Yeterlilik Kodu

TR0030024799

Yeterlilik Adı
Yazılım Mühendisliği Doktora Diploması
Sorumlu KurumAtılım Üniversitesi
Sorumlu Kurum İletişim BilgisiKızılcaşar, 06830 İncek Gölbaşı/Ankara
Sorumlu Kurum URLhttps://www.atilim.edu.tr/
YönelimAkademik
AYÇ Seviyesi8
Yeterlilik TYÇ’ye yerleştirilmemiştir.
TYÇ Seviyesi 8
Sınıflandırma (Tematik Alan)Yazılım ve uygulamalar geliştirme ve analizi
Sınıflandırma (Meslek Kodu)

ISCO:08

KategoriAna
Kredi Değeri240
Programın Normal Süresi 4
Program Profili (Amaç)

İngilizce olarak eğitim vermektedir.

Öğrenme Ortamları-
Öğrenme Kazanımları (Tanım)
  • Yazılım mühendisliği araştırma alanında en gelişmiş teknoloji ve literatürü kavrama.
  • Yazılım mühendisliğinde dünya çapında araştırma yapma ve bu alanda en iyi konferans ve dergilerde bilimsel makale yayınlama becerisi.
  • Yazılım mühendisliğinde sayısal ve niteliksel çalışmalar yürütebilme.
  • Yazılım mühendisliği alanında akademik çevre ve endüstri arasında köprü kurabilmek için gerekli becerileri edinme ve gerçek dünyada karşılaşılan problemleri çözmek için yazılım mühendisliği yaklaşımlarını geliştirme ve uygulama.
  • Bilim ve teknolojideki güncel gelişmeleri takip edebilmek için gereken bilgiye ulaşma ve bilimsel araştırma gerçekleştirme veya yazılım mühendisliği alanına proje geliştirme becerisi.
  • Yazılım mühendisliği alanında mesleki, hukuksal, etik ve sosyal sorunlar hakkında farkındalık ve sorumluluk bilinci.
  • Proje ve risk yönetim becerisi; girişimciliğin, yenilikçilik ve sürdürülebilir kalkınmanın önemi hakkında farkındalık; yazılım mühendisliği uygulamaları standartları ve yöntemleri için uluslararası mükemmellik standartlarının bilinmesi.
  • Karar alırken, Yazılım mühendisliği uygulamalarının evrensel, çevresel, sosyal ve hukuksal sonuçları konusunda farkındalık.
  • Yazılım mühendisliği uygulamaları için mükemmellik standardını geliştirmek, benimsemek ve sürdürülebilir kullanımını desteklemek.
Anahtar Yetkinlikler -
Ölçme ve Değerlendirme Yöntemleri -
Kalite Güvencesi-
Giriş Şartı

Doktora programına başvuracak adayların; Doktora programlarına lisans ve varsa yüksek lisans başarı düzeyleri, ALES sonucu veya Senato tarafından ALES muadili kabul edilen uluslararası bir sınavdan alınan sonuç, yabancı dil bilgi düzeyi ve Senato tarafından uygun görülüp adaylara duyurulan diğer ölçütler değerlendirilerek öğrenci alınır. Doktora programı kabul koşulları  ve kayıt bilgileri http://fbe.atilim.edu.tr/doktora-programi-basvurulari-icin-onemli-tarihler adresinde detaylandırılmıştır.

Başarma ŞartlarıAlınacak lisans derslerinden en az CC, yüksek lisans derslerinden ise en az BB notu alınması zorunludur. Bilimsel hazırlık programının en az 2.5 genel not ortalaması ile tamamlanması gerekir. Bu derslerden alınan notlar doktora programı ders ortalamasına katılmaz.  
İlerleme Yolları (İlişki Türü)

Doktora programı mezunlarının, üniversitelerin Yazılım mühendisliği Bölümlerindeki Öğretim elemanı açığını doldurması, ve Ar-Ge merkezlerinde proje yöneticisi ve yazılım uzmanı olarak görev almaları beklenmektedir.

Yasal Dayanağı-
Geçerlilik Süresi (Varsa)

Yeterlilik sürekli geçerlidir.

