Home
Home
Sitemap
Mano VILNIUSTECH
lt
  • About University
    • Rector‘s Welcome
    • Documents
    • Structure
    • Rankings
    • History
    • Awards
    • Library
    • Public Relations
    • Quality Assurances and Services
    • Periodicals
    • Student life at VILNIUS TECH
    • Academic support for teachers
    • For Alumni
  • For international students
    • Programmes in English 2025/2026
    • Admission 2025/2026 Scholarships
    • For exchange students
    • Free Movers
    • Transfer studies
    • Erasmus+ studies and traineeships
    • Mentor programme
    • Student testimonials
    • Accommodation
    • Career Services
    • Medical Care
    • Immigration Regulations
    • Leisure and Student Activities
    • Useful information
    • VILNIUS TECH for Creators of Tomorrow
    • Mental and spiritual support
    • Representatives Abroad
    • Contacts
    • Computer Engineering
  • Studies
    • Freshman's Guide
    • Digital Badge system
    • New academic information
    • Study Programmes
    • Doctoral Studies
    • Study timetables
    • Duplicates and Study Certificates
    • Career Services
    • Study documents
    • Student help student
    • For students with individual needs
    • Admission
    • Assessment and Recognition of Non-formal and Informal Competencies
  • Research and innovation
    • Research focus
    • News & Events
    • Doctoral Studies
    • Projects
    • Conferences and Events
    • Research Publications
    • Research Departments
    • Contacts
  • For business
    • Knowledge and Technology Transfer Centre
    • LinkMenų fabrikas
    • Sustainability Hub
    • Research and Services
    • Projects
    • Welcome to cooperate
    • Lifelong Learning
    • Contacts
  • VILNIUS TECH international
    • News
    • ATHENA European university alliance
    • International partnership
    • International networks
    • International projects
    • Erasmus+ staff mobility
    • International events
    • International Relations Office contacts
  • Faculties
    • Antanas Gustaitis‘ Aviation Institute Antanas Gustaitis‘ Aviation Institute
    • Environmental Engineering Environmental Engineering
    • Architecture Architecture
    • Electronics Electronics
    • Fundamental Sciences Fundamental Sciences
    • Creative Industries Creative Industries
    • Mechanics Mechanics
    • Civil Engineering Civil Engineering
    • Transport Engineering Transport Engineering
    • Business Management Business Management
    • Lithuanian Maritime Academy Lithuanian Maritime Academy
Home
Home
lt
Home For international students Modern trends in sustainable transport: challenges and opportunities
  • Programmes in English 2025/2026
  • Admission 2025/2026 Scholarships
  • For exchange students
  • Free Movers
  • Transfer studies
  • Erasmus+ studies and traineeships
  • Mentor programme
  • Student testimonials
  • Accommodation
  • Career Services
  • Medical Care
  • Immigration Regulations
  • Leisure and Student Activities
  • Useful information
  • VILNIUS TECH for Creators of Tomorrow
  • Mental and spiritual support
  • Representatives Abroad
  • Contacts
  • Computer Engineering
Modern trends in sustainable transport: challenges and opportunities
2024-12-17

Modern trends in sustainable transport: challenges and opportunities

Although cities occupy only 3% of the Earth's land, they are home to about 3.5 billion people, or half of the world's population, which leads to them accouting for 95% of the carbon dioxide emissions from the transport sector. As the number of city residents continues to grow, so do air pollution levels, traffic congestion, and, subsequently, more wasted money and time, harm to public health, and damage to the environment. Experts unanimously agree: these problems can be addressed by developing sustainable transport.

Sustainable transport, which is celebrated globally on November 26, is a mode of movement or its organization that has a smaller environmental impact, reduces traffic jams, and contributes to improving quality of life as well as public health.

Sustainable mobility includes walking, cycling, scooter riding, public transport, as well as eco-friendly cars, transit-oriented traffic reduction, the use of shared transport, and the development of efficient and environmentally friendly urban transport systems, which not only save city space but also encourage a healthier lifestyle.

According to Professor Dr. Olegas Prentkovskis, Dean of the Faculty of Transport Engineering at VILNIUS TECH, in the long term, sustainable transport is extremely valuable. For example, traditional transport emits about 25% of all greenhouse gases, whereas sustainable transport emits almost none or significantly less.

"Moreover, it is economically promising, helps create new jobs, positively contributes to sustainable national and international development, and social justice—for example, public transport and non-motorized vehicles become accessible to everyone, regardless of economic, social, or physical differences," shares the Dean of the Faculty of Transport Engineering at VILNIUS TECH.

Changing travel habits is necessary

One of the best examples of sustainable transport is public transport, which is one of the most sustainable, eco-friendly, and efficient modes of transportation. According to Darius Snieska, Regional Manager of UAB “SCANIA Lithuania,” the more people use such services, the more benefit the entire transport infrastructure gains.

Loreta Levulyte-Staskeviciene, head of JUDU, agrees and states that public transport allows cities to be built where air quality improves, noise is reduced, and mobility becomes more convenient, all of which contribute to the higher quality of life. However, to ensure better urban mobility, it is essential to change travel habits.

