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TÜRKİYE YÜKSEKÖĞRETİM YETERLİLİKLER ÇERÇEVESİ (TYYÇ)

TEMEL ALAN YETERLİLİKLERİ

MÜHENDİSLİK, ÜRETİM VE İŞLEME

TEMEL ALAN KODU: 52, 54

ANKARA

13 OCAK 2011

(2)

İÇİNDEKİLER

1.BÖLÜM: ÖĞRENİM ALANLARI VE ÇALIŞMA YÖNTEMİ ... 2

1.1.ISCED 97 (FOET 99) Eğitim - Öğretim Alt Alanları...2

1.1.1.Uluslararası Standart Eğitim Sınıflaması (ISCED) ... 2

1.2.Temel Alanda Yer Alan Türkiye’deki Eğitim-Öğretim Programları ...3

1.2.1. Meslek Yüksekokulu ve Önlisans Programları ... 3

1.2.2. Fakülte ve Yüksekokul Lisans Programları... 5

1.2.3. Konservatuvar Lisans Programları ... 6

1.3.Temel Alan Tanıtımı ...7

1.4.Çalışma Grubu ...7

1.5.Çalışma Yöntemi ...8

1.6.Paydaş Görüşleri ...8

2.BÖLÜM: TEMEL ALAN YETERLİLİKLERİ (Akademik Ağırlıklı & Mesleki Ağırlıklı) ... Hata! Yer işareti tanımlanmamış. 2.1. Mühendislik, Üretim Ve İşleme Temel Alanı Yeterlilikleri (Akademik Ağırlıklı) ...9

2.1.1. Mühendislik, Üretim Ve İşleme Temel Alanı ÖNLİSANS Yeterlilikleri (Akademik Ağırlıklı)Hata! Yer işareti tanımlanmamış.

2.1.2. Mühendislik, Üretim Ve İşleme Temel Alanı LİSANS Yeterlilikleri (Akademik Ağırlıklı)Hata! Yer işareti tanımlanmamış.

2.1.3. Mühendislik, Üretim Ve İşleme Temel Alanı YÜKSEK LİSANS Yeterlilikleri (Akademik Ağırlıklı) ...Hata! Yer işareti tanımlanmamış.

2.1.4. Mühendislik, Üretim Ve İşleme Temel Alanı DOKTORA Yeterlilikleri (Akademik Ağırlıklı)Hata! Yer işareti tanımlanmamış.

2.2. Mühendislik, Üretim Ve İşleme Temel Alanı Yeterlilikleri (Mesleki Ağırlıklı)Hata! Yer işareti tanımlanmamış.

2.2.1. Mühendislik, Üretim Ve İşleme Temel Alanı ÖNLİSANS Yeterlilikleri (Mesleki Ağırlıklı)Hata! Yer işareti tanımlanmamış.

2.2.2. Mühendislik, Üretim Ve İşleme Temel Alanı LİSANS Yeterlilikleri (Mesleki Ağırlıklı)Hata! Yer işareti tanımlanmamış.

2.2.3. Mühendislik, Üretim Ve İşleme Temel Alanı YÜKSEK LİSANS Yeterlilikleri (Mesleki Ağırlıklı)Hata! Yer işareti tanımlanmamış.

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Temel Alan Adı : MÜHENDİSLİK, ÜRETİM VE İŞLEME

Kodu : 52, 54

Temel Alan (iki haneli) kodları için kaynak : ISCED 97 (UNESCO)

Alt Alan (üç haneli) kodları için kaynak : FOET 99 (EUROSTAT-CEDEFOP)

1.BÖLÜM: ÖĞRENİM ALANLARI VE ÇALIŞMA YÖNTEMİ

1.1.ISCED 97 (FOET 99) Eğitim - Öğretim Alt Alanları

52 MÜHENDİSLİK 521 Mekanik ve metal işleri 522 Elektrik ve enerji

523 Elektronik ve otomasyon 524 Kimya ve işleme

525 Motorlu araçlar, gemiler ve uçaklar 54 ÜRETİM VE İŞLEME 541 Gıda işleme

542 Tekstil, giyim, ayakkabı, deri

543 Malzemeler (tahta, kâğıt, plastik, cam) 544 Madencilik ve maden çıkarma

1.1.1.Uluslararası Standart Eğitim Sınıflaması (ISCED)

