Sveučilište u Splitu - Fakultet građevinarstva, arhitekture i geodezije University of Split - Faculty of Civil Engineering, Architecture and Geodesy

Academic staff:

• Ivica Boko Ph.D., Full Professor with tenure - Head of Department
• Bernardin Peroš Ph.D., Professor Emeritus
• Neno Torić Ph.D., Full Professor, Dean
• Ivana Uzelac Glavinić Ph.D., Assistant Professor
• Marko Goreta,Ph.D., Senior Assistant
• Jelena Lovrić Vranković, Teaching Assistant
• Domagoj Bendić, Assistant

Learning outcomes: 

Undergraduate University Study of Civil Engineering
Introduction to Timber Structures – a student will be able to:
- analyse and critically discuss the technology and production techniques of timber members and wood-based products;
- control and lead the onsite-processes regarding erection and construction of timber-based buildings;
- conduct design, load bearing capacity and stability checks of timber members according to limit state method;
- design timber connections according to limit state method and conduct structural detailing.

Introduction to Metal Structures - a student will be able to:
- conduct proper selection of steel alloy, bolt and any additional material type for the creation of steel-based load bearing structure;
- develop a control programme for the steel material;
- select the proper anticorrosive protection system;
- conduct design of simple steel structures (and its load bearing members and connections);
- create shop drawings and documentation.

Graduate University Study of Civil Engineering
Metal Structures I - a student will be able to:
- conduct design of structures according to plasticity theory;
- conduct design of structures sensitive to fatigue;
- conduct design of multi-storey frame structures;
- conduct design of advanced steel structures.

Metal Structures II - a student will be able to:
- conduct design of multi-storey frame structures;
- conduct design of advanced steel structures;
- conduct design of roof and facade systems made of thin-sheet steel profiles;
- conduct design of connections without stiffeners;
- create design plans for construction of advanced steel structures.

Reliability of Structures - a student will be able to:
- analyse and critically discuss the behaviour of structures during its service life;
- analyse and critically discuss the durability of structures in case of any kind of damage;
- create rehabilitation project for structures that would serve to preserve its performance during service life;
- communicate and cooperate with a team of experts during the development of building-management project.

Composite Structures - a student will be able to:
- conduct design of different types of composite structures (combination steel-steel, concrete-concrete, timber-timber, steel-concrete, timber-concrete and other);
- conduct structural analysis of composite structures;
- conduct structural design of composite structures;
- supervise and control the construction of composite structures.

Metal Bridges - a student will be able to:
- define conceptual design solution for composite and metal bridges;
- design complex composite girder and frame-based metal bridges;
- design of arched and simple suspended metal bridges;
- develop complex pedestrian composite and steel bridges;
- develop construction methodology for construction of composite and metal bridges;
- supervise and control the construction of composite and metal bridges.

Advanced Timber Structures - a student will be able to:
- conduct design of residential timber buildings;
- conduct design of advanced timber structures;
- conduct design of advanced timber bridges;
- conduct design of complex timber connections.

Fire Engineering - a student will be able to:
- select a suitable model for fire effect analysis;
- analyse heat conduction within the structure;
- select an appropriate fire protection system to increase fire resistance of the structure;
- evaluate the advantages and disadvantages of individual approaches to determining the load-bearing capacity of structures in the event of fire.

Glass Structures - a student will be able to:
- select the appropriate type of calculation for the glass structure in question;
- select a suitable material model for the behaviour of glass structures;
- determine the types of ultimate and serviceability limit states of glass structures;
- predict appropriate details for the support of glass structures.

Undergraduate University Study of Architecture and Urban Planning

Bearing Structures II

• Classify the types of bearing structures
• Interpret and create the structural concept of a building
• Analyse bearing systems depending on construction materials

Undergraduate Professional Study of Civil Engineering

Timber Structures - a student will be able to:
- analyse and critically discuss the technology and production techniques of timber members and wood-based products;
- control and lead the onsite-processes regarding erection and construction of timber-based buildings;
- conduct design, load bearing capacity and stability checks of timber members according to limit state method;
- design simple timber connections according to limit state method and conduct structural detailing.

Metal Structures - a student will be able to:
- conduct proper selection of steel alloy, bolt and any additional material type for the creation of steel-based load bearing structure;
- develop a control programme for the steel material;
- select the proper anticorrosive protection system;
- Conduct design of simple steel structures (and its load bearing members and connections);
- Create shop drawings and documentation.