Faculty of Environmental Engineering
BACHELOR DEGREE
Building Energy Systems Engineering
In this study programme students acquire knowledge and skills of planning, implementation, maintenance, analysis and evaluation of building energy supply systems - from energy source to consumers, considering the need for the later as well as its impact on the environment and saving possibilities. Students get the basic knowledge of energy engineering. In addition, students learn to ensure comfortable environment in buildings by means of planning, applying and maintaining heat energy consumption, production and supply systems. After the second year of studies, there is a possibility to choose double diploma studies with VILNIUS TECH and South-East Finland University of Applied Sciences Building energetics. The duration of studies is standard, although students spend one year pursuing education in Finland.
WHAT WILL YOU LEARN:
Energy systems
Heat and gas supply
Heat production
Renewable energy technologies
Indoor climate systems
Heating, ventilation, air conditioning
Water supply and sewerage
Power networks and control systems of the building
Integrated design of buildings
INTERNSHIP OR CAREER OPPORTUNITIES DURING AND AFTER GRADUATION:
In companies working in HVAC (heating, ventilation, air conditioning), heat production and supply
Energy professionals – engineers, designers, work and project managers, consultants, company managers, etc
Work in the design, installation, maintenance and operation of heat generation, heat, electricity or gas supply, space heating, ventilation, air-conditioning and refrigeration, and renewable energy systems in industrial and public buildings using these systems.
BACHELOR DEGREE
Environmental Technology
This study program not only imparts environmental knowledge but also cultivates the skills to monitor and assess the extent of environmental pollution. It enables students to plan and implement engineering measures to prevent environmental pollution, enhance the quality of the environment, and design modern environmental facilities to improve human well-being.
MASTER DEGREE
Building Energy Engineering
MASTER DEGREE
Environmental Engineering and Management (Double degree with RTU)
MASTER DEGREE
Innovative Road and Bridge Engineering
This study programme is designed to train specialists capable of applying knowledge of the science of building engineering and practice to form, assess and independently take effective solutions for the purposes of road maintenance and development. Such solutions are based on systemic, critical and constructive thinking and are scientifically reasoned.
Specialists trained in the programme are able to integrate and cross-apply road sectors’ management theory, innovative technological engineering knowledge related with the progress of construction, economy, other sciences and technologies. Studies focus on computer design of the buildings and on work with the latest profession-based software.
Students completing this joint study programme will receive diplomas of Masters’ qualification degree awarded by two universities – VILNIUS TECH and RTU.
MASTER DEGREE
Innovative Solutions in Geomatics
WHAT WILL YOU LEARN:
Innovative Pavement
Pavement Structure Design
Traffic Safety
Computer Aided Design
Road
Bridge
Bridge Structures
Network Planning
Composite Materials
CAREER OPPORTUNITIES
Work as an engineer or a manager for road design, construction, maintenance companies or organizations
Teaching at a university or college
Work as an engineer or civil servant in a municipality, the Lithuanian / Latvia Road Administrations, the Ministries of Transport and Communications of the Republic of Lithuania / Latvia
- Work as a research expert in institutes and centers;
becoming certified specialists in road or railway companies following one year of work experience
Building a business
Having mastered professional English, enter the global road and bridge engineering market
Studying a Doctoral degree programme in engineering.
This study program is focused on the development of advanced environmental protection technologies, the development of critical thinking and entrepreneurial competences - all this allows for an integrated solution to environmental and business problems. A lot of attention is paid to the challenges dictated by the principles of the circular economy - resource conservation and recovery processes from various polluted streams, life cycle assessment of products and technologies, climate change management technologies. By knowing how to create added value and solve comprehensive challenges, you will have excellent opportunities to establish yourself in the labor market.
WHAT WILL YOU LEARN:
Pollution Control
Resource Management
Green Technology
Environmental Impact Assessment
Climate Change Mitigation
Remediation Technologies
Environmental Policy
Sustainable Infrastructure
Sustainable Design
Life Cycle Assessment
Risk Assessment
Environmental Modeling
Sustainable Water Management
Circular Economy
Environmental Innovation
CAREER OPPORTUNITIES
This program opens up wide career opportunities in the global labor market, which requires the ability to analyze complex business, manufacturing or other natural resource management activities and implement sustainable solutions. The need for these specialists is:
In consulting companies
In industrial companies
In governmental and international institutions
In urban planning and management organizations
In research institutes, etc
The study programme in Building Energy Engineering covers many areas from simulating a building and energy systems, thermodynamic and life cycle analysis to the integration of renewable energy systems and processes and energy demand management.
Such specialists are able to apply innovative technologies and smart solutions for evaluation, design, installation, usage, management and maintenance of the building's smart energy systems.
Evaluate the necessity for conducting research in energy engineering, strategize study initiatives, select optimal methodologies and approaches for implementation, investigate and assess outcomes utilizing information technology
Analyze and predict energy procedures, properties of installations and systems, and conduct calculations of their critical parameters
Evaluate energy consumption patterns among consumers, scrutinize potential energy supply avenues, and strategize the adjustment and advancement of energy systems.