Yeterliliğe Erişim için İnternet Adresi Adresi Aç
Yeterlilik Kodu

TR0030024799


Yeterlilik Adı
Yazılım Mühendisliği Doktora Diploması

Sorumlu Kurum
Atılım Üniversitesi

Sorumlu Kurum İletişim Bilgisi
Kızılcaşar, 06830 İncek Gölbaşı/Ankara

Sorumlu Kurum URL

Yönelim
Akademik

Sınıflandırma (Meslek Kodu)

ISCO:08


AYÇ Seviyesi
8

TYÇ Seviyesi
8
Yeterlilik TYÇ’ye yerleştirilmemiştir.

Sınıflandırma (Meslek Kodu)

ISCO:08


Kategori
Ana

Kredi Değeri
240

Programın Normal Süresi
4

Program Profili (Amaç)

İngilizce olarak eğitim vermektedir.


Öğrenme Ortamları
-

Öğrenme Kazanımları (Tanım)
  • Yazılım mühendisliği araştırma alanında en gelişmiş teknoloji ve literatürü kavrama.
  • Yazılım mühendisliğinde dünya çapında araştırma yapma ve bu alanda en iyi konferans ve dergilerde bilimsel makale yayınlama becerisi.
  • Yazılım mühendisliğinde sayısal ve niteliksel çalışmalar yürütebilme.
  • Yazılım mühendisliği alanında akademik çevre ve endüstri arasında köprü kurabilmek için gerekli becerileri edinme ve gerçek dünyada karşılaşılan problemleri çözmek için yazılım mühendisliği yaklaşımlarını geliştirme ve uygulama.
  • Bilim ve teknolojideki güncel gelişmeleri takip edebilmek için gereken bilgiye ulaşma ve bilimsel araştırma gerçekleştirme veya yazılım mühendisliği alanına proje geliştirme becerisi.
  • Yazılım mühendisliği alanında mesleki, hukuksal, etik ve sosyal sorunlar hakkında farkındalık ve sorumluluk bilinci.
  • Proje ve risk yönetim becerisi; girişimciliğin, yenilikçilik ve sürdürülebilir kalkınmanın önemi hakkında farkındalık; yazılım mühendisliği uygulamaları standartları ve yöntemleri için uluslararası mükemmellik standartlarının bilinmesi.
  • Karar alırken, Yazılım mühendisliği uygulamalarının evrensel, çevresel, sosyal ve hukuksal sonuçları konusunda farkındalık.
  • Yazılım mühendisliği uygulamaları için mükemmellik standardını geliştirmek, benimsemek ve sürdürülebilir kullanımını desteklemek.

Anahtar Yetkinlikler
-

Ölçme ve Değerlendirme Yöntemleri
-

Kalite Güvencesi
-

Giriş Şartı

Doktora programına başvuracak adayların; Doktora programlarına lisans ve varsa yüksek lisans başarı düzeyleri, ALES sonucu veya Senato tarafından ALES muadili kabul edilen uluslararası bir sınavdan alınan sonuç, yabancı dil bilgi düzeyi ve Senato tarafından uygun görülüp adaylara duyurulan diğer ölçütler değerlendirilerek öğrenci alınır. Doktora programı kabul koşulları  ve kayıt bilgileri http://fbe.atilim.edu.tr/doktora-programi-basvurulari-icin-onemli-tarihler adresinde detaylandırılmıştır.


Başarma Şartları
Alınacak lisans derslerinden en az CC, yüksek lisans derslerinden ise en az BB notu alınması zorunludur. Bilimsel hazırlık programının en az 2.5 genel not ortalaması ile tamamlanması gerekir. Bu derslerden alınan notlar doktora programı ders ortalamasına katılmaz.  

İlerleme Yolları (İlişki Türü)

Doktora programı mezunlarının, üniversitelerin Yazılım mühendisliği Bölümlerindeki Öğretim elemanı açığını doldurması, ve Ar-Ge merkezlerinde proje yöneticisi ve yazılım uzmanı olarak görev almaları beklenmektedir.


Yasal Dayanağı
-

Geçerlilik Süresi (Varsa)

Yeterlilik sürekli geçerlidir.


