ABOUT THE PROGRAMME

The Hydrotechnical Engineering study programme provides a comprehensive foundation in the principles, technologies and practical methods used in the management of water resources and hydrotechnical infrastructure. The curriculum integrates engineering fundamentals with specialised knowledge of hydrological processes, water systems, and the design and functioning of hydrotechnical structures.

Studies cover the assessment of water flow dynamics, hydrological data analysis, and the evaluation of riverbeds, channels, ponds and reservoirs. Students gain the competencies required to design and maintain water management systems and structures, including drainage systems, flood protection elements, dams, culverts, embankments and water supply components. Practical training is an essential part of the programme: students engage in field measurements, laboratory work and applied engineering tasks using hydraulic modelling tools, GIS-based analysis and modern digital technologies relevant to hydrotechnical engineering.

The programme emphasises the ability to apply theoretical knowledge to real engineering problems, analyse environmental and technical constraints, prepare technical documentation, and assess the operational and environmental performance of hydrotechnical systems. It aims to develop professionals capable of addressing contemporary challenges related to water resource management, climate impacts, infrastructure resilience and environmental protection.

Graduates of the Hydrotechnical Engineering study program become environmental engineering specialists, equipped with the skills to apply general engineering knowledge and related fields to technological, engineering, and technical challenges. They are trained to organize water management engineering activities that promote the balanced interaction of natural, human, technical, and technological factors. The program fosters entrepreneurial skills, cultivating specialists who understand their rights and responsibilities, work effectively in teams, make independent decisions, and pursue lifelong professional development.

Graduates will be qualified to work in water management construction and design companies, water and environmental protection administration agencies, municipal administration departments overseeing land reclamation and construction projects, as well as in companies involved in the design and construction of renewable energy facilities.

Graduates of the Hydrotechnical Engineering programme can work in institutions and companies involved in water resource management, hydrotechnical construction and maintenance, and environmental monitoring. They may participate in the design and operation of drainage and irrigation systems, flood protection measures, water supply components, and hydrotechnical structures. 

Employment opportunities include engineering and design consultancies, water management and hydrotechnical construction companies, municipal and national environmental or water management agencies, as well as organisations responsible for river basin management and land reclamation. Graduates may also work on projects related to ecological restoration or water-based renewable energy systems, or provide independent engineering and consultancy services in the field. 

Students are awarded a Professional Bachelor's degree in Engineering upon completion of their studies and successful defense of graduation thesis. Graduates can continue their studies and obtain a master’s degree.

Citizens of Lithuania or other member countries of the European Union (EU) or European Economic Area (EEA) and their family members, non-EU and non-EA nationals granted a right of permanent residence in Lithuania, stateless persons and Lithuanian nationals residing abroad can apply through the LAMA BPO information system and can be accepted to the state funded study places or claim for scholarships in accordance with the procedures established by the applicable legislation.  

Applicants who do not meet the criteria can apply to self-funded studies. Tuition fees for the following intake are listed here. 

LIK has one intake per year for studies commencing from September 2nd.  

Citizens of Lithuania or other member countries of the European Union (EU) or European Economic Area (EEA) and their family members, non-EU and non-EA nationals granted a right of permanent residence in Lithuania, stateless persons and Lithuanian nationals residing abroad can apply through the LAMA BPO information system.

Applicants who do not meet the criteria listed above can apply to LIK directly. The steps of the direct application process are explained here.  

If you have questions regarding admissions, email us at admission@lik.tech 

IMPORTANT LINKS


SPECIALISATIONS WITHIN THE STUDY PROGRAMME 

Renewable Energy Engineering

The aim of this specialisation is to provide students with knowledge of the principles of renewable energy production and sustainable use, as well as engineering solutions that ensure its safe and efficient application.

Building Internal Engineering Systems 

The aim of this specialisation is to provide students with theoretical and practical knowledge of the installation and technical maintenance of internal building systems, including water supply, wastewater, heating and ventilation. The focus is on the organisation of installation works and the effective use of these systems in building engineering practice.

Outdoor Engineering Networks 

The aim of this specialisation is to prepare specialists capable of analysing, planning and organising the construction and maintenance of outdoor engineering networks, taking into account social, ecological and economic aspects.

COURSE STRUCTURE

YEAR I
YEAR II
SEMESTER IV

ECTS

Fundamentals of Electrotechnics 3
Hydraulics 3
Drainage and Irrigation  6
Water Supply and Sewerage 6
Professional Practice of Construction Technologies and Organization 6
Optional Subject 3
Fundamentals of Law, Sustainable Development, Business Ethics and Business Communication (elective) 3
YEAR III
SEMESTER V

ECTS

Hydraulic Structures 9
Specialisation Subject 6
Specialisation Subject 6
Research Methodology 3
Water Management Construction Technologies 6
SEMESTER VI

ECTS

Graduation Thesis 9
Final Practice of Professional Activity 12
Specialisation Subject 3
Local Roads 3
Optional Subject 3