Masters in Structural Engineering

event on March 20th 2025

1 semester

• Fundamentals of Research and Innovation
• Research Work 1
• Optimization of Steel Structures
• Modeling and Computer-Aided Analysis of Structures (with Course Project)
• Mechanics of Inelastic Structures
• Composite Steel and Concrete Structures
• Research Work 1
• Fundamentals of Research and Innovation
• Test of Building Structures
• Modeling and Computer-Aided Analysis of Structures (with Course Project)
• High-Rise Buildings and Structures (with Course Project)
• Reinforced Concrete Thin-Walled Spatial Structures (with Course Project)
• Research Work 1
• Fundamentals of Research and Innovation
• Stability of Steel Structures
• Numerical modeling and non-linear analysis of building structures (with course project)
• Mechanics of Inelastic Structures
• Nonlinear Analysis of Structures
• Fundamentals of Research and Innovation
• Stability of Steel Structures
• Numerical modeling and non-linear analysis of building structures (with course project)
• Mechanics of Inelastic Structures
• Nonlinear Analysis of Structures
• Research Work 1
• Fundamentals of Research and Innovation
• Stability of Steel Structures
• Modeling and Computer-Aided Analysis of Structures (with Course Project)
• High-Rise Buildings and Structures (with Course Project)
• Reinforced Concrete Thin-Walled Spatial Structures (with Course Project)
• Research Work 1

2 semester

• Advanced Metal Structures
• Building Information Modeling (BIM) for Steel and Timber Structures
• Research Work 2
• Durability and Probability Analysis of Building Structures
• Advanced Timber Structures
• Mechanics of Continual Structures
• Composite Structures
• Building Structure Integrated Computer-Aided Design (with Course Project)
• Durability and Probability Analysis of Building Structures
• Research Work 2
• Reinforced Concrete Building Design Special Effects
• Mechanics of Continual Structures
• Special Reinforced Concrete Tower Structures
• Research Work 2
• Innovative Tall Steel Structures
• Integrated Computer-Aided Structural Design (BIM) (with course project)
• RC Structures Reinforced with Steel Fiber
• Mechanics of Continual Structures
• RC Structures Reinforced with Steel Fiber
• Composite Bridge Decks
• Computer-Aided Design of Bridges and Special Structures (BIM) (with Course Project)
• Timber and Polymeric Bridges
• Dynamics of Bridges
• Research Work 2
• Structures for Composite Steel and Concrete Buildings
• Durability and Probability Analysis of Building Structures
• Integrated Computer-Aided Structural Design (BIM) (with course project)
• Reinforced Concrete Building Design Special Effects
• Mechanics of Continual Structures
• Research Work 2

3 semester

• Nonlinear Analysis and Design of Steel Structures
• Thin-Walled Steel Structures
• Research Work 3
• Analysis and Optimal Shakedown Design of Structures
• Structural Fire Safety
• The Assessment of Timber Buildings, Experimental Investigations and Strengthening
• Steel and composite Structures - Condition Evaluation, Testing and Strengthening
• Nonlinear Analysis and Design of Steel Structures
• Non-Linear Mechanics of Reinforced Concrete
• Research Work 3
• Design of Precast and Prestressed Reinforced Concrete Structures (with Course Project)
• Estimation of Building State, Reconstruction, and Repair (with Course Project)
• Influence of Preserve Actions on Reinforced Concrete Structures
• Buildings Built Computer Analysis
• Special Metal Shell Structures
• Special Reinforced Concrete Shell Structures
• Research Work 3
• Advanced Methods for Inspection, Repair, and Reconstruction of Structures
• Hydraulic Structures
• Reliability Assessment of Existing Structures
• Wind Power Plant Structures
• Special Impacts of Bridges
• Suspension and Cable-Stayed Steel Bridge Structure (with course project)
• Advanced Methods for Inspection, Repair, and Reconstruction of Structures
• Hydraulic Structures
• Concrete Structure Reinforced with FRP Composites or Fiber
• Prestressed Steel Bridges
• Research Work 3
• Design of Precast and Prestressed Reinforced Concrete Structures (with Course Project)
• Nonlinear Analysis and Design of Steel Structures
• Non-Linear Mechanics of Reinforced Concrete
• Influence of Preserve Actions on Reinforced Concrete Structures
• Steel and composite Structures - Condition Evaluation, Testing and Strengthening
• Research Work 3

4 semester

Master Graduation Thesis

What Will Students Learn?

• The principles and major dependencies in the behavior analysis of safe and durable building structures.
• The calculation methods and advanced design software for building structures under the action of different loads and effects.
• The theory, methods, and algorithms for optimization of buildings and their structures.
• The methods of building state analysis and laboratory investigation, and the methods of strengthening their structures.

The graduates of this Master’s degree programme acquire all skills necessary for practical work and they are ready for independent professional activities in Civil engineering sector. They can start practical activities in construction and design companies, expert bureaus, departments of ministries, town and regional municipalities or can continue their doctoral studies.

2 years (4 semesters) of graduation is finalized with the defense of the Final project.