Define, examine, model, and enhance processes within building energy systems
WHAT WILL YOU LEARN:
CAREER OPPORTUNITIES
Work in building energy systems planning, design, consultancy, usage and maintenance companies
Work in higher education, research and development, state and municipal institutions
Study for a PhD in Technology Sciences (Mechanical and Civil Engineering)
Air quality
Climate change Mitigation
Water supply and waste water management
Sustainable Environment
Building Information Modeling (BIM)
Waste and Sustainable resource management
Soil and Biodiversity
Environmental research
Environmental biotechnology
WHAT WILL YOU LEARN:
INTERNSHIP OR CAREER OPPORTUNITIES DURING AND AFTER GRADUATION:
Environmental protection institutions as environmental specialists, who assess the environmental impact of various activities and the compliance of enterprises with environmental requirements
Waste management center and companies
Water supply and sewage disposal companies
Energy and industrial or environmental consulting companies
or continue education in Master's degree studies
Real-World Focus: Integrates Geographic Information Systems (GIS), Remote Sensing, and innovative surveying technologies
Tailored for Professionals: Ideal for those seeking multifaceted knowledge applicable in various fields
Skill Development: Graduates acquire expertise in geodesy, BIM, GIS (2D/3D), data analytics, and simulations using Unreal Engine and Unity
Diverse Career Paths: Work in private companies, government agencies, technology firms, and research institutions
Industry Applications: GIS analysis, water management, construction (BIM), forest management, and technology ventures with Surveys equipments
The Geomatics market growth aligns well with the focus of the "Innovative Solutions in Geomatics" program on cutting-edge technologies
Increased Demand for Skilled Professionals: As the Geomatics market expands, there will be a growing demand for professionals with the skills this program offers. Graduates will be well-positioned to take advantage of these opportunities
Focus on Innovation: The program's emphasis on innovative solutions is perfectly aligned with the market's need for new technologies and applications of geomatics
Industry Relevance: The program's curriculum, incorporating real-world applications like those mentioned (GIS, BIM, etc.), prepares graduates to directly address the needs of this growing market
This joint Master's program aims to train specialists in measurement engineering and geomatics. They analyze problems and apply the latest knowledge in geomatics, geodesy, building simulation, cartography, etc., for decision-making, referring to engineering research. The program focuses on evolving technologies in geomatics, geodesy, laser scanning, and remote research methods, emphasizing digitization, simulation, systematization, and the application of geographic information systems. It lasts 1.5 years, with the 1st term at RTU and the 2nd at VILNIUS TECH. Optional courses in the 3rd term are offered at both universities, funded by the Erasmus program. Graduates receive Master's degrees from both universities: Master's in Measurement Engineering (VILNIUS TECH) and Master's in Geomatics Engineering (RTU).
The Faculty of Environmental Engineering at VILNIUS TECH carries out activities corresponding to the level of science and studies of the best technical universities in European countries, attractive to Lithuanian and foreign researchers and students.
The multidisciplinary approach of scientific research carried out at the faculty integrates principles of engineering, science, policy and management to create sustainable solutions to the world's most pressing environmental problems.
Faculty researchers expand the boundaries of knowledge and innovation. The research areas range from reducing the impact of climate change to the use of secondary raw materials in road construction. Faculty researchers lead and conduct innovative research that contributes to the scientific understanding of environmental processes and supports evidence-based decision-making.
We are proud to educate the next generation of engineering leaders through comprehensive degree programs. Our bachelor’s (undergraduate) and master’s (graduate) degree programs are designed to equip students with the technical knowledge, critical thinking skills, and ethical understanding needed to solve complex engineering and technical problems. Whether through hands-on lab experiences, fieldwork opportunities or projects, we empower our students to become agents of positive change.
The Sustainability HUB was established in 2023 at the Faculty of Environmental Engineering. It is a place that combines education, business and science.
Faculty of Enviromental Engineering
The Faculty of Environmental Engineering at VILNIUS TECH carries out activities corresponding to the level of science and studies of the best technical universities in European countries, attractive to Lithuanian and foreign researchers and students.
The multidisciplinary approach of scientific research carried out at the faculty integrates principles of engineering, science, policy and management to create sustainable solutions to the world's most pressing environmental problems.
Faculty researchers expand the boundaries of knowledge and innovation. The research areas range from reducing the impact of climate change to the use of secondary raw materials in road construction. Faculty researchers lead and conduct innovative research that contributes to the scientific understanding of environmental processes and supports evidence-based decision-making.
We are proud to educate the next generation of engineering leaders through comprehensive degree programs. Our bachelor’s (undergraduate) and master’s (graduate) degree programs are designed to equip students with the technical knowledge, critical thinking skills, and ethical understanding needed to solve complex engineering and technical problems. Whether through hands-on lab experiences, fieldwork opportunities or projects, we empower our students to become agents of positive change.
The Sustainability HUB was established in 2023 at the Faculty of Environmental Engineering. It is a place that combines education, business and science.
Solving sustainability problems using data generation, processing and modeling of different origins (Data Modeling Areas)
Sustainable food consumption and waste recycling (Sustainable Consumption Experimental Demonstration Area)
Secondary and multiple use and recycling of materials for the creation of new product prototypes (Eco design zone)
Open theoretical and practical learning zones have been established in the laboratory, promoting the cooperation of individuals participating in different projects, training streams and challenge solving groups, interdisciplinary learning and ensuring the conditions for continuous hybrid learning in each zone
SUSTAIN HUB LABORATORIES AND WORKSHOP SPACES
SUSTAIN HUB LABORATORIES AND WORKSHOP SPACES
Solving sustainability problems using data generation, processing and modeling of different origins (Data Modeling Areas)
Sustainable food consumption and waste recycling (Sustainable Consumption Experimental Demonstration Area)
Secondary and multiple use and recycling of materials for the creation of new product prototypes (Eco design zone)
Open theoretical and practical learning zones have been established in the laboratory, promoting the cooperation of individuals participating in different projects, training streams and challenge solving groups, interdisciplinary learning and ensuring the conditions for continuous hybrid learning in each zone
