Engineering Applications

These core modules provide the analytical, mechanical, and numerical background required for high-level structural design and research.

Advanced Topics

As students progress, they engage with specialized and high-level subjects addressing modern challenges in structural engineering.


Advanced Structural Systems

  • Prestressed Concrete
  • Composite Structures (Steel–Concrete)
  • Special Structures (Domes, Silos, Reservoirs, Bridges)


Seismic and Dynamic Engineering

  • Seismic Engineering
  • Modal Spectral Analysis
  • Performance-Based Seismic Design
  • Ductility and Structural Detailing


Soil–Structure Interaction

  • Advanced Foundation Systems
  • Deep Foundations
  • Soil–Structure Interaction


Innovation and Research-Oriented Topics

  • Innovative and Eco-Materials
  • Durability and Experimental Methods
  • Structural Rehabilitation and Pathology
  • Reverse Engineering Applications


Professional and Research Development

  • Construction Project Management
  • Documentary Research and Thesis Design
  • Master Thesis and Internship

Admissions Information

Admission Information

Admission to the Master in Civil Engineering – Structures is open to holders of:

  • Bachelor’s degree in Civil Engineering (priority ranking)
  • Public Works
  • Mechanical Construction
  • Other degrees in the field of Science and Technology (subject to compatibility ranking)

Applications are reviewed based on academic performance and program compatibility.

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