VGTU Achievements of 2016

December 30, 2016
As the year approaches to an end, it is common to look back at the past year and sum up what has been achieved. The outgoing year 2016 was truly generous with outstanding achievements by members of Vilnius Gediminas Technical University (VGTU) community. It would take many pages to list all of them, but today we would like to remember the most memorable 7 achievements; those, which attracted the most public attention and gained the most publicity in the press in 2016:
 
1. Extremely durable asphalt mixture
 
 
VGTU scientists created an asphalt mixture which withstands a long-term static load. The asphalt mixture is unique in Lithuania. It ensures durability of heavy traffic roads, streets and other traffic areas. This product can also be used for aerodromes' apron areas and ramps, port quays and terminals.
 
 
2. Insulating materials from sheep wool waste
 
 
VGTU scientists developed a method to benefit from sheep wool waste – production of ecological insulating materials. The properties of such materials are very similar to contemporary-classics in insulation materials, but materials produced from recycled wool waste are environmentally friendly during whole period of use and at the end of their life cycle are easily disposed of by using mechanical recycling.
 
 
3. A significant contribution in the field of electrochemistry
 
 
A joint VGTU and VU team of scientists was working on more efficient ways to produce energy from biomass and created an efficient biocathode. The invention of Lithuanian scientists was acknowledged by the global scientific elite – their paper was published in a prestigious multidisciplinary international journal “Energy & Environmental Science”.
 
 
4. The first VGTU's European patent – bio-filter
 
 
Using biotechnologies, a unique bio-filter was created by VGTU scientists. This new product helps to regulate the level of pollution and contributes to solving an especially relevant problem – mitigation of climate change. This achievement granted a first European patent in VGTU's history.
 
 
5. Heated and self-drying bath mat
 
 
VGTU students came up with an idea for heated and self-drying bath mat. Their new product "Warm Feet Mat" works almost like heated floors. There are weight sensors in the mat, activating continuous 15-minute heating cycle when someone stands on it. The mat is charged with a simple mini-USB charger, just like the one we use for our smart phones.
 
 
6. Vehicle control system based on the Internet speed
 
 
Engineers of VGTU “LinkMenų fabrikas“ together with telecommunication company “Tele2” developed a unique vehicle control system based on the Internet speed. The system allows a vehicle to drive at the speed of the 4G Internet in that area: megabits per second are converted into kilometres per hour.
 
 
7. The first digital campus in Lithuania
 
 
VGTU scientists made a first step towards a digital city. They have created a digital prototype of VGTU Saulėtekis campus, which is the first of its kind in Lithuania. A modern digital city is a smart model of a city based on the latest technologies, which encompasses enormous amount of data and information on buildings, their environment, roads, green zones, trees etc.
 
 
We are very proud of the achievements of VGTU scientists, students and other members of the community, and hope that the next year will be at least as generous with achievements, discoveries and pleasant moments as 2016!

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New doctoral dissertation
New doctoral dissertation
VILNIUS TECH Library invites you to follow the published new dissertations. The dissertation „Twin transition impact assessment model for agricultural performance in the context of sustainability“ prepared at VILNIUS TECH by Kristina Šermukšnytė-Alešiūnienė. The dissertation was prepared in 2020–2026. Scientific consultant – Dr Rasa Melnikienė. The dissertation was defended at the public meeting of the Dissertation Defence Council of the Scientific Field of Economics in the Aula Doctoralis Meeting Hall of Vilnius Gediminas Technical University at 10 a. m. on 22 September 2026. The twin transition in agriculture, combining the digital and green transitions, is one of the key directions of the European Union’s strategy for developing a more sustainable, resilient, and competitive agricultural sector. This dissertation addresses the problem of how to assess the impact of digital and green transitions on agricultural performance in the context of sustainability. The dissertation aims to develop and empirically substantiate the Twin Transition Impact Assessment Model. The model integrates three assessment levels: farm-level adoption and economic performance; the bioeconomy and value-chain level; and the national and regional context level. Structural asymmetries and enabling mechanisms are included as cross-cutting components. A mixed-methods research design was applied, combining scientific literature analysis, conceptual synthesis, case-study analysis, structured survey analysis, comparative assessment, correlation and regression analysis, sensitivity analysis, semi-structured interviews, document review, and the synthesis of empirical findings. The empirical basis consists of five interconnected studies covering small-farm digitalisation, digital technology adoption in sustainable agriculture and the bioeconomy, the twin transition in Lithuania and Romania, food supply-chain digitalisation, and structural asymmetries in Lithuania’s bioeconomy transition. The empirical results show that the twin transition improves agricultural performance when digital and green solutions are integrated across the farm, value chain, and regional and national levels. Digitalisation supports labour efficiency, planning, customer relations, investment decisions, loss reduction, traceability, product quality, and supply-chain visibility, while also contributing to resource efficiency, renewable energy use, water-use efficiency, emissions reduction, carbon sequestration, and climate resilience. The empirical evidence indicates that the effects of digital and green transitions depend on infrastructure, investment capacity, policy support, digital skills and institutional conditions. The results also show structural differences in transition outcomes: higher investment intensity does not automatically produce stronger economic results, and digital adoption may occur separately from ecological production orientation. On this basis, the dissertation concludes that digital and green transitions can strengthen agricultural performance and sustainability when they are integrated, context-specific and supported by enabling mechanisms. The proposed model provides a scientific and practical framework for assessing agricultural performance under the twin transition across farm-level, bioeconomy and agri-food value-chain, regional-national and structural dimensions. Doctoral dissertation readers can search via VILNIUS TECH Virtual Library.
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