SIRA NO ISCED (UNESCO) ISCED (UNESCO) EĞİTİM VE ÖĞRETİM TEMEL ALANLARI GENİŞ ALAN KODU TEMEL ALAN KODU

1 1 14 Öğretmen Yetiştirme ve Eğitim Bilimleri

2 2 21 Sanat

3 2 22 Beşeri Bilimler

4 3 31 Sosyal ve Davranış Bilimleri

5 3 32 Gazetecilik ve Enformasyon

6 3 34 İşletme ve Yönetim Bilimleri

7 3 38 Hukuk

8 4 42 Yaşam Bilimleri

9 4 44 Doğa Bilimleri

10 4 46 Matematik ve İstatistik

11 4 48 Bilgisayar

12 5 52 Mühendislik

13 5 54 Üretim ve İşleme

14 5 58 Mimarlık ve Yapı

15 6 62 Tarım, Ormancılık, Hayvancılık ve Su Ürünleri

16 6 64 Veterinerlik

17 7 72 Sağlık

18 7 76 Sosyal Hizmetler

19 8 81 Kişisel Hizmetler

20 8 84 Ulaştırma Hizmetleri

21 8 85 Çevre Koruma

(4)

1.2.Temel Alanda Yer Alan Türkiye’deki Eğitim-Öğretim Programları

1.2.1. Meslek Yüksekokulu ve Önlisans Programları

Programların İlişkili Olduğu ISCED Alanları

Program Adı 52 Alternatif Enerji Kaynakları Teknolojisi 52,32 Basım ve Yayın Teknolojileri

52 54 Beton Teknolojisi

52 Bilgi Güvenliği Teknolojisi

52, 48 Bilgi ve İletişim Teknolojileri-Bilgisayar

52 Biyomedikal Cihaz Teknolojisi

52, 54 Diş Protez Teknolojisi

52 Elektrik

52 Elektrik Enerjisi Üretim, İletim ve Dağıtımı

52 Elektrikli Cihaz Teknolojisi

52 Elektronik Haberleşme Teknolojisi

52 Elektronik Teknolojisi

52, 72 Elektronörofizyoloji

52 Gaz ve Tesisatı Teknolojisi

52 Gemi İnşaatı

52, 84 Gemi Makineleri İşletme

52, 54 Giyim Üretim Teknolojisi

52 İklimlendirme ve Soğutma Teknolojisi

52, 58 İnşaat Teknolojisi

52 ,54 Kağıt Teknolojisi

52, 54 Kaynak Teknolojisi

52, 54 Kimya Teknolojisi

52 Kontrol ve Otomasyon Teknolojisi

52, 54 Kozmetik Teknolojisi

52, 72 Laboratuvar Teknolojisi

52, 54 Maden Teknolojisi

52 Makine

52 Makine, Resim ve Konstrüksiyon

52 Mekatronik

52 Metalürji

52 Otomotiv Teknolojisi

52, 21 Radyo ve Televizyon Teknolojisi 52, 54 Rafineri ve Petro-Kimya Teknolojisi

52, 84 Raylı Sistemler Elektrik ve Elektronik Teknolojisi 52, 84 Raylı Sistemler Makine Teknolojisi

52, 84 Raylı Sistemler Yol Teknolojisi 52, 21 Sahne ve Gösteri Sanatları Teknolojisi

52 Sondaj Teknolojisi

52 Su Altı Teknolojisi

52, 62 Sulama Teknolojileri

52, 44 Tapu ve Kadastro Meslek Y.O.

52, 62 Tarım Makineleri

52, 62 Tarımsal Ürünler Muhafaza ve Depolama Teknolojisi

52, 54 Tekstil Teknolojisi

52, 84 Uçak Teknolojisi

52, 58 Yapı Tesisat Teknolojisi

52, 54 Yapı Yalıtım Teknolojisi

54, 52 Boya Teknolojisi

54 Çay Eksperliği

54, 52 Deri Teknolojisi

54, 52 Doğal Yapı Taşları Teknolojisi

54 Döküm

54 Endüstriyel Cam ve Seramik

54, 58 Endüstriyel Kalıpçılık

(5)

Programların İlişkili Olduğu ISCED Alanları

Program Adı 54, 62,52 Et ve Ürünleri Teknolojisi

54, 62 Fındık Eksperliği

54, 62 Gıda Kalite Kontrolü ve Analizi

54, 62,52 Gıda Teknolojisi

54, 52 Lastik ve Plastik Teknolojisi 54, 62,52 Meyve ve Sebze İşleme Teknolojisi

54 Oto Boya ve Karoseri

54, 21 Seramik, Cam ve Çinicilik 54, 62,52 Süt ve Ürünleri Teknolojisi 54, 62,52 Şarap Üretim Teknolojisi

