Railway construction
Why study at ATA
What can you do after these studies?
Employment prospects
This program is for you if:
You're interested in modern technologies and railway infrastructure
If you’re passionate about transport-related technologies, especially railways, this specialization will be perfect for you. Railway construction is a field that requires knowledge of modern solutions, such as high-speed rail design and the construction of signaling systems.
You dream of working in an industry that significantly impacts the country's infrastructure and economy
If you care about having a job that contributes to national development and improves citizens’ quality of life, railway construction specialization is the perfect choice for you. Projects such as building new stations or modernizing railway tracks—enabling faster and safer transport—are key elements of infrastructure modernization in Poland.
You enjoy working in a team and solving complex engineering problems
If you thrive in team environment and find satisfaction in tackling challenging technical issues, railway construction will be the right specialization for you. The construction and modernization of railway infrastructure require close collaboration with other professionals—engineers, architects, as well as local authorities.
Program and structure of studies
POBIERZ PROGRAM STUDIÓWpractical profile of education
Umiejętności praktyczne
WIEDZA TEORETYCZNA
Praktyki zawodowe
Nudne zajęcia
Field of study
Civil engineering
ECTS credits
210
Duration
3.5 years
Obtained academic title
Engineer
MAJOR AND SPECIALIZATION SUBJECTS FOR THE MANAGEMENT PROGRAM
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Computer-Aided Building Design
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Fundamentals of Transportation Systems
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Railway Transport
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Railway Traffic Management
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Interim Project
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Construction Mechanization
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Railway Substructure and Earthworks
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Rail Track Structures
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Railway Line and Station Design
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Railway Construction Technology
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Bridges and Underground Structures
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Physical Education
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Business Law
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Information Technology
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Construction Law
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Ecology
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Mathematics
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Chemistry
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General Mechanics
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Statistics
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Physics
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Fundamentals of Engineering Geology
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Computational Methods
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Building Materials
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Descriptive Geometry
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Engineering Graphics
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Computer Modeling
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General Construction
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Geodesy
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Strength of Materials
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Structural Mechanics
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Hydraulics and Hydrology
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Construction Economics
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Concrete Structures
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Building Physics
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Soil Mechanics and Foundations
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Steel Structures
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Transportation Construction
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Construction Technology and Organization
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Investment Process Management
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Building Installations
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Workplace Safety and Ergonomics
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Timber Structures
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Masonry and Composite Structures
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Diploma Seminar
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Thesis Consultations and Completion
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Internship / Practical Training
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Thermal Insulation Materials in Construction
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Energy-Efficient Construction – Auditing and Thermal Modernization
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Production Organization and Control
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Communication Skills
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Enterprise Logistics
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Efficiency of Construction Investments
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Alternative Energy Sources
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Heating, Ventilation, and Air Conditioning (HVAC)
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Durability and Safety of Structures
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Surface Structural Systems
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Fundamentals of Structural Dynamics
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Advanced Concrete Structures
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Advanced Steel Structures
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Fundamentals of Bridge Engineering
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Fundamentals of Underground Construction
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English Language
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Building Physics 2