|1st SEMESTER COURSES|
|1||Biology||Akriotis Triantaphyllos||Akriotis T. / Zafiriou E. / Georgi N.|
|2||Chemistry||Kalantzi Olga – Ioanna||Kalantzi O.- I.|
|3||Physics||Matsoukas Christos||Matsoukas Ch.|
|4||Economics and the Environment I||Antonios Skouloudis||Skouloudis A.|
|5||Mathematics||Matsinos Ioannis||Matsinos I.|
|6||Introduction to Environmental Science||Dimitrakopoulos Panayiotis||Dimitrakopoulos P. / Karagianni H. / Balis M.|
|7||Introduction to Computer Science||Theodorou Konstantinos||Theodorou K. / Andreou A.|
|2nd SEMESTER COURSES|
|1||Animal Biology||Akriotis Triantaphyllos||Akriotis T.|
|2||Geology||Gaganis Petros||Gaganis P.|
|3||Economics and the Environment II||Antonios Skouloudis||Skouloudis A.|
|4||Laboratory Course in Analytical Chemistry||Michael Angelidis||Angelidis M. / Karantanellis G.|
|5||Environmental Law||Botetzagias Iosif||Botetzagias I.|
|6||Computer Programming||Theodorou Kostas||Theodorou K. / Andreou A.|
|Introduction to Environmental Science (Erasmus)||Panayiotis Dimitrakopoulos||Dimitrakopoulos P. /Karagianni H. / Balis M.|
|3rd SEMESTER COURSES|
|1||Introduction to Ecology||Troumbis Andreas||Troumbis Α. / Dimitrakopoulos P.G. / Theodorou K. /Matsinos Y. /Akriotis Τ.|
|2||Climatology – Meteorology||Matsoukas C.|
|3||Introduction to Topographic Mapping & GIS||Kontos Themistoklis||Kontos Th.|
|4||Introduction to Environmental Engineering||Stasinakis Α. / Schaelicke Dirk|
|5||Organic Chemistry||Kalantzi Olga-Ioanna||Kalantzi O.-I.|
|6||Research Methods I||Troumbis Andreas||Troumbis A./Karagianni H.|
|4th SEMESTER COURSES|
|1||Plant Biology||Dimitrakopoulos Panayiotis||Dimitrakopoulos P.G. / Zafeiriou Ε. /Georgi Ν.|
|2||Ervironmental Chemistry||Micheal Angelidis||Angelidis M.|
|3||Statistics||Matsinos Ioannis||Matsinos I.|
|4||Environmental Sociology||Botetzagias Iosif||Botetzagias I.|
|5||Water Resourses Management||Gaganis Petros||Gaganis P.|
|6||Spatial Environmental Planning I||Spilanis Ioannis||Spilanis I./Balis M.|
Research Methods in Environmental Engineering
|1||Ecological Theory I||Troumbis Andreas||Troumbis A.|
|2||Environmental Quality Assurance Methods||Hatziantoniou Maria||Hatziantoniou M.|
|3||Hydrogeology||Gaganis Petros||Gaganis P.|
|4||Restoration of Polluted Ecosystems||Fountoulakis Michael||Fountoulakis M.|
|5||Stasinakis A. / Schaelicke Dirk|
|6||Renewable Energy Sources||Haralambopoulos Dias||Haralambopoulos D.|
|7||Environmental Management Studio||Spilanis Ioannis||Spilanis I. / Balis M.|
|8||General Didactics||Skanavis Constantina||Skanavis C.|
|9||Atmospheric Physical Chemistry||Pilinis Christodoulos||Pilinis C.|
|10||Environmental Politics and Policy||Botetzagias Iosif||Botetzagias I.|
|11||Ecosystems Dynamics||Fyllas Nikolaos||Fyllas N.|
|12||Special Topics on Corporate Social Responsibility and Sustainability||Evangelinos Konstantinos||Evangelinos K.|
|13||Economic Valuation of the Environment||Antonios Skouloudis||Skouloudis A.|
|14||Undergraduate Thesis||All teaching staff||All teaching staff|
|1||Undergraduate Thesis||All teaching staff||All teaching staff|
|2||Ecological Theory II||Troumbis Andreas||Troumbis A.|
|3||Sustainable Production and Consumption||Evangelinos Konstantinos||Evangelinos K.|
|4||Climatic Changes||Matsoukas C.|
|5||Energy Analysis||Haralampopoulos Dias||Haralampopoulos D.|
|7||Educational Psychology||Skanavis C.|
|8||Entrepreneurship||Hatziantoniou Maria||Hatziantoniou M.|
|9||Special Topics in Environmental Quality Assurance||Hatziantoniou Maria||Hatziantoniou M.|
|10||Ecological Risk Assessment||Matsinos Ioannis||Matsinos I.|
|11||Ecotoxicology||Kalantzi Olga-Ioanna||Kalantzi O.-I.|
|12||Natural Wastewater Treatment Systems and Waterways||Fountoulakis Michael||Fountoulakis M.|
|Environmental Politics and Policy (Erasmus)||Botetzagias Iosif||Botetzagias I.|
The syllabus of each course is determined by the lecturer. Depending on the course, the syllabus may include lectures, laboratories, applications and educational fieldtrips.