54, 62,52 Turunçgil Tarımı ve İşleme Teknolojisi 54, 62,52 Tütün Tarımı ve İşleme Teknolojisi

54, 34 Üretimde Kalite Kontrol

54 Yağ Endüstrisi

58, 44 Coğrafi Bilgi Sistemleri

62, 54,52 Antep Fıstığı, Tarımı ve İşleme Teknolojisi

62,54 Hayvansal Üretim

62, 52 Pancar Yetiştiriciliği ve Şeker Teknolojisi 62, 54 Yem Teknolojisi ve Hayvan Besleme 62, 54 Zeytincilik ve Zeytin İşleme Teknolojisi

72, 52 Odyometri

72, 52 Optisyenlik

72, 52 Ortopedik Protez ve Ortez

72, 52 Radyoterapi

72, 52 Tıbbi Görüntüleme Teknikleri

72, 52 Tıbbi Laboratuvar Teknikleri

81, 54 Saç Bakımı ve Güzellik Hizmetleri

84, 52 Raylı Sistemler Makinistlik

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1.2.2. Fakülte ve Yüksekokul Lisans Programları

Programların İlişkili Olduğu ISCED

Alanları

Program adı

52, 62 Balıkçılık Teknolojisi

52, 62 Balıkçılık Teknolojisi Mühendisliği 52, 48 Bilgisayar Mühendisliği

52, 48 Yazılım Mühendisliği

52, 32,48 Bilişim Sistemleri Mühendisliği 52, 42, 72 Biyomedikal Mühendisliği

52, 42,62 Biyomühendislik

52, 42,62 Biyosistem Mühendisliği 52, 54 Cevher Hazırlama Mühendisliği

52, 85 Çevre Mühendisliği

52, 84 ,34 Deniz Ulaştırma İşletme Mühendisliği

52, 54 Deri Mühendisliği

52 Elektrik Mühendisliği

52 Elektrik-Elektronik Mühendisliği

52 Elektronik Mühendisliği

52 Elektronik ve Haberleşme Mühendisliği 52, 34 Endüstri Mühendisliği

52, 34 Endüstri Sistemleri Mühendisliği 52 Enerji Sistemleri Mühendisliği 52, 32 Enformasyon Teknolojileri

52, 44 Fizik Mühendisliği

52 Gemi İnşaatı ve Gemi Makineleri Mühendisliği

52, 84 Gemi Makineleri

52, 84 Gemi Makineleri İşletme Mühendisliği 52, 84 Gemi ve Deniz Teknolojisi Mühendisliği

52, 42 Genetik ve Biyomühendislik 52, 58,44 Geomatik Mühendisliği

52, 62 Gıda Mühendisliği

52, 62 Gıda Teknolojisi

52, 58,44 Harita Mühendisliği

52, 84,44 Havacılık Elektrik ve Elektroniği 52, 44 Havacılık ve Uzay Mühendisliği 52, 44 Hidrojeoloji Mühendisliği

52, 54 İmalat Mühendisliği

52, 58 İnşaat Mühendisliği

52, 34 İşletme Mühendisliği

52, 44 Jeodezi ve Fotogrametri Mühendisliği 52, 44 Jeofizik Mühendisliği

52, 44 Jeoloji Mühendisliği

52, 54 Kimya Mühendisliği

52, 54 Kimya ve Süreç Mühendisliği 52, 54 Kimya-Biyoloji Mühendisliği

52 Kontrol Mühendisliği

52, 54 Maden Mühendisliği

52 Makine Mühendisliği

52, 54 Makine ve İmalat Mühendisliği 52, 54 Malzeme Bilimi ve Mühendisliği

52, 54 Malzeme Mühendisliği

52, 46 Matematik Mühendisliği

52 Mekatronik Mühendisliği

52, 54 Metalurji ve Malzeme Mühendisliği 52, 44 Meteoroloji Mühendisliği

52, 54 Mühendislik Programları

(7)

