home | Offer | Building Structures
Faculty:Architecture
Field of study:Civil engineering

Building Structures

Type of study:
Bachelor
Obtained title:
Engineer
Duration:
3.5 years
Language of study:
Polish, English
Form of study:
Full-time (weekdays), Part-time (Saturday–Sunday)

Reasons to study Building Structures at UTA

Versatility in designing various types of structures

Students gain skills in designing buildings with different structural types, such as reinforced concrete, steel, masonry, and timber. This enables them to work on the construction of both modern skyscrapers and traditional residential buildings.

Modern technologies in design

The Building Structures Specialization places strong emphasis on the use of computer-aided design, which is essential in today’s construction industry. As a result, students gain the ability to work with the latest structural design software, allowing for faster and more precise project development.

Focus on durability and structural safety

As part of their studies, students learn how to ensure the durability and safety of structures, which is crucial in any construction project. Knowledge of appropriate materials, construction methods, and strength analysis forms the foundation of every structural engineer’s work.

Education in ecology and energy efficiency

Within this specialization, students gain knowledge about low energy demand and the use of ecological energy sources in construction. They learn the principles of designing energy-efficient and sustainable buildings, which is increasingly important, considering growing environmental protection requirements.

The opportunity to continue studies at the second-cycle level

After completing first-cycle studies, the Building Structures specialization offers the possibility to continue education at the second-cycle (Master’s) level, which opens the door to more advanced career opportunities.

What career paths await you after graduation?

Employment prospects

Structural design engineer

As a structural design engineer, you will be responsible for creating building design projects while taking technical, safety, and aesthetic aspects into account. With proficiency in computer software, you will be able to design both multi-story office buildings and complex bridges.

Construction engineer

As a construction engineer, you will be responsible for supervising and coordinating work on construction sites, ensuring that the building process follows the planned schedule. In this role, you will monitor material quality, enforce safety standards, and manage the construction team.

Structural safety consultant

You will be involved in assessing the technical condition of buildings and structures, proposing solutions for their reinforcement or renovation. Your responsibilities will include performing strength analyses, identifying potential hazards, and recommending methods for modernizing structures.

Energy efficiency and sustainable construction specialist

An increasing number of projects require consideration of energy efficiency and environmental impact. As a specialist in this field, you will advise investors on the design and implementation of energy-efficient buildings.

Construction project manager

In the role of a construction project manager, you will be responsible for overseeing the entire construction project – from its planning to completion. Your duties will include managing the budget and timelines, as well as coordinating the work of various teams—architects, engineers, and construction workers.

This program is perfect for you if:

You're interested in construction technology and modern materials

If you’re fascinated by how modern buildings are created and want to explore the ins and outs of designing and constructing structures from various materials, this specialization is proper for you. You will learn how to use materials such as reinforced concrete, steel, wood, and brick, as well as discover modern technologies that enable the creation of durable and functional structures.

You would like to contribute to sustainable and eco-friendly construction

If you care about making a positive environmental impact through your work in construction, this specialization will provide you with the necessary knowledge. You will learn to design energy-efficient buildings, use renewable energy sources, and optimize the use of building materials.

You're interested in work that combines theory with practice

If you want to gain practical skills that you can apply in your professional career, this specialization offers a strong theoretical foundation along with opportunities to learn the practical aspects of construction. You’ll have the chance to take part in construction projects where you’ll apply your knowledge by planning and executing real structural designs.

Program and structure of studies

DOWNLOAD THE STUDY PROGRAM

practical profile of education

Practical skills

61%

Theoretical knowledge

22%

Professional internships

16%

Boring classes

0%

MAJOR AND SPECIALIZATION SUBJECTS FOR THE CIVIL ENGINERING PROGRAM

  • Physical Education

  • Business Law

  • Information Technology

  • Construction Law

  • Ecology

  • Mathematics

  • Chemistry

  • General Mechanics

  • Statistics

  • Physics

  • Fundamentals of Engineering Geology

  • Computational Methods

  • Building Materials

  • Descriptive Geometry

  • Engineering Graphics

  • Computer Modeling

  • General Construction

  • Geodesy

  • Strength of Materials

  • Structural Mechanics

  • Hydraulics and Hydrology

  • Construction Economics

  • Concrete Structures

  • Building Physics

  • Soil Mechanics and Foundations

  • Steel Structures

  • Transportation Construction

  • Construction Technology and Organization

  • Investment Process Management

  • Building Installations

  • Workplace Safety and Ergonomics

  • Timber Structures

  • Masonry and Composite Structures

  • Diploma Seminar

  • Thesis Consultations and Completion

  • Internship / Practical Training

  • Thermal Insulation Materials in Construction

  • Energy-Efficient Construction – Auditing and Thermal Modernization

  • Production Organization and Control

  • Communication Skills

  • Interim Project

  • Enterprise Logistics

  • Efficiency of Construction Investments

  • Alternative Energy Sources

  • Heating, Ventilation, and Air Conditioning (HVAC)

  • Computer-Aided Building Design

  • Durability and Safety of Structures

  • Surface Structural Systems

  • Fundamentals of Structural Dynamics

  • Construction Mechanization

  • Advanced Concrete Structures

  • Advanced Steel Structures

  • Fundamentals of Bridge Engineering

  • Timber Structures

  • Fundamentals of Underground Construction

  • English Language

  • Building Physics 2

Tuition fees

Tuition fees for the studies in English language - academic year 25/26

Admission fee (non refundable)
200 €
FOR EU COUNTRIES
FOR NON EU COUNTRIES
FULL-TIME STUDIES TUITION FEE
(PER YEAR)
EU/CIS/ OECD - All EU countries, all Balkan countries, Ukraine, Belarus, Moldova, Mongolia, Georgia, Armenia, Kazakhstan, Turkmenistan, Tajikistan, Uzbekistan, Azerbaijan, Kyrgyzstan, Turkey.
3000 €
FULL-TIME STUDIES TUITION FEE
(PER YEAR)
For non-EU countries
4000 €

Admission rules