For the convenience of VGTU students – the latest Internet gateway in Lithuania

August 28, 2015
In September, not only the teachers with interesting lectures are waiting for the students of Vilnius Gediminas Technical University (VGTU), but also the renewed and most innovative Internet gateway for students – “Mano VGTU”.  It will work on a “one-window” principle, providing access to the University information system, e-mail, library, virtual learning and other environments.
 
“It is a comfortable and friendly space for our students – they can find all necessary information there. Students will easily find answers to their problems, reach necessary information about studies, library, regulations of the internal study processes; find forms and templates of documents, information about international studies, scholarships and important contacts,” – said Eglė Radvilė, the Head of Information Technologies and Systems Centre at VGTU.
 
While programming the new Internet gateway for students, we drew particular attention to the recent trends – more and more people are actively using tablet computers, or smartphones, performing a part of computer functions. The latest Media Research revealed that the amount of mobile Internet users is increasing, comprising 32 per cent of the total Internet audience.
 
“In the light of this statistics as well as Google recommendations, we created “Mano VGTU” according to the latest Responsive Design, which is perfectly-aware of various sizes of screens of computers and tablet computers, as well as other mobile devices. It is necessary to take into account the audience – the modern young people,” – E. Radvilė underlined the advantages of “Mano VGTU”.
 
The Head of Information Technologies and Systems Centre at VGTU drew attention to the renewed “First Year Student‘s Guide”, located at “Mano VGTU”, the innovation, which will assist our students. It will help the beginners to make their first steps, finding out about VGTU and studies at our University, learning about other opportunities (studies at the University and training abroad, career planning), as well as finding out about students‘ leisure and other activities.   
 
“From now on, students will be able not only to find their assessments, but also compare them with the results of their friends – this should motivate them to work harder. The students, who would like to gain more knowledge, will find the list of recommended literature for each semester,” – said E. Radvilė, explaining that everything is for the benefit and convenience of our students.
 
Eglė Radvilė, the Head of Information Technologies and Systems Centre at VGTU, in case of failure to connect to http://mano.vgtu.lt, advised students to contact VGTU Service Department by e-mail: pagalba@vgtu.lt or phone: 852744918.
 
 
 

Related news

New doctoral dissertation
New doctoral dissertation
VILNIUS TECH Library invites you to follow the published new dissertations. The dissertation „Research and application of biofiltration materials in the purification of biogas from hydrogen sulfide“ prepared at VILNIUS TECH by Kamyab Mohammadi. The dissertation was prepared in 2022–2026. Scientific consultant – Assoc. Prof. Dr Rasa Vaiškūnaitė. The dissertation was defended at the public meeting of the Dissertation Defense Council of the Scientific Field of Environmental Engineering in the Aula Doctoralis Meeting Hall of Vilnius Gediminas Technical University at 10 a.m. on 15 June 2026. This dissertation analyzes the removal of hydrogen sulfide (H₂S) from biogas via biofiltration. The study addresses one of the major challenges in biogas utilization, effective H₂S removal, since this compound is toxic and corrosive, and significantly reduces the operational efficiency and service life of biogas energy systems. The main object of the research is biofiltration materials intended for hydrogen sulfide removal from biogas: biochar produced from sewage sludge, cellular lightweight concrete (CLC) waste, and polyurethane foam (PUF). The doctoral dissertation aims to increase the efficiency of hydrogen sulfide removal from biogas and to enhance the operational stability of the biofilter by applying physically and chemically modified as well as unmodified waste-derived materials within the biofiltration process. The dissertation consists of an introduction, a literature review, chapters on methodology and results, general conclusions and recommendations, and lists of references and the author’s publications related to the dissertation topic. The Introduction presents the research problem and its relevance, describes the research object, formulates the aim and objectives, outlines the research methodology, scientific novelty, and practical significance of the results, and states the defended propositions. The First Chapter reviews biotechnologies for hydrogen sulfide removal from biogas, with particular emphasis on biofiltration mechanisms, the properties of biofilter packing materials, and the key factors determining process efficiency. The Second Chapter describes the experimental methodologies used to select biofiltration materials, determine their physicochemical and adsorption properties, inoculate and cultivate microorganisms, evaluate hydrogen sulfide removal efficiency, and the mathematically model the biofiltration process. The Third Chapter presents the results of theoretical and experimental investigations of innovative filtration materials, revealing the relationship between their properties and modification with microbial establishment, biofilm formation, and filter performance in hydrogen sulfide removal, and compares experimental results with mathematical modeling outcomes. Eight scientific papers related to the dissertation topic have been published: two in Web of Science-indexed journals with an impact factor, one in a Web of Science-indexed journal without an impact factor, four in other internationally indexed journals, and one in a conference proceedings volume indexed in the Scopus database. Seven presentations on the dissertation topic were given at national and international scientific conferences. Doctoral dissertation readers can search via VILNIUS TECH Virtual Library.  
More
€75,000 Funding Opportunity for Women-Led Deep Tech Startups
€75,000 Funding Opportunity for Women-Led Deep Tech Startups
Women-led deep tech startups are invited to apply for the European Union-funded "Women TechEU 2" program. This initiative aims to strengthen women's entrepreneurship in the technology sector, foster innovation, and help promising startups prepare for further growth and attract additional funding. Selected participants will receive a €75,000 grant and the opportunity to take part in a six-month tailored business development program. During this period, startups will be provided with mentoring, consulting, and training services designed to accelerate business growth and enhance competitiveness in the international market. The total budget for the "Women TechEU 2" program is €12 million. The plan is to fund 160 women-led startups from across Europe. Application Process The application process for the new call consists of two stages. First, applicants must submit an application for the Eligibility Strand to verify whether the startup meets the program's requirements. Applicants deemed eligible will then be invited to submit a Full Proposal. The eligibility assessment stage began on June 1, 2026. Applications are accepted on a rolling basis, with evaluations conducted weekly – the weekly submission deadline is every Tuesday by 18:00 (17:00 CEST). The first deadline is June 30, 2026, and the final deadline is July 13, 2027. Applicants will receive their eligibility assessment results no later than one week after the respective submission deadline. Who Can Apply? The program is designed for women-led, early-stage deep tech startups. To be eligible for funding, the following conditions must be met: At least one founder or co-founder of the startup is a woman; A woman holds a top-level executive position (CEO, CTO, or equivalent); Women hold at least 25% of the company's shares. Program Objectives The "Women TechEU 2" program aims to: Promote women's entrepreneurship in the deep tech sector; Help innovative startups scale up and attract additional European Union funding; Strengthen European innovation ecosystems; Support the development and commercialization of new technologies. Potential applicants are encouraged to review the application guidelines in advance and avoid waiting until the final deadline to submit their proposals. More information can be found here: https://womentecheurope.eu/active-calls/
More