Study field
Technology
Area of study
Civil engineering
Degree
Bachelor of Science in Technology + Master of Science in Technology
Credits
180 (bachelor's) + 120 (master's) ECTS credits
Duration
3 + 2 years (3 years of bachelor's studies + 2 years of master's studies)
Language
English
Study type
Degree studies
Form of study
Contact teaching
Location
Lahti
When to apply
Rolling admission
1 September 2026–30 April 2027 at 15:00 (UTC+3)
Tuition fee
Fees for non-EU/EEA students: Application fee EUR 100, tuition fee EUR 12,000/academic year. An early bird discount of EUR 2,000 is available for the first year. No fees for EU/EEA students.
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Why study civil engineering?

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Everything we do depends on the functionality of the built environment: how we live, work, study, or travel. Our well-being is based on healthy indoor air, comfortable indoor temperatures, and the ability to move safely and efficiently through neighbourhoods, streets, and cities. As society changes, so does the built environment, shaping and being shaped by the way we live.

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The Bachelor's Programme in Civil Engineering tackles the most critical challenges of the built environment. It prepares you to address major societal transformations such as the energy transition, urbanisation, resource efficiency, climate change, and digitalization.The goal is to create technology-driven growth, transform business models, and develop resilient infrastructure.

How to apply?

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Apply to the programme through rolling admission: complete the online application form and submit required documents during the admission period.

If you meet all the requirements, you will receive admission without any competition, as long as there are places available.

  1. Check the admission requirements
  2. Prepare your documents
  3. Send out your online application
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Degree structure and studies

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The Bachelor's Programme in Civil Engineering leads to the degree of Bachelor of Science in Technology, B.Sc. (Tech.), which is 180 ECTS credits.

What will you learn in the programme?

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The programme gives you the mathematical and scientific foundation to solve practical problems. You will have the technical knowledge needed for development, design, and management roles in civil and construction engineering. You will recognise the societal relevance of civil engineering and the ecological, economic, and social dimensions of sustainable development and apply this understanding in your work. 

After completing the degree, you will be equipped to consider all dimensions of sustainability in design, development, and decision‑making. You will also have comprehensive digital skills.

The programme prepares you for master’s studies in civil engineering. You will be able to assess your strengths and interests to choose the specialisation that suits you best. You will develop your expertise through your choice of minor subject and thesis topic, guiding you toward technical design and development, project management, business and life‑cycle economy, or community and urban development.
 

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Programme contents

  • Structural engineering
  • Sustainable materials and environment
  • BIM and data management
  • Infrastructures
  • Built environment and society

How will you learn in the programme?

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The programme takes place on LUT’s Lahti campus and includes company and construction site visits and several days on LUT’s Lappeenranta campus. Courses involve practical exercises in both virtual environments and materials laboratories.

During the first two years, you will study alongside students of the Bachelor’s Programme in Sustainable Construction Technology. This combination of research‑based education and a business‑oriented perspective offers a unique opportunity to develop skills that are highly sought after in the professional world. 
 

Your studies include:

  • theory lectures  
  • exercises  
  • company visits  
  • projects  
  • independent and group assignments  
  • laboratory work
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What you can do with your degree?

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As a civil engineer graduate, you will be able to identify and tackle the most pressing challenges facing the built environment. You will understand that the field goes well beyond buildings, streets, and infrastructure and learn to develop solutions to the most significant societal challenges, such as the energy transition, climate change, resource efficiency, safety, and digitalisation.

You will gain strong technical expertise combined with a deep understanding of business, society, and people. This prepares you to lead change and become an innovator of the built environment, capable of delivering projects of major societal and economic importance.

You will be able to turn large-scale phenomena into concrete, impactful solutions that will transform the construction business. After graduation, you will be ready to pursue an international career and work effectively in a global environment.
 

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Job options for graduates

  • Development manager
  • Coordinator in various fields of the built environment
  • Infrastructure engineer
  • Structural engineer
  • BIM specialist
  • Urban planner
  • Lead specialist

Continue your studies in a master's programme

After completing a bachelor's degree in civil engineering, you can continue your studies directly in the Master's Programme in Civil Engineering at LUT, which covers the key areas of the built environment with a strong emphasis on sustainability and impact.

The master's programme will offer you strong skills to learn to identify and solve the most important challenges of the future. You will understand that the built environment is more than just buildings, streets, and infrastructure. You will find solutions to the most significant societal challenges, such as the energy transition, climate change, resource efficiency, safety, and digitalization.

The master’s programme will start in 2028, and you will graduate within two academic years.

Quality of education

We are committed to providing high-quality education. LUT University is one of the world’s top 300 universities in the Times Higher Education (THE) World University Rankings, which is one of the most highly regarded university ranking systems.

See also