MSc in Informational Technologies for Sustainable Energy Engineering

Length of course/start and finish dates

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.