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Civil Engineering

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The field of Civil Engineering studies is classified in the area of technical sciences, in the Civil Engineering and Transportation disciplines. The basic curriculum objectives for the bachelor’s degree in the building and construction industry include the transfer of knowledge, skills, and competencies in design, construction, and renovation of buildings, supervision, and management of the construction processes. Graduates can find employment as designers and constructors of structural objects, supervisors and construction engineers, specialists for the production of construction elements, specialists for the execution of the construction processes.

According to research, 95% of graduates are employed within 6 months of graduating – 80% within 3 months. In recent years, the Civil Engineering has been ranked at the top of the “Perspektywy” Universities Ranking.

FIRST-CYCLE STUDIES - ENGINEERING

Capacity counter 120/120
  • 1
    semester
    • You will develop three-dimensional perception and the ability to make technical drawings – subjects: Descriptive Geometry; Engineering Graphics and Technical
      Drawing.
    • You will learn to identify rocks and minerals and read geodesic and cartographic documentation – subjects: Geology; Geodesy.
    1
    semester
  • 2
    semester
    • You will become acquainted with the characteristics of building structures – subject: General Construction.
    • You will learn about the construction and insulation materials properties – subject: Building Materials.
    2
    semester
  • 3
    semester
    • You will learn to design structural partitions with regard to heat and moisture migration – subject: Construction physics.
    • You will learn to recognise soil categories and assess their suitability for engineering applications – subject: Soil Mechanics.
    • You will learn how to determine stresses and deflections of materials – subject: Materials Endurance.
    3
    semester
  • 4
    semester
    • You will design the foundations of building structures – subject: Foundations.
    • You will learn the universal principles of designing building structures – subject: Fundamentals of building structures design.
    • You will become familiar with the principles of designing building installations – subject: Building installations.
    4
    semester
  • 5
    semester
    • You will design wooden, ferroconcrete and stone structures – subjects: Masonry and wooden structures; Metal structures; Concrete structures.
    • You will prepare cost estimates for construction projects – subjects: Economics of construction.
    5
    semester
  • 6
    semester
    • You are able to develop a plan of technology and construction works management using BIM tools – subjects: Technology of construction works Technology of Construction Works; Organisation of Construction Production; Basics of BIM.
    • You will learn the rights and responsibilities of construction project participants – subject: Construction Law.
    6
    semester
  • 7
    semester
    • You will learn how to design sustainable buildings – subject: Integrated Design in Building Industry.
    • You will learn the principles of construction fire safety – subject: Construction Fire Safety semester.
    7
    semester

SECOND-CYCLE STUDIES - MASTER'S DEGREE

Capacity counter 75/75

Geotechnics and Special Construction (Polish or English)

  • 1
    semester
    • You carry out escarpment and slope stability analyses and design protections – subject: Advanced problems in geotechnics.
    • You develop competence in the types and properties of engineering materials used in geotechnical structures – subject: Materials in geotechnics.
    1
    semester
  • 2
    semester
    • You are able to design the construction and lining of an underground structure – subject: Geotechnics of underground structures and tunnels.
    • You will learn modern methods of designing advanced and complex foundations of building constructions – Subject: Special foundations.
    • Understand the complexity of dynamic processes affecting the building foundations – Subject: Dynamics of Ground.
    2
    semester
  • 3
    semester
    • You will learn to determine the emission of solid and fume pollutants in tunnels and other underground structures – Subject: Ventilation of selected underground facilities.
    3
    semester

Engineering of construction projects

  • 1
    semester
    • You will learn data analysis tools and decision support methods – subject: Methods for supporting decision making in planning construction projects.
    • You will learn how to work in a team in the creation of a facility project based on existing documentation or creating new one with reference to the investor’s requirements – subject: Building Information Management (BIM).
    1
    semester
  • 2
    semester
    • You will learn how to design logistics service and supply chains of construction projects – subject: Logistics and supply chain management in construction.
    • You will learn how to determine costs in the life cycle of a construction project and estimate the efficiency of a construction investment – subject: Cost Management in Building Industry.
    • You will get acquainted with various project management methodologies and tools for their implementation – subject: Project Management in Construction.
    • You will learn how to manage a project in the life cycle – subject: Selected issues from the operation and renovation of building objects.
    • You will learn what are the principles of sustainable development in relation to construction, get acquainted with selected environmental certifications and assessment in the life cycle of a facility – subject: Sustainable building engineering.
    2
    semester
  • 3
    semester
    • You will learn about the bidding procedure, how to draw up a construction work contract and how to negotiate its terms – Subject: Tenders, negotiations and contracts in construction.
    3
    semester

Proactive construction

  • 1
    semester
    • You will learn how to carry out structural diagnostics and monitoring for a selected building object in which damage or deficiency of load-bearing capacity for the planned reconstruction or renovation has been identified – subject: Diagnostics and Monitoring of Buildings.
    • You will learn about modern technologies in the process of renovation, modernization and reconstruction of building structures – subject: Basics of maintenance and renovation.
    1
    semester
  • 2
    semester
    • You will learn about the management of building properties in the operation phase both by traditional methods and with the use of BIM tools – subjects: Operation of Building Properties, Building Information Modeling (BIM).
    • You will learn about the design and implementation of energy-efficient automation, security and technical management systems in buildings, the so-called SMART building – subject: Smart buildings.
    • You will be able to develop the scope of modernization works for the current technical condition of a building – subject: Modernization of building objects.
    • You will learn the knowledge of sustainable and circular construction, which includes preparing participants to design, construct and maintain buildings in accordance with the principles of circular economy and minimization of negative environmental impact – subject: Zero-emission and circular civil engineering construction.
    2
    semester
  • 3
    semester
    • You will be able to define a vision for the revitalization of urbanised and degraded areas and develop a plan for the implementation of revitalization activities – Subject: Revitalisation of urban and degradated areas.
    • You will gain knowledge of repair and strengthening of building structures – subject: Structural failure and reinforcement of buildings.
    3
    semester

Building structures and engineering

  • 1
    semester
    • Design of complex steel structures using computer programs – Subject: Complex metal structures.
    • You learn to assess the technical state of a building using tools and methods for structural diagnosis – Subject: Diagnostics of building structures.
    1
    semester
  • 2
    semester
    • Design of complex reinforced concrete and timber structures – Subject: Complex timber structures; complex concrete structures.
    • You model building structures using Finite Element Method – Subject: FEM modelling of building structures.
    • Learning about the causes and types of accidents in the construction industry – Subject: Building accidents and disasters.
    2
    semester
  • 3
    semester
    • You learn what reliability of buildings is and how to assess it – Subject: Reliability of buildings.
    3
    semester
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