Curriculum, subjects, number of hours

The curricula of epaggelmatika lykeia (vocational upper secondary schools - EPAL) are drawn up by the Institute of Educational Policy (IEP) and include the following:

• Explicitly stated learning outcomes sought after and being analysed in knowledge, skills and competences, per subject, sector and specialisation
• Teaching material being prepared in line with the learning outcomes sought after for each subject.  The teaching material of laboratory education courses is accompanied by an annex, describing the laboratory equipment required for their implementation
• Instruction guidelines including the teaching techniques, the teaching methods and the appropriate supervisory means.

The curricula in question are prepared in accordance with the guidelines of the European Credit System for Vocational Education and Training - ECVET.

The curricula are alligned on job profiles, which are themselves defined and certified by the National Organization for the Certification of Qualifications & Vocational Guidance (EOPPEP).

Attendance in evening vocational upper secondary schools (EPAL) is 3 years (Grades A, B and C). 

Timetables and curricula are assessed, evaluated and renewed in accordance with new policy frameworks.  For example, l. 4386/2016 provided for new study programmes for day and evening EPALs for grades A and B, while school year 2020-21 marked the establishment of model and experimental vocational schools (PEPAL) (l. 4763/2020).

Grade A

The curriculum for EPAL grade A includes:

• General education subjects common to all students
• Specialisation subjects (core subjects) and
• Elective subjects.

Instruction time for general education subjects, orientation subjects and elective subjects administered at day EPAL grade A, are specified by ministerial decision Φ2/92271/05-06-2018. 

  Instruction time for day EPAL grade A subjects

                                                                             I. General education subjects

                                                                                        ΙΙ. Specialisation subjects

                                                                                      III. Elective subjects *⁴

^*1 Mathematics, the subject is split into: a) Algebra and b) Geometry

^*2  Natural Sciences, the subject is split into: a) Physics, b) Chemistry and c) Biology

^*3 When the number of students per classroom is more than 16, classroom is divided into two (2) groups.  IT and Research Project in Technology are taught alternately for two (2) hours per week

^*4 Students have to choose 3 out of 8 available subjects, depending on the departments operating within the EPAL.

Τhe curricula for grade A of the evening EPAL are defined by ministerial decision Φ2/107972/Δ4/28-06-2018.

Respectively, in the 1st class of model/experimental EPAL schools the implemented educational programme includes:

• General education subjects
• Vocational orientation subjects

Instruction time is determined by Ministerial Decision Φ9/90217/Δ4/23-07-2021.

Instruction time for the 1st Grade of model/experimental EPAL schools:

1. General education curricula instruction time

1. Mathematics: unified course with 2 disciplines: a) Algebra and b) Geometry.
2. Natural Sciences: unified course with 3 disciplines: a) Physics, b) Chemisty and c)Biology.

2. Vocational Orientation Subjects

Grade B

In Grade B of vocational education (EPAL) students can choose from a variety of sectors of studies and apply for the sector they wish to follow and will specialise in grade C.

Therefore, the curriculum includes:

• General education subjects offered to all students
• Technological-vocational subjects per sector.

The curricula for general education and technological-vocational subjects per sector administered in day EPAL grade B, are specified by ministerial decision Φ2/92271/Δ4/05-06-2018.

                                   Taught times for day EPAL grade B general education subjects

^*1 Taught times for the technological-vocational subjects administered in EPAL grade B of the sector of Maritime Occupations, are specified by joint ministerial decision Φ2/129460/Δ4/30-07-2018 issued by the Minister of Education and Religious Affairs and the Minister of Shipping & Island Policy

^*2 Mathematics: subject is split into: a) Algebra and b) Geometry

^*3 Natural Sciences: subject is split into: a) Physics and b) Chemistry

Pursuant to ministerial decision Φ20/82041/Δ4/20-05-2016, 9 sectors are set up for EPAL grade B as follows:

1. Sector of Agriculture, Food and Environment
2. Sector of Economics and Management
3. Sector of Construction Works, Built Environment and Architectural Design
4. Sector of Applied Arts
5. Sector of Electrical & Electronic Engineering and Automation
6. Sector of Mechanical Engineering
7. Sector of Maritime Occupations*¹
8. Sector of ICT
9. Sector of Health - Welfare - Well-being

The curricula for grade B of evening EPAL are determined by ministerial decision Φ2/107972/Δ4/28-06-2018.

Grade C

 Grade C of day and evening EPAL operates according to the structure of studies of EPAL specified in l. 4386/2016.

The curriculum delivered in EPAL grade C includes:

• General education subjects offered to all students as well as
• Specialisation subjects.

Instruction time for day EPAL grade C general education subjects is as follows:

The curriculum for evening EPAL is specified by ministerial decision Φ2/107972/Δ4/28-06-2018 as above.