"This is a huge challenge, for which more buses and trolleybuses are not enough. An effective transport system is created holistically—integrating different transport modes, routes, city planning, and social as well as environmental factors," explains JUDU Director Loreta Levulyte-Staskeviciene. "By 2030, we aim to balance mobility in the capital so that more than 70% of trips within the city will be sustainable—without a car, which means that residents and visitors will choose public transport, micro-mobility, and walking as an alternative."

Public awareness is crucial

According to Darius Snieska, the transport sector is also facing the task of adapting to new market conditions, customer needs, and technologies—alternative fuels are emerging, car-sharing companies are competing with private clients, longer distances are often covered by airplanes, and alternative transport modes are becoming more popular.

Moreover, transport must meet many sustainability requirements—it should be comfortable for the client, quiet, maneuverable, made from recycled materials, easy to maintain and repair, and cause as little environmental pollution as possible, especially in places where people gather.
While vehicles are becoming more efficient and environmentally friendly, new technologies come with additional costs that must be covered by the end consumer.

"Often, the initial investment in new transport technologies is higher, but over their lifetime, they become a much more efficient and financially advantageous alternative to current technologies. It's hard for clients to accept this, as they usually only see the upfront investment, so it's important to educate the market. We must also remember that automation and AI technologies will offer possibilities that current transport cannot. Currently, flexible vehicle service and repair prevention algorithms help cars run longer without unscheduled repairs, which means maintenance cost reduction," says Darius Snieska, Regional Manager of UAB “SCANIA Lithuania.”

It is clear that in order to achieve sustainable changes, it is very important to increase public awareness, change their attitudes, and habits.

