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Preserving Gediminas Hill, realizing unconventional architectural projects, and constructing a bridge across the widest and swiftest-flowing river are just a few examples of the aspirations of those who seek to change the world. For those dreaming of making a global impact, even a new building contributes to altering the world's landscape. Throughout history, people have envisioned their own dwellings, from seeking refuge in caves to constructing houses from branches and building bridges across rivers. The evolution of technology has transformed the concept of construction, rendering the notion that a house only requires walls and a roof obsolete. Today, civil engineering stands as a prestigious profession that brings together specialists from various fields, well-versed in constructing solid, tall, and intricate buildings, designing bridges, tunnels, roads, and water supply and cleaning systems. Civil engineers possess the ability to independently build a durable wall, understanding the elements crucial for its longevity. A proficient specialist meticulously examines every aspect of a building and can elucidate the function of each structural element. In the realm of modern civil engineering, professionals undertake ambitious projects, such as erecting nearly one-kilometer skyscrapers or constructing multi-story underground structures. They engage in construction projects on artificial islands in the open sea, and their work on impressive buildings serves as a testament to a country's economic prowess.
While architects focus on a building's exterior, civil engineers prioritize its reliability. Their expertise enables them to construct uniquely designed and intricately shaped buildings. No structure can come to fruition without the input of a civil engineer. This study program imparts knowledge of building and structure design, employing the latest calculation and construction principles, as well as modern construction technologies. Students also learn to conduct engineering research on soils, organize and manage the building and structure design process, evaluate and select reliable technical solutions, and conserve energy resources through the rational use of advanced construction materials. A modern civil engineer embodies the roles of a mathematician, physicist, chemist, and IT specialist rolled into one. Cutting-edge computer software and powerful computers are employed in the building design process, with engineers creating spatial models of buildings and structures long before construction commences. The specialization in the Design of Buildings and Structures aims to prepare specialists well-versed in construction mechanics, building and structure design, construction, and their associated production and equipment technologies.
What will you learn?
Some key abilities and knowledge that Civil Engineering study programme helps students develop and acquire include:
The ability to design buildings and structures, applying the newest calculation and construction principles, the newest construction technologies;
The ability to carry out engineering research and evaluation;
The ability to select reliable technical solutions and strategies;
The ability to design, organize and manage construction works processes, to reasonably utilize construction materials and energy resources, minimize costs, to carry out construction qualitative assessment;
The ability to evaluate materials, structures research data, to select the appropriate calculation methos, to prepare building structural part's project and supervise its implementation, to apply the newest computer building structures design software;
The ability to manage building design processes, applying building information modelling (BIM) principles;
The ability to investigate buildings and their structural condition, ensure fire protection, civil and labour safety, new construction materials and structure exploitation;
The ability to analyze geotechnical research, geotechnical design and construction tasks, applying technical and technological solutions, to organize and manage project and construction management processes.
What are career opportunities after graduation?
The bechelors of civil engineering are acquire all skills necessary for practical work and they are ready for independent professional activities. They can start practical activities in construction and design companies, expert bureaus, departments of ministries, town and regional municipalities or can continue their master studies.
Programme overview
Main Subject
Engineering - Civil and Structural
Degree
BEng
Study Level
Undergraduate
Study Mode
On Campus
Preserving Gediminas Hill, realizing unconventional architectural projects, and constructing a bridge across the widest and swiftest-flowing river are just a few examples of the aspirations of those who seek to change the world. For those dreaming of making a global impact, even a new building contributes to altering the world's landscape. Throughout history, people have envisioned their own dwellings, from seeking refuge in caves to constructing houses from branches and building bridges across rivers. The evolution of technology has transformed the concept of construction, rendering the notion that a house only requires walls and a roof obsolete. Today, civil engineering stands as a prestigious profession that brings together specialists from various fields, well-versed in constructing solid, tall, and intricate buildings, designing bridges, tunnels, roads, and water supply and cleaning systems. Civil engineers possess the ability to independently build a durable wall, understanding the elements crucial for its longevity. A proficient specialist meticulously examines every aspect of a building and can elucidate the function of each structural element. In the realm of modern civil engineering, professionals undertake ambitious projects, such as erecting nearly one-kilometer skyscrapers or constructing multi-story underground structures. They engage in construction projects on artificial islands in the open sea, and their work on impressive buildings serves as a testament to a country's economic prowess.
