Expected learning outcomes are, the adoption of research methods and procedures as well as development of critical thinking; development of communication skills with emphasis on visual communication and the ability to use the knowledge effectively; development of teamwork and collaborative skills, as well as development of professional ethics.

·   Architectural Physics

·   Architctural Design 1

·         Artistic Expression

·    Descriptive Geometry with Perspective

·    Architectural Design 2

·    Sport and Recreation

·         Engineering Graphics

·    History of Architecture, Art and Urbanism 1

·   Architectural Design 3

·         Urban Planing

·         Timber Construction

·         Interior Architecture 1

·    History of Architecture, Art and Urbanism 2

·    Architectural Design 4

•         Urban Studio

•         Spatial Planing and Development

•         Interior Architecture 2

·   History of Architecture, Art and Urbanism 3

·    Architectural Design 5

·         Reinforced Concrete Structures

·    Field Practice

·    Diploma thesis

·         Steel Structures

v   Macedonian Language 1

v   Albanian Language 1

v   Englisht Language 2

v   Macedonian Language 2

v   Albanian Language 2

v   Globalization and Inter-cultural Communication

v   Informatics

v   Ethics

v   Communication with Public Administration

·    Urban modeling 1

·    Design Studio

·         Theory of Shapes and Color

·    Urban modeling 2

·    Economy and Finantial Management of building structures

•         Regulation of Urban Public Areas

·   Showcasing of Architectural projects

·   Design of public structures

•         Water and Irrigation Systems

•         Park Architecture and Design

•         New Materials

•         Aesthetis in Architecture

v  Civil Society

v  Intellectual Property Rights

v  Ethics and Professional Communication

v  Human Resourses Management

v  Political Sociology

v  Computer Architecture

v  Western Civilization

v  Strategic Management

v  Turkish Civilization

In the first year of bachelor, studies are focused on the basic prerequisite courses like math, physics, computer science and technical oriented foreign languages. In the second and the third year of bachelor, the focus of studies is shifted toward courses specific to civil engineering, like soil and fluid mechanics, structures (concrete, metal, timber), and hydraulics. Lastly, in the sixth semester of bachelor studies, students are required to elaborate their first study-case project, which aims to evaluate the synthetized and acquired knowledge of students during the bachelor studies.

The bachelor degree in Civil Engineering is an academic acknowledgment (and not a professional one). This diploma, which also comes with a supplementary document, opens a way to the Graduated Bachelor to continue their education in MTU-FCEA, in another academic institution in Macedonia or abroad, in order to obtain an engineering title.

·         Engineering Mechanics – Statics

·         Engineering Geology

·         Building Structures

·         Engineering Graphics

·         Fluid Mechanics

·         Geodesy

·         Engineering Mechanics – Dynamics

·         Statistical Methods and Theory of Probability

·         Numerical Methods

·         Urban Hydrotechnics

·         Soil Mechanics

·         Technology of Concrete

·         Theory of Structures 1

·         CAD Programe

·         Civil engineering and Environment

·         Management of Construction Works

·         Informatics

·         Foreign Language

·         Essentials of Steel Structures

·         Roads

·         Reinforced Concrete Structures 1

·         Hydrotechnical Structures

·         Theory of Structures 2

·         Foundations

·         Organization and mechanization

·         Engineering Graphics

·         Statistical Methods and Theory of Probability

·         Numerical Methods

·         Diploma thesis

·         CAD Programe

·         Civil engineering and Environment

·         Management of Construction Works

·         Informatics

·         Foreign Language

·         Reinforced Concrete Bridges

·         Steel Buildings

·         Timber Structures

·         Masonry Structures

·         Aluminium Structures

·         Introduction to Earthquake Engineering

·         Physicsfor Civil Engineering

·         Construction Works Provisions

·         Stability of Reinforced Concrete Structures

·         Special RC Structures

v   Macedonian Language 1

v   Albanian Language 1

v   Englisht Language 2

v   Macedonian Language 2

v   Albanian Language 2

v   Globalization and Inter-cultural Communication

v   Informatics

v   Ethics

v   Communication with Public Administration

The graduated Masters of Civil Engineering, will have the necessary knowledge to face important engineering challenges like:

–          successfully completing project analysis and design tasks for buildings and other civil infrastructure systems according to national and European standards,

–          supervision and management of construction works on site

–          management of various project design stages of engineering structures, and

–          Perform successfully on team collaborative works both on office and construction site

·         Theory of Spatial Structures

·         Dynamics of Structures

·         Steel building structures*

·         Statistical Methods and Theory of Probability

·         Numerical Methods

·         Programing

·         Finite Element Methods

·         Structural Analysis Optimization

*. This course is obligatory if not taken in the first cycle

•         Prestressed structures

•         Timber Structures*

•         Reinforced Concrete Bridges

•         Special RC Structures

•         Stability of Reinforced Concrete Structures

•         Masonry Structures

•         Introduction to Seismic Design

•         Structural Instrumentation and Health Monitoring

    *. This course is obligatory if not taken in the first cycle

•         Special RC Structures

•         Stability of Reinforced Concrete Structures

•         Masonry Structures

•         Introduction to Seismic Design

•         Structural Instrumentation and Health Monitoring

•         Composite Materials

•         Fire Resistance of engineering structures

•         Seismic Design of Engineering Structures

•         Nonlinear Analysis

•         Structural Modelling

•         Laminated Timber Structures

•         Repair and Strengthening of RC Structures

•         Steel Bridges

•         Spatial Steel Structures

•         Special Steel Structures

•         Seismic Response of Buildings

•         Seismic Nonlinear Response of Buildings

·         Master Thesis

v  Macedonian Language 1

v  Albanian Language 1

v  Englisht Language 2

v  Macedonian Language 2

v  Albanian Language 2

v  Globalization and Inter-cultural Communication

v  Informatics

v  Ethics

v  Communication with Public Administration

The expanded concept of geodesy and geoinformatics gives the opportunity to new engineers for 2D, 2.5D, 3D and 4D spatial modelling, advanced use of aerial and satellite images, development and standardization of spatial data infrastructure, developing and managing of geo portals, establishing of navigation systems, up to compilation of thematic maps, as well management of cadastral data related to real estate and infrastructure facilities.

In relation with other engineering fields, graduates are provided with the ability for planning, designing, implementing, supervision, and monitoring all work types during designing, construction and utilization of engineering facilities, as well as the observation of tectonic and geodynamics movement of the land crust.

1.       Mathematics 1

2.       Databases

3.       CAD

4.       English language

5.       Basics of geodesy and surveying instruments

6.       Informatics

1.       Mathematics 2

2.       Geoinformatics 1

3.       English language for engineers

4.       Geodetic measurements and surveying

5.       Programming

6.       Physics

7.       Topography

8.       Subject from the free election list

1.       Theory of errors

2.       English language for surveyors 1

3.       Geodetic networks

4.       Cadaster 1

5.       General cartography

6.       Geoinformatics 2

7.       Ecology

8.       Subject from the free election list

1.       Mathematical cartography

2.       English language for surveyors 2

3.       Satellite geodesy

4.       Cadaster 2

5.       Field practice  1

6.       Mathematical geodesy

7.       Geodetic adjustments

8.       Hydrographic measurements

9.       Subject from the free election list

1.       Engineering geodesy 1

2.       Spatial planning and regulation

3.       Photogrammetry

4.       Physical geodesy

5.       Legislation and legal provisions

6.       Management with geodetic works

7.       Geophysics

8.       Subject from the free election list

1.       Engineering geodesy 2

2.       Remote sensing

3.       Real estate valuation

4.       Real estate management

5.       Geodetic legislation

6.       Academic writing

7.       Field practice 2

8.       Diploma thesis