Yeterliliğe Erişim için İnternet Adresi
Adresi Aç

Qualification Code

TR0030024799

Qualification Title
PhD in Software Engineering Doctorate Diploma
Awarding BodyAtilim University
Awarding Body ContactKızılcaşar, 06830 İncek Gölbaşı/Ankara / Turkey
Awarding Body Urlwww.atilim.edu.tr
OrientationAcademic
EQF Level8
The Qualification hasn't been included in TQF.
TQF Level 8
Thematic AreasSoftware and applications development and analysis
National Occupation Classification

ISCO:08

CategoryMain
Credit Value240
Program Duration4
Program Profile-
Learning Environments-
Description
  1. To become familiar with the state-of-the art and the literature in the software engineering research domain
  2. An ability to conduct world-class research in software engineering and publish scholarly articles in top conferences and journals in the area
  3. Be able to conduct quantitative and qualitative studies in software engineering
  4. Acquire skills needed to bridge software engineering academia and industry and to develop and apply scientific software engineering approaches to solve real-world problems
  5. An ability to access information in order to follow recent developments in science and technology and to perform scientific research or implement a project in the software engineering domain.
  6. An understanding of professional, legal, ethical and social issues and responsibilities related to Software Engineering.
  7. Skills in project and risk management, awareness about importance of entrepreneurship, innovation and long-term development, and recognition of international standards of excellence for software engineering practices standards and methodologies.
  8. An understanding about the impact of Software Engineering solutions in a global, environmental, societal and legal context while making decisions.
  9. Promote the development, adoption and sustained use of standards of excellence for software engineering practices.
Key Competencies-
Further Info

The Software Engineering Ph.D program has been established in the Spring semester of the 2014-15 academic year. The program aims to fulfill the sectoral and societal requirements which are summarized below:

  1. Sectoral requirements: As software systems become more prevalent nationally and globally, the need for qualified software engineers has grown steadily. The aim of Software Engineering is to design and develop high-quality, reliable, high-performance software which fulfills specific requirements, is easy to use, operate and maintain that can be easily integrated to other systems, and is appealing to the end-users. The software that has been developed by software engineers who have a command of the software engineering processes will lead to developments in economic, societal, technological and scientific areas.
  2. Societal needs: The field of Software Engineering is concerned with the creation and analysis of the complex software systems that underlie modern society. Research in Software Engineering targets software artifacts and the people that create them. The field is large, and it encompasses engineering design research, i.e. the creation of new software artifacts with some desirable properties, as well as empirical research, i.e. the study of the effects that software development tools and methods have in the context of software development teams.  Essentially, all aspects of the Software Engineering industry demand a new more educated, more versatile workforce.
  3. The profile of PhD graduates and sector expectations: By enrolling in the PhD program, students have the opportunity to prepare themselves for faculty positions in software engineering, for research positions in industrial laboratories, and for leadership positions in development. Those graduates who choose a career in education are distinguished by their genuine understanding of software design and development issues. Graduates who become industrial developers understand not only academic research issues but also engineering constraints that arise from public policy, economic, regulatory, and market issues. And graduates who become senior software system developers have a distinctive perspective that addresses specific problems in the context of the principles and results of the field. In addition to the talent and research skills that allow graduates to fill these industry needs, these PhDs will also understand the practical issues of software design and development from requirements acquisition through maintenance. They are prepared to enter research or advanced development positions in application areas, distributed networks, embedded/critical systems, and other specialties as well as conventional software system development. Furthermore, graduates’ experience with managing projects and their overall general knowledge of the software industry make them excellent candidates for industry consulting positions. 
 
Quality Assurance-
Access Requirements

Students are admitted to doctoral programs on the basis of undergraduate and master program, if any, success grade, ALES result or international exam result equivalence of which is accepted by the Senate, foreign language exam result and other criteria to be accepted and announced to the applicants by the Senate. Admissiom requirements and registration procedures are outlined in http://fbe.atilim.edu.tr/doktora-programi-basvurulari-icin-onemli-tarihler.