Programların İlişkili Olduğu ISCED

Alanları

Program adı

52, 44 Mühendislik ve Doğa Bilimleri Programları

52 Nükleer Enerji Mühendisliği

52, 62 Orman Endüstrisi Mühendisliği

52, 62 Orman Mühendisliği

52 Otomotiv Mühendisliği

52, 54 Petrol ve Doğalgaz Mühendisliği

52, 54 Polimer Mühendisliği

52, 54, 21 Seramik Mühendisliği

52, 34 Sistem Mühendisliği

52, 62 Su Ürünleri Mühendisliği

52, 62 Süt Teknolojisi

52, 62 Tarım Makineleri

52, 62,42 Tarımsal Biyoteknoloji 52, 54 Tekstil Mühendisliği 52, 84 Uçak Elektrik-Elektronik

52, 84 Uçak Gövde - Motor

52, 84 Uçak Gövde - Motor Bakım

52 Uçak Mühendisliği

52, 44 Uzay Mühendisliği

54, 42 Biyokimya

54, 34 Tekstil Geliştirme ve Pazarlama

14, 54 Kimya Öğretmenliği

21, 54 Cam

21, 54 Çini

21, 54 El Sanatları Tasarımı ve Üretimi 21, 54, 58 Endüstri Tasarımı

21, 54, 58 Endüstri Ürünleri Tasarımı 21, 54, 58 Endüstriyel Tasarım

21, 54 Eski Çini Onarımları

21, 54 Heykel

21, 54 Kültür Varlıklarını Koruma ve Onarım

21, 54 Plastik Sanatlar

21, 54 Plastik Sanatlar (Resim, Heykel, Seramik)

21, 54 Seramik

21, 54 Seramik Sanatları

21, 54 Seramik ve Cam

21, 54 Seramik ve Cam Tasarımı

21, 54 Takı Tasarımı

21, 54,52 Takı Teknolojisi ve Tasarımı

21, 54 Taşınabilir Kültür Varlıklarını Koruma ve Onarım

21, 54 Tekstil

21, 54 Tekstil Tasarımı

21, 54 Tekstil Tasarımı ve Üretimi 21, 54 Tekstil ve Moda Tasarımı

44, 84, 52 Güverte

58, 52, 21 Yat Tasarımı

62, 54 Tütün Eksperliği Yüksekokulu

62, 54 Zootekni

1.2.3. Konservatuvar Lisans Programları

Programların İlişkili Olduğu ISCED

Alanları Program Adı

21, 54 Çalgı Yapım

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1.3.Temel Alan Tanıtımı

Mühendislik; fen bilimleri ve matematik ile bunların uygulamaları olan teknik alanları içeren bilginin kullanılarak yapı, makine, cihaz, malzeme, sistem veya süreç tasarımları ile bu tasarımların uygulamalarının güvenli bir şekilde yapıldığı bir meslek disiplinidir. Yaratıcı yönü de bulunan tasarım ve uygulamalar yoluyla, amaçlanan fonksiyonların değişik çalışma şartlarındaki davranışlarının kestirilmeleri ve ekonomik bir şekilde oluşturulmaları ile sürdürülebilirlikleri de bu disiplin içerisinde değerlendirilir.

Üretim; üretim sürecindeki değişim ve etkileri de göz önüne alarak malzemelerin davranış ve özelliklerini kavrayabilme; süreç, montaj ve ürün mühendisliği: ürün tasarımını ve üretim için gereken alet, teçhizat ve çevre koşullarını kavrayabilme; üretimde rekabet: üretim planlaması, stratejisi ve denetimi aracılığıyla rekabetçi avantaj elde edebilme; üretim sistemleri tasarımı: istatistik ve ileri matematiğe dayalı yöntemlerle benzetim ve bilgi teknolojilerinden yararlanarak üretim işlemlerinin analiz, sentez ve kontrolünü yapan bir meslek alanıdır.

İşleme; metalik olan ve olmayan tüm ürünler için kullanılabilen malzeme kaldırma yoluyla üretim yapabilme yöntemidir. Modern işleme yöntemlerinde bilgisayar kontrollü sistemlerin de yaygın olarak kullanıldığı bu alan üretim temel alanı ile de yakından ilişkilidir.