While architects focus on a building's exterior, civil engineers prioritize its reliability. Their expertise enables them to construct uniquely designed and intricately shaped buildings. No structure can come to fruition without the input of a civil engineer. This study program imparts knowledge of building and structure design, employing the latest calculation and construction principles, as well as modern construction technologies. Students also learn to conduct engineering research on soils, organize and manage the building and structure design process, evaluate and select reliable technical solutions, and conserve energy resources through the rational use of advanced construction materials. A modern civil engineer embodies the roles of a mathematician, physicist, chemist, and IT specialist rolled into one. Cutting-edge computer software and powerful computers are employed in the building design process, with engineers creating spatial models of buildings and structures long before construction commences. The specialization in the Design of Buildings and Structures aims to prepare specialists well-versed in construction mechanics, building and structure design, construction, and their associated production and equipment technologies.
What will you learn?
Some key abilities and knowledge that Civil Engineering study programme helps students develop and acquire include:
The ability to design buildings and structures, applying the newest calculation and construction principles, the newest construction technologies;
The ability to carry out engineering research and evaluation;
The ability to select reliable technical solutions and strategies;
The ability to design, organize and manage construction works processes, to reasonably utilize construction materials and energy resources, minimize costs, to carry out construction qualitative assessment;
The ability to evaluate materials, structures research data, to select the appropriate calculation methos, to prepare building structural part's project and supervise its implementation, to apply the newest computer building structures design software;
The ability to manage building design processes, applying building information modelling (BIM) principles;
The ability to investigate buildings and their structural condition, ensure fire protection, civil and labour safety, new construction materials and structure exploitation;
The ability to analyze geotechnical research, geotechnical design and construction tasks, applying technical and technological solutions, to organize and manage project and construction management processes.
What are career opportunities after graduation?
The bechelors of civil engineering are acquire all skills necessary for practical work and they are ready for independent professional activities. They can start practical activities in construction and design companies, expert bureaus, departments of ministries, town and regional municipalities or can continue their master studies.
Admission Requirements
15 Jun 2026
4 Years
Sep
Candidates are required to submit an essay(s) for acceptance
Tuition fees
Domestic
4,500 EUR
International
4,950 EUR
Scholarships
TUITION-FREE AND PARTIAL SCHOLARSHIPS FOR BACHELOR'S DEGREE
TUITION-FREE AND PARTIAL SCHOLARSHIPS FOR BACHELOR'S DEGREE
Civil Engineering
Plytinės, Vilnius, Lithuania
# 201-220QS Subject Rankings
48 monthsProgramme duration
4,950 EURTuition Fee/year
15 Jun, 2026Application Deadline
Programme overview
Main Subject
Engineering - Civil and Structural
Degree
BEng
Study Level
Undergraduate
Study Mode
On Campus
Preserving Gediminas Hill, realizing unconventional architectural projects, and constructing a bridge across the widest and swiftest-flowing river are just a few examples of the aspirations of those who seek to change the world. For those dreaming of making a global impact, even a new building contributes to altering the world's landscape.
Throughout history, people have envisioned their own dwellings, from seeking refuge in caves to constructing houses from branches and building bridges across rivers. The evolution of technology has transformed the concept of construction, rendering the notion that a house only requires walls and a roof obsolete. Today, civil engineering stands as a prestigious profession that brings together specialists from various fields, well-versed in constructing solid, tall, and intricate buildings, designing bridges, tunnels, roads, and water supply and cleaning systems.
Civil engineers possess the ability to independently build a durable wall, understanding the elements crucial for its longevity. A proficient specialist meticulously examines every aspect of a building and can elucidate the function of each structural element.
In the realm of modern civil engineering, professionals undertake ambitious projects, such as erecting nearly one-kilometer skyscrapers or constructing multi-story underground structures. They engage in construction projects on artificial islands in the open sea, and their work on impressive buildings serves as a testament to a country's economic prowess.