Conditions for SuccessStudents who are admitted to an academic deficiency programme (PhD) may enroll in maximum six courses of 18 credits. The academic deficiency programme lasts one academic year. The period of the programme is not included in the maximum duration of education for the concerned PhD programme mentioned in this Regulation. a) (Amendment:O.G.-31/03/2009-27186) Students who are enrolled in the academic deficiency programme (PhD) shall only take undergraduate and Master’s courses upon the recommendation of the Department and with the approval of the Administrative Board of the Graduate School. b) (Amendment:O.G.-31/03/2009-27186) Graduate students enrolled in the academic deficiency programme shall accomplish the courses with a CGPA of minimum 2.50. They shall not receive a grade lower than CC in their undergraduate courses and BB in their graduate courses in order to continue their regular graduate studies. The grades in the academic deficiency programme are not included in CGPA calculations of graduate studies. c) (Amendment:O.G.-31/03/2009-27186) Students who fail to maintain a CGPA of at least 2.50 or to complete the academic deficiency programme in due time shall not have the right to begin the Doctoral programme.   PART NINE Doctoral Programme Scope ARTICLE 30 – (1) The scope of the doctoral programme is to make students conduct independent research, comment on the scientific events with an analytical and scientific point of view, develop new techniques, apply those new techniques successfully in facing engineering challenges, conduct original researches by improving the necessary steps to reach new syntheses. (2) The doctoral programme consists of two main parts: courses and research study. The research study is presented to the academic jury as a doctoral dissertation. The candidates are entitled to receive a doctorate’s degree upon completing the courses successfully, passing the qualifying examination and the acceptance and submitting of the bound copies of the doctoral dissertation to the Graduate School. Duration of the Doctoral Programme ARTICLE 31 – (1) The doctoral candidate students shall meet the requirements of the curriculum stipulated by the Department, shall receive a passing grade from credit and non-credit courses and achieve a CGPA not less than 3.00/4.00 before they defend their thesis. Doctoral programme may be completed within 6 semesters at the earliest. On condition that the students take a leave, the validity of the credit and non-credit courses shall be ten semesters. After ten semesters, the students shall reregister for these courses or for the courses determined by the Department and pass them. The students may take a leave for maximum two semesters during the doctoral programme.   Course Load and Credits ARTICLE 32 – (1) Course load and credit regulations for the doctoral programme are as follows: a) A Doctoral programme is comprised of at least seven courses not being less than twenty-one credits, non-credit courses determined by the Department, a doctoral qualifying examination, a thesis proposal and a thesis which will be prepared in the language of the instruction of the related doctoral programme. For those, who have been accepted with a Bachelor’s Degree, this programme is comprised of a minimum of fourteen courses not being less than forty-two credits, non-credit courses determined by the Department, a doctoral qualifying exam, a thesis proposal and a thesis which will be prepared in the language of the instruction of the related doctoral programme. b) Taking undergraduate courses do not count as part of the doctoral course load or credits. c) Students may take maximum three graduate courses other than the courses in the doctoral programme in which s/he is enrolled. Students may take these courses from the other departments or institutes of the Graduate School of Natural and Applied Sciences upon the recommendation of his/her supervisor and the approval of Department Chairperson. Students may also take these courses from other higher education institutions to be counted as part of their programme requirements upon the recommendation of the Department and the approval of the Administrative Board of the Graduate School. Dissertation Supervision ARTICLE 33 – (Amendment:O.G.-31/03/2009-27186) (1) The students who are accepted to the doctoral programme are required to sign a supervision protocol with a faculty member until the end of the first semester of the graduate study. The supervision protocol is signed by both the faculty member and the student. The title of the doctoral dissertation is stated in the protocol and the research to be carried out is defined in the abstract. If necessary, the courses to be taken by the student may be recommended in options. The supervision protocol takes effect with the approval of the Administrative Board of the Graduate School. Either or both parties may apply to the Department for the termination of the protocol on condition that they state their reasons. The request shall be evaluated by the Department and The Graduate School shall be notified of the request. The Graduate School evaluates and concludes the request within a month at the latest. The doctoral student whose protocol is terminated for a valid reason is supposed to sign another protocol within a month at latest with another faculty member of the Department. The students whose supervision protocol has been ratified are not supposed to have another ratification to take these courses. Second Supervisor ARTICLE 34 – (1) A second thesis supervisor with a doctoral degree may be appointed if it is necessary to carry out the dissertation. The second dissertation supervisor is approved and appointed by the Graduate School upon the recommendation of the related Department within a month after the date the student has passed the Doctoral Qualifying Examination.
Progression Paths (Relationship Type)

Graduates from the PhD program are expected to take academic staff position in the Software Enginnering Departments and work as software experts and project managers in R/D companies in technoparks.