1.4.Çalışma Grubu

Ünvanı Adı, Soyadı Kurumu

1 Prof. Dr. Zafer DURSUNKAYA (Başkan) Orta Doğu Teknik Üniversitesi

2 Prof. Dr. Veli ÇELİK Kırıkkale Üniversitesi

3 Prof. Dr. Taner DERBENTLİ İstanbul Teknik Üniversitesi

4 Prof. Dr. Tuncay DÖĞEROĞLU Anadolu Üniversitesi

5 Prof. Dr. Levent KANDİLLER Çankaya Üniversitesi

6 Prof. Dr. Hasan MANDAL Anadolu Üniversitesi

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1.5.Çalışma Yöntemi

3 Nisan: Mühendislik TAÇG Toplantısı (Anadolu Üniv.) 13 Mayıs: Mühendislik TAÇG Toplantısı (Trakya Üniv.) 16 Mayıs: TAÇG + Genişletilmiş katılım (Trakya Üniv.) 25 Mayıs: Kısıtlı TAÇG (ODTÜ)

30 Mayıs: Kısıtlı TAÇG + Genişletilmiş katılım (ODTÜ) 5 Haziran: Kısıtlı TAÇG + Genişletilmiş katılım (ODTÜ) 8 Haziran: Kısıtlı TAÇG + Genişletilmiş katılım (ODTÜ) 9 Haziran: Raporun MDK’nın onayına sunulması

1.6.Paydaş Görüşleri

Çalışmalara paydaş olarak MÜDEK’ten Dr. Bülent Özgüler ile Dr. Erbil Payzın katıldılar. Ayrıca MDK’nın

yeni seçilen üyeleri ve konusunda deneyimli diğer öğretim üyelerinin de görüşlerine başvuruldu. Raporun

son şekli paydaş olan MDK’nın onayına internet üzerinden sunuldu.

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PART II. QUALIFICATIONS OF FIELDS OF EDUCATION (Academically-oriented and Vocationally-oriented)

2.1. Qualifications for Engineering, Manufacturing and Processing (Academically-oriented)

2.1.1. Associate’s Degree Qualifications for Engineering, Manufacturing and Processing (Academically-oriented) NQF-HETR LEVEL

KNOWLEDGE - theoretical - factual

SKILLS

- cognitive - practical

COMPETENCES Competence to work

independently and assume responsibility

Learning competence Communication and

social competence Field-specific competence

5

TH

CYCLE ASSOCIATE’S

EQF-LLL: 5

TH

CYCLE

QF-EHEA: SHORT CYCLE

Qualifications that signify completion of the fifth cycle are awarded to students who

1. have sufficient knowledge

on mathematics and natural sciences, and on the application of these fields in engineering sciences.

2. have knowledge on concepts related with basic

engineering disciplines.

1. have full understanding of engineering problems defined in their field through basic engineering perspective; and offer solutions to these problems.

2. use modern technical devices and tools required for an engineering application, after receiving additional technical training.

3. do technical drawing.

4. think algorithmically.

5. conduct experiments;

collect data; and report and interpret the data collected, in order to investigate engineering problems related.

1. work individualy or in engineering teams.

1. are aware of the need for lifelong learning; and show this awarenss by following professional and academic developments in the field and renewing themselves continuously.

2. use modern technical devices and tools required for an engineering application, after receiving additional technical training.

1. use computer software and communication and information technologies required in the field at the basic level, as defined by the European Computer Driving Licence.

2. keep up with the literature in the field and

communicate with their colleagues in a foreign language at minimum A2 level, as defined by the European Language Portfolio.

3. establish technical communication through technical drawing.

1. have awarenss about professional ethics in engineering applications.

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2.1.2. Bachelor’s Degree Qualifications for Engineering, Manufacturing and Processing (Academically-oriented) NQF-HETR LEVEL

KNOWLEDGE - theoretical - factual

SKILLS

- cognitive - practical

COMPETENCES Competence to work

independently and assume responsibility

Learning competence Communication and social competence

Field-specific competence

6

TH

CYCLE BACHELOR’S

EQF-LLL: 6

TH

CYCLE

QF-EHEA: 1

ST

CYCLE

Qualifications that signify completion of the sixth cycle are awarded to students who

1. have sufficient

background in mathematics, natural sciences and their own field of study.

1. make use of theoretical and practical knowledge on mathematics, natural sciences and their own field

concurrently for engineering solutions.

2. identify, define, formulate and solve engineering problems;

select and apply analytical methods and modeling techniques appropriate for this purpose.

3. analyze a system, a system component or a process;

make a design in consideration of realistic constraints in order to meet the needs expected; and apply modern design methods.

4. select and use modern techniques and devices required for engineering applications.

5. design and conduct experiments; collect data;

report and interpret the data collected.

1. assume active

responsibility in individual work or multi-disciplinary team work.

2. know how to access information and do literature survey; and make use of databases and other information resources.

1. know how to access information and do literature survey; and make use of databases and other information resources.