"The emergence of alternative energy sources is a very welcome phenomenon, however, even the most eco-friendly car can still cause traffic jams, which swallow a lot of time, and that time comes at a price. The key is not just ecology—transport must be used appropriately," emphasizes Darius Snieska.
About University
About University
Rector‘s Welcome
Documents
Plans and reports
Quality assurance
Structure
Council
Senate
Rector
Rector`s Team
Rectorate
Students` Representation
Rankings
History
Awards
Library
Public Relations
Quality Assurances and Services
Periodicals
Student life at VILNIUS TECH
Academic support for teachers
Group of Educational Competencies
E-learning Group
Psychological Support and Disability Affairs Group
Audiovisual Technology Group
For Alumni
Data Protection Policy
For international students
For international students
Programmes in English 2025/2026
Undergraduate studies
Applied Artificial Intelligence
Artificial Intelligence Systems
Architecture
Automotive Engineering
Aviation Mechanics Engineering
Bioengineering
Building Energy Systems Engineering
Business Management
Civil Engineering
Computer Engineering
Creative Industries
Entertainment Producing
Environmental Technology
Financial Engineering
Information Technologies
Information and Communication Technologies
Marine Electrical and Electronic Engineering
Marine Navigation
Marine Power Plant Operation
Mathematics of Modern Technologies
Maritime Transport Logistics Technologies
Mechanical Engineering
Medical Engineering
Mechatronics and Robotics
Multimedia Design
Sustainability Technologies
Multimedia Design (double degree with Goldsmiths UoL)
Graduate Studies
Aerospace Engineering
Artificial Intelligence Systems
Automotive Engineering
Biomedical Engineering
Building Information Modelling
International Business
Business Leadership
Computer Engineering
Communication of Creative Society
Data Science and Statistics
Digital Twin Technology
Global Economics
Electrical Power and Renewable Energy Engineering
Engineering of Artificial Intelligence
Environmental Engineering and Management
Information Systems Software Engineering
Information and Information Technologies Security
Industrial Engineering and Innovation Management
Financial Engineering (FinTech)
Management of Artificial Intelligence Solutions
Mechatronics Systems
Mechanical Engineering
Nanobiotechnology
Structural Engineering
Sustainability Management
Transport Logistics
Postgraduate Studies
Admission 2025/2026 Scholarships
Admission Requirements for International Students
Country Specific Requirements
Language requirements
Qualification Recognition
Legalization of Educational Documents
How to Apply
Scholarships
VILNIUS TECH Scholarships
State Scholarships
Support for Ukrainians
Tuition and Other Fees
For exchange students
Studies
Internship
International partnership
Contacts
Free Movers
Transfer studies
Erasmus+ studies and traineeships
Mentor programme
Student testimonials
Accommodation
Career Services
Medical Care
Immigration Regulations
Leisure and Student Activities
Useful information
Major information about Lithuania
How to Reach Lithuania
Useful Links
Places to visit in Lithuania
Lithuanian language
Civil Engineering building better future for society and yourself
RECOGNITION OF FOREIGN QUALIFICATIONS
VILNIUS TECH for Creators of Tomorrow
Mental and spiritual support
Representatives Abroad
Contacts
Computer Engineering
Studies
Studies
Freshman's Guide
Digital Badge system
New academic information
Study Programmes
Bachelor and Integrated study programmes
Master study programmes
Doctoral study programmes
Accreditation of study programs
List of courses offered for exchange students
Hybrid learning
Doctoral Studies
Study timetables
Official time of lectures
Duplicates and Study Certificates
Career Services
Career Advisers Bank
Study documents
Student help student
For students with individual needs
Who can get support?
Where can you find support?
Why is it beneficial to disclose?
Admission
For EU/EEA Citizens
For International Students
Assessment and Recognition of Non-formal and Informal Competencies
Research and innovation
Research and innovation
Research focus
News & Events
Doctoral Studies
Programmes and Potential Supervisors
History and Theory of Arts
Informatics
Management
Economics
Communication and Information
Electrical and Electronic Engineering
Civil Engineering
Transport Engineering
Environmental Engineering
Informatics Engineering
Materials Engineering
Mechanical Engineering
VILNIUS TECH DOCTORAL SUMMER SCHOOL 2025
Suggested dissertation topics 2025
History and Theory of Arts
Informatics
Management
Economics
Communication and Information
Electrical and Electronic Engineering
Civil Engineering
Transport Engineering
Environmental Engineering
Informatics Engineering
Materials Engineering
Mechanical Engineering
Study modules
ADMISSION TO DOCTORAL STUDIES 2025
Dates of the main admission to doctoral studies 2025
Application documents
Tuition fees
Regulations on admission to doctoral studies 2025
For externs
Regulations for Research Doctoral Studies
Contacts
Projects
Sustainable building
Environmental and energy technologies
Sustainable transport
Mechatronics
Information and communication technologies
Technology management and economics
Fundamental research on materials and processes
Conferences and Events
Research Publications
Research Departments
Contacts
For business
For business
Knowledge and Technology Transfer Centre
LinkMenų fabrikas
Sustainability Hub
Research and Services
Sustainable Building
Environmental and Energy Technologies
Sustainable Transport
Information and Communication Technologies
Mechatronics
Technology Management and Economics
Projects
Sustainable building
Environmental and energy technologies
Sustainable transport
Mechatronics
Information and communication technologies
Technology management and economics
Fundamental research on materials and processes
Welcome to cooperate
VILNIUS TECH Partners
Lifelong Learning
Contacts
VILNIUS TECH international
VILNIUS TECH international
News
ATHENA European university alliance
International partnership
Erasmus+ partners
Bilateral cooperation agreements
International networks
International projects
International cooperation projects (Erasmus+, etc.)
Erasmus+ staff mobility
ERASMUS+ teaching staff mobility
ERASMUS+ international credit mobility
For erasmus+ administrative staff
Working & Living
Working at VILNIUS TECH
Working in Lithuania (Visa, taxes, etc.)
Joining VILNIUS TECH community
Useful information
International events
International staff week
International Relations Office contacts
Faculties
Faculties
Antanas Gustaitis‘ Aviation Institute
Environmental Engineering
Architecture
Electronics
Fundamental Sciences
Creative Industries
Mechanics
Civil Engineering
Transport Engineering
Business Management
Lithuanian Maritime Academy
Contacts
Contacts
Main contacts
Departments contacts
Staff contacts
Contacts for press
VILNIUS TECH maps
Mano VILNIUSTECH
vilniustech.lt
  • Antanas Gustaitis‘ Aviation Institute Antanas Gustaitis‘ Aviation Institute
  • Environmental Engineering Environmental Engineering
  • Architecture Architecture
  • Electronics Electronics
  • Fundamental Sciences Fundamental Sciences
  • Creative Industries Creative Industries
  • Mechanics Mechanics
  • Civil Engineering Civil Engineering
  • Transport Engineering Transport Engineering
  • Business Management Business Management
  • Lithuanian Maritime Academy Lithuanian Maritime Academy
  • Privacy policy
  • Contacts
  • Alumni
  • E-shop
  • Email for employees
Vilnius Gediminas Technical University
Saulėtekio al. 11, LT-10223 Vilnius
For international students: +370 5 274 5026, +370 5 274 4897,  crypt:PGEgaHJlZj0ibWFpbHRvOnRzY0B2aWxuaXVzdGVjaC5sdCIgdGl0bGU9InRzY0B2Z3R1Lmx0Ij50c2NAdmlsbml1c3RlY2gubHQ8L2E+:xx
For general information: +370 5 274 5030, crypt:PGEgaHJlZj0ibWFpbHRvOnZpbG5pdXN0ZWNoQHZpbG5pdXN0ZWNoLmx0Ij52aWxuaXVzdGVjaEB2aWxuaXVzdGVjaC5sdDwvYT4=:xx
Fax +370 5 270 0112
Legal entity code 111950243,
VAT payer code LT119502413.
crypt:PGEgaHJlZj0ibWFpbHRvOkFudGFuYXMua29udHJpbWFzQHZpbG5pdXN0ZWNoLmx0IiBzdHlsZT0icG9pbnRlci1ldmVudHM6IG5vbmU7Y29sb3I6IHJnYmEoMCwgMCwgMCwgMCk7IHBvc2l0aW9uOiBhYnNvbHV0ZTsiPkFudGFuYXMua29udHJpbWFzQHZpbG5pdXN0ZWNoLmx0PC9hPg==:xx
e-solution Mediapark
e-solution Mediapark
ATHENA