Legal Basis-
Validity Period (If Any)

Qualification is continuous

Url Open Address
Qualification Code

TR0030024799


Qualification Title
PhD in Software Engineering Doctorate Diploma

Awarding Body
Atilim University

Awarding Body Contact
Kızılcaşar, 06830 İncek Gölbaşı/Ankara / Turkey

Awarding Body Url

Orientation
Academic

National Occupation Classification

ISCO:08


EQF Level
8

TQF Level
8
The Qualification hasn't been included in TQF.

National Occupation Classification

ISCO:08


Category
Main

Credit Value
240

Program Duration
4

Program Profile
-

Learning Environments
-

Description
  1. To become familiar with the state-of-the art and the literature in the software engineering research domain
  2. An ability to conduct world-class research in software engineering and publish scholarly articles in top conferences and journals in the area
  3. Be able to conduct quantitative and qualitative studies in software engineering
  4. Acquire skills needed to bridge software engineering academia and industry and to develop and apply scientific software engineering approaches to solve real-world problems
  5. An ability to access information in order to follow recent developments in science and technology and to perform scientific research or implement a project in the software engineering domain.
  6. An understanding of professional, legal, ethical and social issues and responsibilities related to Software Engineering.
  7. Skills in project and risk management, awareness about importance of entrepreneurship, innovation and long-term development, and recognition of international standards of excellence for software engineering practices standards and methodologies.
  8. An understanding about the impact of Software Engineering solutions in a global, environmental, societal and legal context while making decisions.
  9. Promote the development, adoption and sustained use of standards of excellence for software engineering practices.

Key Competencies
-

Further Info

The Software Engineering Ph.D program has been established in the Spring semester of the 2014-15 academic year. The program aims to fulfill the sectoral and societal requirements which are summarized below:

  1. Sectoral requirements: As software systems become more prevalent nationally and globally, the need for qualified software engineers has grown steadily. The aim of Software Engineering is to design and develop high-quality, reliable, high-performance software which fulfills specific requirements, is easy to use, operate and maintain that can be easily integrated to other systems, and is appealing to the end-users. The software that has been developed by software engineers who have a command of the software engineering processes will lead to developments in economic, societal, technological and scientific areas.
  2. Societal needs: The field of Software Engineering is concerned with the creation and analysis of the complex software systems that underlie modern society. Research in Software Engineering targets software artifacts and the people that create them. The field is large, and it encompasses engineering design research, i.e. the creation of new software artifacts with some desirable properties, as well as empirical research, i.e. the study of the effects that software development tools and methods have in the context of software development teams.  Essentially, all aspects of the Software Engineering industry demand a new more educated, more versatile workforce.
  3. The profile of PhD graduates and sector expectations: By enrolling in the PhD program, students have the opportunity to prepare themselves for faculty positions in software engineering, for research positions in industrial laboratories, and for leadership positions in development. Those graduates who choose a career in education are distinguished by their genuine understanding of software design and development issues. Graduates who become industrial developers understand not only academic research issues but also engineering constraints that arise from public policy, economic, regulatory, and market issues. And graduates who become senior software system developers have a distinctive perspective that addresses specific problems in the context of the principles and results of the field. In addition to the talent and research skills that allow graduates to fill these industry needs, these PhDs will also understand the practical issues of software design and development from requirements acquisition through maintenance. They are prepared to enter research or advanced development positions in application areas, distributed networks, embedded/critical systems, and other specialties as well as conventional software system development. Furthermore, graduates’ experience with managing projects and their overall general knowledge of the software industry make them excellent candidates for industry consulting positions. 
 

Quality Assurance
-

Access Requirements

Students are admitted to doctoral programs on the basis of undergraduate and master program, if any, success grade, ALES result or international exam result equivalence of which is accepted by the Senate, foreign language exam result and other criteria to be accepted and announced to the applicants by the Senate. Admissiom requirements and registration procedures are outlined in http://fbe.atilim.edu.tr/doktora-programi-basvurulari-icin-onemli-tarihler.