2. are aware of the need for lifelong learning; keep up with the developments in science and technology and renew themselves continuously.

3. make use of theoretical and practical knowledge on mathematics, natural sciences and their own field concurrently for engineering solutions.

4. identify, define, formulate and solve engineering problems; select and apply analytical methods and modeling techniques appropriate for this purpose.

5. analyze a system, a system component or a process;

make a design in consideration of realistic constraints in order to meet the needs expected;

and apply modern design methods.

1. use computer software and communication and information technologies required in the field at the advanced level, as defined by the European Computer Driving Licence.

2. communicate in oral and written form in a foreign language at minimum B1 level, as defined by the European Language Portfolio.

3. establish technical communication through technical drawing.

4. have access to information and do literature survey;

and make use of databases and other information resources.

5. have awareness of universal and social influences of their solution proposals to

environmental problems;

are conscious about entrepreneurship and innovation; and have knowledge about problems of the age in which they live.

1. have sense of professional and ethical responsibility.

2. have consciousness about project management, workplace practices, workers’ health, environmental risk evaluation, environmental and work safety; and have awareness about legal consequences of engineering applications.

3. have awareness of universal and social influences of their solution proposals to environmental problems; are conscious about entrepreneurship and innovation; and have knowledge about problems of the age in which they live.

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techniques and devices required for engineering applications.

7. assume active

responsibility in individual work or multi-disciplinary team work.

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2.1.3. Master’s Degree Qualifications for Engineering, Manufacturing and Processing (Academically-oriented) NQF-HETR LEVEL

KNOWLEDGE - theoretical - factual

SKILLS

- cognitive - practical

COMPETENCES Competence to work

independently and assume responsibility

Learning competence Communication and social competence

Field-specific competence

7

TH

CYCLE MASTER’S

EQF-LLL: 7

TH

CYCLE

QF-EHEA: 2

ND

CYCLE

Qualifications that signify completion of the seventh cycle are awarded to students who

1. have access to advanced

knowledge in the field of engineering through scientific research; evaluate, interpret and apply knowledge.

2. have extensive knowledge on recent techniques and methods used in engineering, and the constraints of these techniques and methods.

3. complete and apply knowledge based on limited or deficient data through scientific methods; integrate knowledge from different disciplines.

4. are aware of new and developing applications in the profession; examine and learn these applications, when required.

1. complete and apply knowledge based on limited or deficient data through scientific methods; integrate knowledge from different disciplines.

2. define problems related with engineering; and develop methods for their solution, and use innovative methods in problem solving.

3. generate new and/or original ideas and methods; and develop innovative solutions in system, component or process designs.

4. design and conduct analytical, modeling and experiment-based research;

solve and interpret complex problems encountered in this process.

1. assume the leadership role in multi-disciplinary teams; produce solutions in complicated situations and take responsibility.

2. have access to advanced knowledge in the field of engineering through scientific research;

evaluate, interpret and apply knowledge.

3. complete and apply knowledge based on limited or deficient data through scientific methods; integrate knowledge from different disciplines.

4. define problems related with engineering; and develop methods for their solution, and use innovative methods in problem solving.

5. generate new and/or original ideas and methods; and develop innovative solutions in system, component or process designs.

6. design and conduct analytical, modeling and

1. are aware of new and developing applications in the profession; examine and learn these applications, when required.

2. complete and apply knowledge based on limited or deficient data through scientific methods; integrate knowledge from different disciplines.

3. define problems related with engineering; and develop methods for their solution, and use innovative methods in problem solving.

4. generate new and/or original ideas and methods; and develop innovative solutions in system, component or process designs.

1. establish oral and written communication in a foreign language at minimum B2 level, as defined by the European Language Portfolio.

2. report systematically and clearly in written or oral form the processes and results of their research/work in national and international settings.

3. describe social and environmental aspects of engineering applications.

4. have access to advanced knowledge in the field of engineering through scientific research;

evaluate, interpret and apply knowledge.

5. complete and apply knowledge based on limited or deficient data through scientific methods; integrate knowledge from different disciplines.

6. define problems related with engineering; and develop methods for their solution, and use innovative methods in problem solving.

1. comply with social, scientific and ethical values in the process of collecting, interpreting and reporting data, and in all professional activities.

2. complete and apply knowledge based on limited or deficient data through scientific methods; integrate knowledge from different disciplines.

3. assume the leadership role in multi- disciplinary teams;

produce solutions in complicated situations and take responsibility.

4. report systematically and clearly in written or oral form the processes and results of their research/work in national and international settings.

