Construction beyond our imagination

Thus, the possibilities of construction by 3D printing were outlined by Dott. Arch. Andrea Palazzo from Italy and a member of the Czech Chamber of Graduate Engineers and Technicians in the field of building construction Miroslav Vrana from the Czech Republic, who arrived in Ivano-Frankivsk and, with the assistance of the director of the KZPE "Centre for Educational Innovations" Maria Pochinok, met with scientists from the Institute of Architecture, Construction and Energy and the Institute of Engineering Mechanics Ivano-Frankivsk National Technical University of Oil and Gas within the framework of the 3D printing 3DHCC project for the preparation and renewal of Ukraine1 in the field of investment, innovative education, research and development in Ukraine and the EU.

2«It is important for us to realize that today there is so much attention to Ukraine related to its reconstruction, to the new technologies in construction that exist progressive, reliable and functional, - said Igor Chudyk, rector of IFNTUOG, introducing the guests. – This technology is already used in many countries, the first swallow is already in Ukraine. We hope that such technologies will work in full with us force, and today's meeting will become a platform for developments for the project of possible cooperation."

The main message conveyed to the audience by foreign experts is the shortcomings of using outdated construction technologies, which are still very dependent on hard physical labour, professional training, integrity and thoroughness of human resources. New 3D printing technologies can radically change everything. Today, even with the use of robotics and advanced IT technologies in various industries, the report that the house can simply be "printed", you see, sounds like from the realm of fantasy. But such houses already really exist in Germany, UAE, USA and even in Ukraine – an elementary school in Lviv. And those present even held a piece of "printed" concrete in their hands. Moreover, Andrea Palazzo and Miroslav Vrana convince that construction5 innovation will save time and cost of building materials, but at the same time guarantee strength and environmental friendliness in the operation of the building, that it is not only qualitative, but also profitable. And yet – this is the ability to realize any architectural forms, even those that are limited by our imagination.

Foreign specialists who have been helping us since the first days of the war are ready today to invest their knowledge, experience and funds in Ukraine. And they offer us invaluable experience in 3D construction.

4In cooperation with IFNTUOG, project representatives seek to find support in research and development to improve technological processes, as 3D printing in construction is still developing. On the agenda for the development of construction innovation are still seismic challenges, the development of new mixes for printing, the height of buildings – while these are low (one-, two-story) houses. It should be noted that IFNTUOG was not chosen for cooperation by chance, the university is ready for such cooperation: there are relevant specialties and specialists who will quickly master this experience and will be able to move forward both in innovation and education.

The guests visited the Centre for Innovative Development, got acquainted and evaluated the possibilities of our university regarding 3D printing. At the invitation of IABE Director Myroslav Mazur, Andrea Palazzo and Miroslav Vrana visited the laboratory of the Department of Construction and Energy Efficient Structures of IABE.

The visit of foreign experts gives reason to hope for mutually beneficial cooperation.

 

 

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Будівництво за межами нашої уяви
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Акутуальні новини

Academic Council

 

