Climate Crisis and Information and Communication Technologies
1st Semester
ΨΣ-ΜΚΚ-301 Energy Systems and Climate Crisis [M]
- Course Code ΨΣ-ΜΚΚ-301 Type of Course Mandatory [M]
- Semester 1st Semester Faculty Ioannis Maniatis
- ECTS Credits 7,5
ΨΣ-ΜΚΚ-302 Smart State – Digital Multi-Level Governance [M]
- Course Code ΨΣ-ΜΚΚ-302 Type of Course Mandatory [M]
- Semester 1st Semester Faculty Ioannis Maniatis
- Angeliki Alexiou
- Α. Doganis
- ECTS Credits 7,5
ΨΣ-ΜΚΚ-303 Digital/Smart Agriculture – Environment, International Practices [M]
- Course Code ΨΣ-ΜΚΚ-303 Type of Course Mandatory [M]
- Semester 1st Semester Faculty Ioannis Maniatis
- George Vouros
- Α. Doganis, Μ. Κorasidis
- ECTS Credits 7,5
ΨΣ-ΜΚΚ-304 Climate Crisis, ICT and Transportation [M]
- Course Code ΨΣ-ΜΚΚ-304 Type of Course Mandatory [M]
- Semester 1st Semester Faculty Michael Filippakis
- A. Polydoropoyloy, I. Lagoudis, A. Tsirimpa
- ECTS Credits 7,5
2nd Semester
ΨΣ-ΜΚΚ-701 Energy and Digitilization – European and National priorities [M]
- Course Code ΨΣ-ΜΚΚ-701 Type of Course Mandatory [M]
- Semester 2nd Semester Faculty Ioannis Maniatis
- Stefanos Gritzalis
- ECTS Credits 7,5
ΨΣ-ΜΚΚ-702 Smart Cities and Communities – Principles and Technologies [M]
- Course Code ΨΣ-ΜΚΚ-702 Type of Course Mandatory [M]
- Semester 2nd Semester Faculty Ioannis Maniatis
- Constantinos Lambrinoudakis
- Symeon Retalis
- Demetrios Sampson
- Athanasios Kanatas
- Α. Doganis, A. Sepetis
- ECTS Credits 7,5
ΨΣ-ΜΚΚ-703 Advanced Applications of Digital Agriculture and Sustainability [M]
- Course Code ΨΣ-ΜΚΚ-703 Type of Course Mandatory [M]
- Semester 2nd Semester Faculty Ioannis Maniatis
- Μ. Κorasidis, G. Zalidis
- ECTS Credits 7,5
ΨΣ-ΜΚΚ-704 Climate Crisis, ICT and Logistics [M]
- Course Code ΨΣ-ΜΚΚ-704 Type of Course Mandatory [M]
- Semester 2nd Semester FacultyΑ. Polydoropoyloy, I. Lagoudis, A. Tsirimpa
- ECTS Credits 7,5
3rd Semester
ΨΣ-ΜΚΚ-900 MSc Thesis [M]
- Course Code ΨΣ-ΜΚΚ-900 Type of Course Mandatory [M]
- Semester 3rd Semester FacultyMember of faculty
- ECTS Credits 30
The master thesis project is carried out under the supervision of one of the faculty members and involves – at a first stage – the identification of the research topic/ technological problem to be addressed and the research of literature for existing state-of-the-art. The output of the project, namely the description of the research area, the problem formulation, the solution definition and implementation and the illustration of results and final conclusions and recommendations, is presented in the master thesis.
The master thesis project aims to
- Extend the student’s academic skills, introduce them to a certain research area and potentially motivate them to continue their research work beyond the completion of their Master’s Degree. This may be achieved not only by exploiting particular skills and knowledge acquired from taught courses but also by enhancing their ability to tackle a novel research area and/or problem.
- Expand the student’s professional skills by developing/improving their ability to research, manage/organise information, think creatively, pursue innovation and report adequately the findings of their research.