(14)

problems encountered in

this process. used in engineering,

and the restrictions of these techniques and methods.

8. design and conduct analytical, modeling and experiment-based research; solve and interpret complex problems encountered in this process.

(15)

2.1.4. Doctorate Degree Qualifications for Engineering, Manufacturing and Processing (Academically-oriented)

NQF-HETR LEVEL

KNOWLEDGE - theoretical - factual

SKILLS

- cognitive - practical

COMPETENCES Competence to work

independently and assume responsibility

Learning competence Communication and social competence

Field-specific competence

8

TH

CYCLE DOCTORATE

EQF-LLL: 8

TH

CYCLE

QF-EHEA: 3

RD

CYCLE

Qualifications that signify completion of the eighth cycle are awarded to students who

1. have utmost knowledge

on basic sciences, mathematics, and engineering sciences; and apply this knowledge.

2. have extensive knowledge in the field, including recent developments.

1. have access to the most recent information in the field; have advanced methods and skills required to conduct research, using this information.

2. conduct a

comprehensive study that either develops a new scientific method or technological product/process, or applies a known method in another field, bringing innovation to science or technology.

3. define and apply basic sciences, mathematics, and engineering sciences at the utmost level.

4. have extensive knowledge in the field, including recent developments.

5. design, apply, finalize and manage independently the process of an original research.

1. contribute to national and international literature of science and technology, publishing the outcomes of academic research in prestigious academic journals.

2. conduct a comprehensive study that either develops a new scientific method or technological

product/process, or applies a known method in another field, bringing innovation to science or technology.

3. evaluate scientific, technological, social and cultural developments and impart such knowledge to the society, in

consideration of scientific impartiality and ethical responsibility.

1. design, apply, finalize and manage independently the process of an original research.

2. have access to the most recent information in the field; have advanced methods and skills required to conduct research, using this information.

3. conduct a comprehensive study that either develops a new scientific method or technological

product/process, or applies a known method in another field, bringing innovation to science or technology.

4. contribute to national and international literature of science and technology, publishing the outcomes of academic research in prestigious academic journals.

1. make critical analysis, synthesis and evaluation of ideas and developments in the related field.

2. comunicate effectively with specialist audience as well as with larger scientific and social communities; and communicate and discuss in oral and written form in a foreign language at minimum C1 level, as defined by the European Language Portfolio.

1. evaluate scientific, technological, social and cultural developments and impart such knowledge to the society, in

consideration of scientific impartiality and ethical responsibility.

2. comunicate effectively with specialist audience as well as with larger scientific and social communities; and communicate and discuss in oral and written form by speaking a foreign language at minimum C1 level, as defined by the European Language Portfolio.

(16)

2.2. Qualifications for Engineering, Manufacturing and Processing (Vocationally-oriented)

2.2.1. Associate’s Degree Qualifications for Engineering, Manufacturing and Processing (Vocationally-oriented) NQF-HETR LEVEL

KNOWLEDGE - theoretical - factual

SKILLS

- cognitive - practical

COMPETENCES Competence to work

independently and assume responsibility

Learning competence Communication and

social competence Field-specific competence

5

TH

CYCLE ASSOCIATE’S

EQF-LLL: 5

TH

CYCLE

QF-EHEA: SHORT CYCLE

Qualifications that signify completion of the fifth cycle are awarded to students who

1. have sufficient background

in mathematics, natural sciences, and their own field of study.

1. have full understanding of problems encountered in the application of technologies and solutions to these problems.

2. use modern technical devices and tools in the field of technology, after receiving additional technical training.

3. make effective use of technical drawing skills in practice.

4. conduct experiments; and collect data, and report the data collected.

1. work individualy or in

teams. 1. are aware of the need for

lifelong learning.

2. use modern technical devices and tools in the field of technology, after receiving additional technical training.

1. use computer software and communication and information technologies required in the field at the basic level, as defined by the European Computer Driving Licence.

2. communicate effectively in written and oral form; and speak at least one foreign language at A2 level, as defined by the European Language Portfolio.

3. establish technical communication through technical drawing.

1. have awarenss about legal consequences of technological applications and professional ethics.