  1. Ihor Liutak - Ph.D., director of the Institute of Information Technologies, doctor of technical sciences, professor, guarantor of the educational professional program "Informational Technologies for Sustainable Energy Engineering" of the second (master's) level of higher education.
  2. Mykhailo Shavranskyi - deputy director of the Institute of Information Technologies, Ph.D., associate professor of the AKIT department.
  3. Volodymyr Pih - deputy director of the Institute of Information Technologies, Ph.D., associate professor of the Department of Information Technology.
  4. Myroslava Chuyko - Ph.D., associate professor of the Department of the Moscow State University of Technology, guarantor of the first (bachelor's) level of higher education.
  5. Taras Garasymyv - assistant of the Department of Computer Science, head of the professional bureau of IIT employees.
  6. Yaroslav  Zayachuk - Ph.D., associate professor of the Department of Computer Science, responsible for research work of IIT students.
  7. Serhii Zikratiy - Ph.D., Associate Professor of the Department of ITTS, Head of the Education Quality Assurance Department.
  8. Vasyl Sheketa - Ph.D., professor, head of the IPZ department, guarantor of the "Software Engineering" program of the second (master's) level of higher education.
  9. Leonid Zamykhovskyi - Ph.D., professor, head of the ITTS department, guarantor of the educational professional program "Computerized control systems and automation" of the second (master's) level of higher education.
  10. Stepan Melnychuk - Ph.D., associate professor, head of the KSM department, guarantor of the "Computer Engineering" educational professional program of the second (master's) level of higher education.
  11. Mykhailo Gorbiychuk - Ph.D., professor, head of the AKIT department, guarantor of the educational professional program "Automation and computer-integrated technologies" of the third (educational and scientific) level of higher education.
  12. Orest Seredyuk - Ph.D., professor, head of the MIVT department, guarantor of the educational professional program "Metrology and measuring technology" of the third (educational and scientific) level of higher education.
  13. Andriy Oliynyk - Ph.D., professor, head of the PMA department, guarantor of the educational professional program "Applied Programming and Computing" of the first (bachelor's) level of higher education.
  14. Petro  Reiter - doctor of technical sciences, professor, head of the department of EMiTD.
  15. Viktoriya Bandura - Ph.D., associate professor of the Department of Industrial Engineering, guarantor of the "Software Engineering" program of the first (bachelor's) level of higher education, employee of the licensing and accreditation department.
  16. Vitalya Kropyvnytska - Ph.D., associate professor of the Department of Computer Science, guarantor of the "Computer Engineering" educational professional program of the first (bachelor's) level of higher education.
  17. Myroslav  Kogutyak - candidate of technical sciences, associate professor of AKIT department, guarantor of educational professional program "Automation and computer-integrated technologies" of the second (master's) level of higher education.
  18. Vasyl Boryn - Ph.D., associate professor of the AKIT department, guarantor of the educational professional program "Automation and computer-integrated technologies" of the first (bachelor's) level of higher education.
  19. Mykola Pasieka - Ph.D., professor of the Department of Industrial Engineering, guarantor of the educational professional program "Information Systems and Technologies" of the first (bachelor's) level of higher education.
  20. Mykola Nikolaychuk - Ph.D., associate professor of AKIT department, guarantor of the educational professional program "Computerized control systems and automation" of the first (bachelor's) level of higher education.
  21. Rostyslav  Skrypyuk - Ph.D., associate professor of the AKIT department, guarantor of the System Engineering. Internet of Things" of the first (bachelor's) level of higher education.
  22. Nataliya Pindus - Ph.D., associate professor of the Department of the Moscow State University of Technology, guarantor of the "Metrology and Measuring Techniques" program of the second (master's) level of higher education.
  23. Borys Nezamai - Ph.D., associate professor of the Department of Medical Sciences.
  24. Andrii Yavorskyi - candidate of technical sciences, associate professor of the department of EMiTD.
  25. Andriy Semenchuk - candidate of technical sciences, associate professor of the Department of Technical Education.


Student representatives:

 

  1. Andrii Romaniuk, student of the ITTS-20-1 group, head of the IIT student council.
  2. Roman Yaremak, student Ki-20-1, head of the IIT student professional bureau.
  3. YuliyaHryhorash, student of group IVE-20-1.


Industry representatives:

 

  1. Yuriy Bezgachnyuk, head of the talent development center in Ivano-Frankivsk and Zakarpattia region ( Talent Acceleration Center Lead).
  2. Volodymyr Yakubovsky, Delivery Manager at Avenga.
  3. Mykhailo Sheludyakov, coordinator of the Ivano-Frankivsk location of the Epam company.

 

Secretary of the academic council of the institute:

 

  1. Lyubov Samaniv - assistant of the department of the Institute of Medical Sciences.


Order 44 of March 3, 2023


Regulations on the institute

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Validation of MSc Informational Technologies for Sustainable Energy Engineering (ITSEE)

Validation of MSc Informational Technologies for Sustainable Energy
Engineering (ITSEE) with Ivano-Frankivsk National Technical
University of Oil and Gas (IFNTUOG), Ukraine.