Each course is examined either at the end of the semester with written or oral examinations or with assigned projects during the semester, or with a combination of the two. In the case of failure, a second examining period exists in September of the same year.
In the case of failure in an obligatory course, the student must repeat the course in a following semester. In the case of failure in an elective course, the student must either repeat the course in a following semester or replace it with another elective course. Preparation for final examinations involves the study of the course textbook(s), lecture notes and readings provided by the lecturer.
The course timetable is drawn up at the beginning of each semester and is announced to the students by the Department Administration.
The academic year runs from September 1 to August 31. Each semester includes 14 complete weeks of class time. The winter semester begins mid September and the spring semester begins in the first fortnight of February. The precise dates are determined by the Senate each academic year.
The winter semester examining period is in January-February and spans three weeks. The spring semester examining period is in June over two weeks. The repeat examining period for the two semesters occurs in September for three weeks.
Students must register for courses at the beginning of the semester by the deadline set by the Department Administration. Students may not register for courses which require prerequisites before those prerequisites are completed. Students can take up to eight (8) courses per semester. It is recommended that students consult their Study Advisor when determining their program of study.
The General Assembly of the Department determines the prerequisite courses. For the courses taught by other departments, the determination of the prerequisites comes from the respective department.
To receive a degree from the Department of Environment, students must successfully complete at least 48 courses (27 compulsory and 21 electives) from the program of study as well as their undergraduate thesis, which is one of the compulsory courses. The students must also complete a total of at least 120 credits (240 ECTS credits). The duration of study cannot be smaller than eight semesters.
Degree - Grades – Graduation
Students in the Department of Environment who successfully complete their program of study are granted a degree. The degree certifies the successful completion of studies of the student and it contains the grade up to two decimal points. The grades are as follows: excellent: 8.50 -10.00, very good: 6.5 – 8.49, and good: 5.00 – 6.49. The degree grade is calculated according to the existing regulations (following), with the condition that the student fulfills the minimal required number of courses and credits, as described above.
In order to receive their degrees, students that have completed their studies are put under oath in the presence of the University Rector and the Department Head. While this graduation ceremony is not a necessary component of the successful completion of studies, it is essential for the issuing of the degree and so the attendance of graduates is obligatory. Graduation ceremonies occur after each examining period, the day and place being fixed by the Rector.
Before the graduation ceremony, students can acquire certification from the Department Administration that all the conditions for the awarding of the degree have been fulfilled.
The degree is signed by the Rector, the Department Head and the Department Administration and is stamped with the seal of the University.
The eligible graduate receives:
A. Two (2) copies of the above degree
B. A (1) copy of the certificate of academic standing
C. A (1) certificate of grades
A and B are granted at the graduation ceremony. C is granted within a month thereafter.
Calculation of degree grade
The calculation of the degree grade, as set by the Ministerial Decision Φ141/Β3/2166, (ΦΕΚ 308 τ.β. 18. 6.1987), is standard for all the Higher Education Institutions in Greece. The grade of each course is multiplied with the respective course weighing factor. The products of all courses with their respective weighing factors are summed up and then divided with the sum of the corresponding course weighing factors. This quotient is the final grade.
Each course is worth a certain number of credits. One credit corresponds to one lecture hour and one to three hours of laboratory time per week.
The weighing factors range from 1.0 to 2.0 and are calculated as follows:
A course that has one or two credits is assigned a weighing factor of one (1).