As mentioned above, during their enrolment in grade C, students can apply for any specialisation of the sector they attended in grade B.  The sectors and the respective specialisations are defined in ministerial decision Φ20/82041/Δ4/20-05-2016, as follows:

• Sector of Informatics
• Informatics Applications Technician
• Computer and Computer Network Technician
• Sector of Mechanical Engineering
• Mechanical Constructions Technician
• Thermal and Hydraulic Facility Engineer and Petroleum Technology & Natural Gas Engineer
• Refrigeration, Ventilation and Air Conditioning Technician
• Motor Mechanic
• Aircraft Assembly Mechanic
• Sector of Electrical & Electronic Engineering and Automation
• Electronic and Computer Systems and Facilities Technicians
• Electrical Systems, Facilities and Networks Technicians, Networks and Telecommunications
• Sector of Construction Works, Built Environment and Architectural Design
• Construction and Geoinformatics Technician
• Sector of Economics and Management
• Economics and Management Services Officer
• Storage and Supply Systems Officer
• Commercial and Advertising Officer
• Tourist Enterprises Officer
• Sector of Agriculture, Food and Environment
• Crop Production Technician
• Animal Husbandry Technician
• Floriculture and Landscape Architecture Technician
• Food and Drink Technology Technician
• Sector of Maritime Occupations
• Merchant Ship Captain
• Merchant Ship Engineer
• Sector of Health - Welfare
• Nursing Assistant
• Medical - Biology Lab Assistant
• Nursery/Childcare Assistant
• Physiotherapy Assistant
• Dental Technician Assistant
• Radiology Lab Assistant
• Pharmacist Assistant
• Chemical Lab and Quality Control Assistant
• Cosmetologist
• Hairdresser
• Sector of Applied Arts
• Graphic Designer
• Interior Designer
• Gild & Silversmith
• Conservator-restorer
• Mosaic and Stained Glass
• Fashion Design and Production
• Furniture making - Carpentry

Teaching methods and materials

The scientific and pedagogical support and guidance of teachers, teaching in secondary education is undertaken by school advisors (law 4823/2021). The new structures for the support of education work are as follows:

1. Regional Board of Supervisors (PESEP)
2. Centres for Interdisciplinary Assessment, Counseling and Support (KEDASY)
3. School Education Support Networks (SDEY)
4. Interdisciplinary Support Committees of School Units for General and Vocational Education (EDY)
5. Training Centres for Environment and Sustainability (KEPEA

School textbooks and curricula are developed under the supervision of the Institute of Educational Policy (IEP) and are approved by the Ministry of Education.

The publication and distribution of the textbooks is undertaken by the Computer Technology Institute & Press “Diophantus” (ITYE), a research and technology organisation focusing on the research and the effective use of Information and Communication Technologies in the education sector (l. 3966/2011).

Textbooks are distributed free of charge in public schools.  They are common for all students of the same grade

In vocational education, the textbooks used are authorised by the Eugenides foundation. (l. 4763/2020).

At the beginning of the school year, teachers of all specialisations are given teaching guidelines covering general and specific objectives of the cognitive subjects they are about to teach.  They are also given additional general and specific methodological instructions on the teaching methods of these cognitive subjects.

However, teachers enjoy a relative autonomy as they are free to modify their teaching methods in ways that suit the nature of the subject they teach and students’ abilities and interests.

In vocational secondary education, the application of modern teaching methods is sought after, depending on the desired learning outcomes, the modern professional and scientific trends in every sector of vocational education and within the framework of health and safety at the workplace.

Curricula are revised and updated, as foreseen in the relevant legislation.  Methods such as experimenting, simulation, case studies, demonstration, role playing may be used parallel to group teaching and exercises for skills development.  Pupil encouragement to be autonomous, take initiative and engage in active participation is crucial in the context of practice in work areas, and practice in school laboratories or special laboratory centres (EK).

Laboratory centres

Laboratory centres operate in an independent administrative structure as school units and are in cooperation with the respective vocational schools of their area, i.e EPAL, SAEK and ESK. They are formed by at least two school units, including public vocational ESK or SAEK. Laboratory centres consist of specially designed premises with equipment of various fields or specialties, where the lab practice of EPAL students takes place. 

The school laboratories for natural sciences (SEFE) is the place where natural sciences laboratory teaching takes place.  The implementation of lab activities is an integral part of teaching natural sciences subjects. 

The laboratory of the vocational upper secondary schools function both as a place for teaching and as a place for practice and activities.The students work in groups on a specific subject, developing their innate creativity in a spirit of cooperation. They have at their disposal up-to-date instruments that help them discover not only the environment and the laws that govern it, but also their application to contemporary life and work environment.

Laboratory centres for natural sciences (EKFE) operate in order to offer extra support to the lab teaching of natural sciences (Physics, Chemistry, Biology, Geology-Geography). There can be one or more EKFE depending on the number of school units at each education directorate.