Date: 27/04/2023
Time: 10:00am-2:00pm (BST)
Location: MS Teams


Indicative Schedule (BST):


Private Panel Meeting 1:00-1:45
Break 10:45-11:00
Meeting with Course Team and Collaborative Partner 2:00-3:30
Break 3:30-3:40
Private Panel Meeting 3:40-4:00
Feedback and Provisional Outcome 4:00-4:10
Close of meeting 4:10


Indicative Areas of Discussion:


- Rationale and Market
- Staffing and Physical Resources
- Recruitment, Admissions and Marketing
- Teaching, Learning and Assessment
- Course Content (Including Modules)
- Employability
- Professional, Regulatory and Statutory Bodies (PSRBs)
- Technology Enhanced Learning (TEL)
- Management and Quality Assurance Arrangements (Including External Examining, Examination
Boards, Course Monitoring, Student Feedback, etc.)
- Student Support
- Equality and Diversity

 

 

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Validation of MSc Informational Technologies for Sustainable Energy Engineering (ITSEE)
Additional news information:

Informational Technologies for Sustainable Energy Engineering (ITSEE)

EDUCATIONAL PROFESSIONAL PROGRAM

Informational Technologies for Sustainable Energy Engineering

second (master's) level of higher education

by specialty 175 Information and measurement technologies fields of knowledge

17 Electronics, automation and electronic communications

Qualification: master's degree in information and measurement technologies

( MSc in Informational Technologies for Sustainable Energy Engineering )

 

 

MSc in Informational Technologies for Sustainable Energy Engineering

 

Dual Degree Programme

You will get 2 graduation diplomas from:

Ivano-Frankivsk National Technical University of Oil and Gas

London South Bank University

 

Length of course/start and finish dates

Mode Length years Start - month Finish - month
Full time 1.5  September December

 

Distinctive features of course

The distinctive features of the MSc in Informational Technologies for Sustainable Energy Engineering course are:

  • Interdisciplinary curriculum: The course is designed to provide a comprehensive understanding of both sustainable energy engineering and information technology. It combines courses in sustainable energy technologies, renewable energy systems, energy modelling, and energy efficiency with courses in data analysis, hardware and software development.
  • Practical focus: The course has a strong practical focus, with hands-on labs, projects and assignments that give students the opportunity to apply their knowledge and skills to real-world problems. 
  • Industry connections: The course is designed in collaboration with industry partners, which ensures that students receive practical, up-to-date knowledge and skills that are relevant to the sustainable energy industry. The course also provides opportunities for students to network with industry professionals and engage in real-world projects.
  • Research focus: The course is research-focused, with opportunities for students to engage in research projects in collaboration with school members and industry partners. This allows students to develop research skills and contribute to the development of sustainable energy technologies.
  • Global perspective: The course takes a global perspective, with a focus on the challenges and opportunities of sustainable energy engineering as a global world problem.

Overall, the MSc in Informational Technologies for Sustainable Energy Engineering course provides students with a unique combination of knowledge and skills in sustainable energy engineering and information technology, with a strong practical and global perspective.

Course Aims

The MSc in Informational Technologies for Sustainable Energy Engineering course aims to:

 

  1. develop students' knowledge of sustainable energy technologies, renewable energy systems, energy efficiency, and energy modelling
  2. provide students with a strong foundation in information technology, including data science, hardware and software development
  3. provide students with the opportunity to work on real-world projects and engage with industry partners, to develop practical skills and knowledge that are relevant to the sustainable energy industry
  4. develop students' research skills and provide them with opportunities to engage in research projects in collaboration with school members and industry partners
  5. promote a global perspective on sustainable energy engineering, and provide students with the opportunity to work on projects connected with global context

 

Entry requirements


●    Bachelor degree in engineering
●    Passing English Placement Test according to Ukrainian regulations (Unified State Exam), IELTS level 6.5.
●    Passing internal IFNTUOG test on professional competency
●    Motivation letter.
 

Освітня програма IT4SEE

 

 

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