(17)

2.2.2. Bachelor’s Degree Qualifications for Engineering, Manufacturing and Processing (Vocationally-oriented) NQF-HETR LEVEL

KNOWLEDGE - theoretical - factual

SKILLS

- cognitive - practical

COMPETENCES Competence to work

independently and assume responsibility

Learning competence Communication and social competence

Field-specific competence

6

TH

CYCLE BACHELOR’S

EQF-LLL: 6

TH

CYCLE

QF-EHEA: 1

ST

CYCLE

Qualifications that signify completion of the sixth cycle are awarded to students who

1. have sufficient

background in technological topics related with mathematics, natural sciences and their own field of education.

1. apply available knowledge in the field of mathematics, natural sciences and technology; and adapt this knowledge to newly emerging applications.

2. solve problems encountered in the application of technologies developed.

3. detail or adapt the design of a system and/or process whose conceptual design is completed.

4. make use of technical drawing skills in design and practice.

5. select and use modern techniques and devices in the field of technology.

6. conduct experiments; analyze and interpret experiment results; and endeavor to improve experimental results.

1. take active part in individual work or intra- disciplinary and multi- disciplinary team work.

1. are aware of the need for lifelong learning; know how to access information and follow developments in the field of technology;

and renew themselves continuously.

2. apply available knowledge in the field of

mathematics, natural sciences and technology;

and adapt this knowledge to newly emerging applications.

3. make use of technical drawing skills in design and practice.

4. conduct experiments;

analyze and interpret experiment results; and endeavor to improve experimental results.

1. establish effective oral and written communication;

keep up with the literature and communicate with colleagues in a foreign language at minimum B1 level, as defined by the European Language Portfolio.

2. use computer software and communication and information technologies required in the field at the advanced level, as defined by the European Computer Driving Licence.

3. establish technical communication through technical drawing.

4. have sense of professional, ethical and social responsibility.

1. have sense of professional, ethical and social responsibility.

2. pay attention to environmental issues and work safety in professional practices.

(18)

2.2.3. Master’s Degree Qualifications for Engineering, Manufacturing and Processing (Vocationally-oriented) NQF-HETR LEVEL KNOWLEDGE

- theoretical - factual

SKILLS

- cognitive - practical

COMPETENCES Competence to work

independently and assume responsibility

Learning competence Communication and social competence

Field-specific competence

7

TH

CYCLE MASTER’S

EQF-LLL: 7

TH

CYCLE

QF-EHEA: 2

ND

CYCLE

Qualifications that signify completion of the seventh cycle are awarded to students who

1. define multi-disciplinary

scope of the field of technology and its interaction with related disciplines.

2. repeat up-to-date techniques and methods used in the field of technology; and their constraints, effects and results.

1. have access to extensive knowledge in the field of technology through applied research; and evaluate and apply this knowledge.

2. complete and apply knowledge based on limited or deficient data through scientific methods; integrate knowledge from different disciplines.

3. develop methods to solve technological problems defined; and use innovative methods to solve these problems.

4. conduct modeling and experiment-based research;

solve complex problems encountered in this process.

1. assume the leadership role in multi-disciplinary teams in the field of technology.

2. have access to extensive knowledge in the field of technology through applied research; and evaluate and apply this knowledge.

3. complete and apply knowledge based on limited or deficient data through scientific methods; integrate knowledge from different disciplines.

4. develop methods to solve technological problems defined; and use innovative methods to solve these problems.

5. conduct modeling and experiment-based research;

solve complex problems encountered in this process.

1. are aware of new and developing applications in the profession; examine and learn these applications, when required.

2. have access to extensive knowledge in the field of technology through applied research; and evaluate and apply this knowledge.

3. complete and apply knowledge based on limited or deficient data through scientific methods; integrate knowledge from different disciplines.

4. develop methods to solve technological problems defined; and use innovative methods to solve these problems.

5. apply modeling and experiment-based research; solve complex problems encountered in this process.

1. report systematically and clearly in written or oral form the processes and results of their research/work in national and international settings;

establish oral and written communication through speaking, writing and comprehension skills in a foreign language at minimum B2 level, as defined by the European Language Portfolio.

2. employ at the advanced level methods and software as well as communication technologies used in the field of technology.

3. comprehend social and environmental aspects of technology applications.

4. list up-to-date techniques and methods used in the field of technology; and their constraints, effects and results.

1. comply with social, scientific and ethical values in the process of collecting, interpreting, using and reporting data, and in all professional activities.

2. complete and apply knowledge based on limited or deficient data through scientific methods; integrate knowledge from different disciplines.

3. assume the leadership role in multi-disciplinary teams in the field of technology.

4. report systematically and clearly in written or oral form the processes and results of their research/work in national and international settings.

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