EKFE are centres of research, technical and pedagogical support for the lab teaching of natural sciences subjects.  EKFE co-operate with the School Advisors for natural sciences.

Moreover, they contribute to the organisation of SEFE of primary and secondary education schools.

Educational platforms and digital portals

Through the official digital educational portal of the Ministry of Education, the education community (teachers, students) and parents are informed of various issues of interest such as:

1. Useful links
2. Educational news and announcements
3. Conferences – events of various bodies
4. Approved educational programmes for the school year
5. Educational visits
6. Shows
7. Transnational programmes
8. Health education programmes
9. Career guidance matters.

The user can quickly and easily search for information.  The portal is utterly useful to the education community since it is a major attempt to gather all relevant information in a single site on the Internet.

The educational resource open-edu also supports this effort.  The website aims at presenting all free:

• Digital resources
• Libraries
• Services.

In parallel, the user generated content Photodentro operates.  Teachers and members of the wider educational community can:

• Post their own digital content or
• Search for digital content.

The aim is to gather learning material, developed by members of the educational community who wish to share them, such as:

1. Experiments
2. Interactive simulations
3. Investigations
4. Images
5. Educational games
6. 3D maps
7. Exercises
8. Educational scenarios
9. Lesson plans.

The Digital School  is a digital platform which includes the full content of the lessons taught in schools in the form of short video episodes created by experienced teachers.

The first available videos are about  Language and Mathematics  for all lower secondary school grades, while soon all  material for every grade of elementary, lower secondary and upper secondary schools will be available for all subjects of the school curricula.

On line real-time  courses will be offered for the nationally examined (pan-hellenic) subjects of the 3rd grade of upper secondary schools,  which will also be available for later use. They include all nationally examined GEL (general upper secondary) and EPAL (vocational upper secondary) courses as well as  any special courses, such as architectural design. 

During digital teaching, which will take place in the afternoon hours, the students will have the opportunity to interact with each other and the teacher in real time, while the lessons will include tests and evaluation.

Also, the Advanced Electronic Scenarios Operating Platform (AESOP) of the Institute of Educational Policy is a support website for the education community.  Various scenarios for different subjects of primary and secondary education are available.

A relevant  application developed for people with disabilities created, which is accessible through the Unified Digital Portal of the Public Administration "gov.gr" and meets all accessibility standards for people with disabilities, with the aim of providing individual career counseling services to upper secondary school students. The application operates under the "National Organization for the Certification of Qualifications and Vocational Guidance" (EOPPEP) on behalf of the Ministry of Education, Religion and Sports. First grade students from all types of upper secondary schools have the right to access all the above vocational guidance services. The aim is to establish their inclinations and skills, so that they can manage their personal and professional development themselves. Each user has his/her own individual access codes. 

Research project in technology

Vocational upper secondary school (EPAL) grade A incorporates the following subjects: Research Project in Technology, Creative Activities Zone and School Career Guidance - Health and Safety at the Workplace.

Research project in technology aims to introduce students to research methodology and the technologies used in local production procedures and the different occupations corresponding to the existing EPAL departments and specialisations.

The main learning objective is to offer to all students the opportunity to identify their talents and skills in a number of ways and to enhance their self-esteem through teamwork and innovation.  The subject attempts to motivate students and foster their interest in future career and study options in the orientation of their choice.

The subject is delivered as follows: the first stage identifies students’ initial career and occupation interests as well as their readiness for conducting research projects.  Students are then divided into groups based on their initial interests on future career and education, and choose a subject for their project/essay.  Over the course of the school year, a total of 3-4 projects shall be completed.  The precise number of projects to be conducted is specified by the teacher together with the classroom students.

New interventions and actions

A new beginning for EPAL

The programme "A new beginning for EPAL" (MNAE) is a multi-faceted programme, co-funded by the Partnership Agreement.  It includes various interventions that refer to the psychological, social and learning support of students, the development of support networks and supplementary actions.

The programme was designed to contribute to the upgrading of quality of vocational education.

It is applied to grade A students of EPAL.  It supports students in various ways, in order to use it as a transition class from lower secondary education to vocational education.

Its main actions are:

1. Programmes of alternative remedial teaching: diverse teaching of the subjects of modern greek and mathematics with two teachers being present at the same time in the classroom within the main school timetable.  The aim if the support of grade A students in their effort to achieve higher levels of literacy and numeracy
2. Staffing of EPAL with psychologists with the aim of psychological support for students and the improvement of the climate and communication in the school community
3. Mobilisation of the institution of the role of the teacher advisor and the class committee with the aim to support in a systematic way students in school life
4. Scientific and pedagogical support throughout the school year
5. Development of school networking with the aim to exchange experiences, the development of dialogue, joint programming and implementing teaching and other educational experimentations.