Courses that have three or four credits are assigned a weighing factor of one and a half (1.5).
Courses with more than four credits, including the bachelor’s thesis, are assigned a weighing factor of two (2).
If a student has completed more courses than the minimum course and credit requirements, the student may exclude any of the elective courses for the calculation of the degree grade as long as the minimum number of courses and credits is maintained.
The Study Advisor provides students with the necessary support for coping with the requirements of studying at the University. This support involves the monitoring of particular interests of students so that their scientific and professional specialisation is adapted gradually to their personalities and abilities. The Study Advisor also supports students with personal difficulties or problems that emerge during their studies.
Faculty members may be assigned as Study Advisors (for up to 15 students). For the students in the 1st and 2nd semester of their studies, the Study Advisor is assigned by the General Assembly of the Department. The remainder of the students is free to select their Advisor by submitting a relative statement along with their course registration at the beginning of the winter semester. The Study Advisor must have frequent contact with the students.
The Study Advisor must:
Monitor particular interests of students and guide them to suitable areas of studies
Assist students in composing their programs of study
Provide information and advice to students with professional orientations
Provide information and help with postgraduate studies, scholarships and study abroad
Provide information and advice regarding participation in seminars, conferences, research programs and off-campus courses
Facilitate contact between students and academic authorities when judged advisable
Seminars - Lectures – Conferences
Alongside the main program of courses is a program of free seminars that aims to provide opportunities for students to deepen their knowledge in their subjects and to interact with a wider number of Greek and foreign scientists. These seminars are organised with the initiative and responsibility of the teaching staff and may include seminars which supplement course material, project presentations of teaching staff or students, and seminars given by professors of Greek and foreign universities, distinguished scientists and various executives whose experiences are deemed useful for the general education of students. The Seminar Program is announced in the beginning of each semester.
In accordance with the objectives of the University of the Aegean, the Department of Environment hosts conferences on subjects concerning modern methods and technologies for the analysis and management of the environment.
Summer Practical Training
The Department of Environment of the University of the Aegean runs a Summer Practical Training (SPT)program for its students in collaboration with various institutions (private businesses, local government offices, institutes, research centres, environmental organisations etc.). The SP is an optional ninth course offered every summer semester in the undergraduate program of the Department. Professor C. Matsoukas is currently in charge of the program.
Depending on their placements, the students participate in activities such as recording the processes of production and decision-making, participating in analyses, measurements, recordings, data collection and analysis and in all actions involved in the collaboration of the University with the SPT program institution. At the end of the practicum, the students submit a report which includes:
- The type of activities of the institution
- The subject of the SPT and its general importance
- The methodology used
- The results
- The conclusions
- The bibliography used
The objective of the program is that all students of the Department of Environment participate in the SPT at least once during their studies. The participation of students in this program allows them to better comprehend the real working conditions of environmental organisations and to experience the professional aspect of environmental science. This professional contact gives the students self-confidence and teaches them to apply the scientific knowledge acquired in the University so that they can give realistic solutions to various environmental problems. The program also improves communication between the University and local enterprises and encourages collaboration on an educational and research level. Finally, the enterprises become familiar with the type and level of knowledge that is provided in the Department of Environment, so that they can offer employment to the graduates of the Department.
Each student is supervised by a faculty member and a professional from the practicum placement. The two supervisors cooperate in setting up the work project and provide the student with all the necessary information (bibliography etc.).
The professional from the practicum placement supervises the student during the SP and provides a performance evaluation. This evaluation concerns mainly the type and duration of employment of the student and is sent to the supervising faculty member. The faculty member assigns the final grade based on both the assessment of the placement supervisor and the student’s report.
SPT students receive a monthly stipend. Travel expenses to and from Mytilene (location of the Department) as well as accident insurance are covered.
Educational Collaboration Programs with European Universities
From its foundation, the Department of Environment has developed long-lasting collaborations with universities of the European Union through the Erasmus+ program.
Educational Fieldtrips and Visits
In order to achieve course objectives, various educational fieldtrips and visits are programmed to natural and manmade ecosystems, protected regions, environmental organisations, industries, small enterprises, public services and other institutions related to environmental management. The goal of these visits is the integration of theoretical knowledge and the particular practices and needs in the environment sector.