While architects focus on a building's exterior, civil engineers prioritize its reliability. Their expertise enables them to construct uniquely designed and intricately shaped buildings. No structure can come to fruition without the input of a civil engineer.
This study program imparts knowledge of building and structure design, employing the latest calculation and construction principles, as well as modern construction technologies. Students also learn to conduct engineering research on soils, organize and manage the building and structure design process, evaluate and select reliable technical solutions, and conserve energy resources through the rational use of advanced construction materials.
A modern civil engineer embodies the roles of a mathematician, physicist, chemist, and IT specialist rolled into one. Cutting-edge computer software and powerful computers are employed in the building design process, with engineers creating spatial models of buildings and structures long before construction commences.
The specialization in the Design of Buildings and Structures aims to prepare specialists well-versed in construction mechanics, building and structure design, construction, and their associated production and equipment technologies.
What will you learn?
Some key abilities and knowledge that Civil Engineering study programme helps students develop and acquire include:What are career opportunities after graduation?
The bechelors of civil engineering are acquire all skills necessary for practical work and they are ready for independent professional activities. They can start practical activities in construction and design companies, expert bureaus, departments of ministries, town and regional municipalities or can continue their master studies.Programme overview
Main Subject
Engineering - Civil and Structural
Degree
BEng
Study Level
Undergraduate
Study Mode
On Campus
Preserving Gediminas Hill, realizing unconventional architectural projects, and constructing a bridge across the widest and swiftest-flowing river are just a few examples of the aspirations of those who seek to change the world. For those dreaming of making a global impact, even a new building contributes to altering the world's landscape.
Throughout history, people have envisioned their own dwellings, from seeking refuge in caves to constructing houses from branches and building bridges across rivers. The evolution of technology has transformed the concept of construction, rendering the notion that a house only requires walls and a roof obsolete. Today, civil engineering stands as a prestigious profession that brings together specialists from various fields, well-versed in constructing solid, tall, and intricate buildings, designing bridges, tunnels, roads, and water supply and cleaning systems.
Civil engineers possess the ability to independently build a durable wall, understanding the elements crucial for its longevity. A proficient specialist meticulously examines every aspect of a building and can elucidate the function of each structural element.
In the realm of modern civil engineering, professionals undertake ambitious projects, such as erecting nearly one-kilometer skyscrapers or constructing multi-story underground structures. They engage in construction projects on artificial islands in the open sea, and their work on impressive buildings serves as a testament to a country's economic prowess.
While architects focus on a building's exterior, civil engineers prioritize its reliability. Their expertise enables them to construct uniquely designed and intricately shaped buildings. No structure can come to fruition without the input of a civil engineer.
This study program imparts knowledge of building and structure design, employing the latest calculation and construction principles, as well as modern construction technologies. Students also learn to conduct engineering research on soils, organize and manage the building and structure design process, evaluate and select reliable technical solutions, and conserve energy resources through the rational use of advanced construction materials.
A modern civil engineer embodies the roles of a mathematician, physicist, chemist, and IT specialist rolled into one. Cutting-edge computer software and powerful computers are employed in the building design process, with engineers creating spatial models of buildings and structures long before construction commences.
The specialization in the Design of Buildings and Structures aims to prepare specialists well-versed in construction mechanics, building and structure design, construction, and their associated production and equipment technologies.
What will you learn?
Some key abilities and knowledge that Civil Engineering study programme helps students develop and acquire include:What are career opportunities after graduation?
The bechelors of civil engineering are acquire all skills necessary for practical work and they are ready for independent professional activities. They can start practical activities in construction and design companies, expert bureaus, departments of ministries, town and regional municipalities or can continue their master studies.Admission Requirements
Tuition fees
Domestic
International
Scholarships
TUITION-FREE AND PARTIAL SCHOLARSHIPS FOR BACHELOR'S DEGREE
Value
100% tuition fee waiver
Deadline
20 Apr 2026
Application requirements
QS Event Attendance is NOT required
Entry requirements
You must be admitted to this school to be awarded
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