Conditions for Success
Students who are admitted to an academic deficiency programme (PhD) may enroll in maximum six courses of 18 credits. The academic deficiency programme lasts one academic year. The period of the programme is not included in the maximum duration of education for the concerned PhD programme mentioned in this Regulation. a) (Amendment:O.G.-31/03/2009-27186) Students who are enrolled in the academic deficiency programme (PhD) shall only take undergraduate and Master’s courses upon the recommendation of the Department and with the approval of the Administrative Board of the Graduate School. b) (Amendment:O.G.-31/03/2009-27186) Graduate students enrolled in the academic deficiency programme shall accomplish the courses with a CGPA of minimum 2.50. They shall not receive a grade lower than CC in their undergraduate courses and BB in their graduate courses in order to continue their regular graduate studies. The grades in the academic deficiency programme are not included in CGPA calculations of graduate studies. c) (Amendment:O.G.-31/03/2009-27186) Students who fail to maintain a CGPA of at least 2.50 or to complete the academic deficiency programme in due time shall not have the right to begin the Doctoral programme.   PART NINE Doctoral Programme Scope ARTICLE 30 – (1) The scope of the doctoral programme is to make students conduct independent research, comment on the scientific events with an analytical and scientific point of view, develop new techniques, apply those new techniques successfully in facing engineering challenges, conduct original researches by improving the necessary steps to reach new syntheses. (2) The doctoral programme consists of two main parts: courses and research study. The research study is presented to the academic jury as a doctoral dissertation. The candidates are entitled to receive a doctorate’s degree upon completing the courses successfully, passing the qualifying examination and the acceptance and submitting of the bound copies of the doctoral dissertation to the Graduate School. Duration of the Doctoral Programme ARTICLE 31 – (1) The doctoral candidate students shall meet the requirements of the curriculum stipulated by the Department, shall receive a passing grade from credit and non-credit courses and achieve a CGPA not less than 3.00/4.00 before they defend their thesis. Doctoral programme may be completed within 6 semesters at the earliest. On condition that the students take a leave, the validity of the credit and non-credit courses shall be ten semesters. After ten semesters, the students shall reregister for these courses or for the courses determined by the Department and pass them. The students may take a leave for maximum two semesters during the doctoral programme.   Course Load and Credits ARTICLE 32 – (1) Course load and credit regulations for the doctoral programme are as follows: a) A Doctoral programme is comprised of at least seven courses not being less than twenty-one credits, non-credit courses determined by the Department, a doctoral qualifying examination, a thesis proposal and a thesis which will be prepared in the language of the instruction of the related doctoral programme. For those, who have been accepted with a Bachelor’s Degree, this programme is comprised of a minimum of fourteen courses not being less than forty-two credits, non-credit courses determined by the Department, a doctoral qualifying exam, a thesis proposal and a thesis which will be prepared in the language of the instruction of the related doctoral programme. b) Taking undergraduate courses do not count as part of the doctoral course load or credits. c) Students may take maximum three graduate courses other than the courses in the doctoral programme in which s/he is enrolled. Students may take these courses from the other departments or institutes of the Graduate School of Natural and Applied Sciences upon the recommendation of his/her supervisor and the approval of Department Chairperson. Students may also take these courses from other higher education institutions to be counted as part of their programme requirements upon the recommendation of the Department and the approval of the Administrative Board of the Graduate School. Dissertation Supervision ARTICLE 33 – (Amendment:O.G.-31/03/2009-27186) (1) The students who are accepted to the doctoral programme are required to sign a supervision protocol with a faculty member until the end of the first semester of the graduate study. The supervision protocol is signed by both the faculty member and the student. The title of the doctoral dissertation is stated in the protocol and the research to be carried out is defined in the abstract. If necessary, the courses to be taken by the student may be recommended in options. The supervision protocol takes effect with the approval of the Administrative Board of the Graduate School. Either or both parties may apply to the Department for the termination of the protocol on condition that they state their reasons. The request shall be evaluated by the Department and The Graduate School shall be notified of the request. The Graduate School evaluates and concludes the request within a month at the latest. The doctoral student whose protocol is terminated for a valid reason is supposed to sign another protocol within a month at latest with another faculty member of the Department. The students whose supervision protocol has been ratified are not supposed to have another ratification to take these courses. Second Supervisor ARTICLE 34 – (1) A second thesis supervisor with a doctoral degree may be appointed if it is necessary to carry out the dissertation. The second dissertation supervisor is approved and appointed by the Graduate School upon the recommendation of the related Department within a month after the date the student has passed the Doctoral Qualifying Examination.

Progression Paths (Relationship Type)

Graduates from the PhD program are expected to take academic staff position in the Software Enginnering Departments and work as software experts and project managers in R/D companies in technoparks.


Legal Basis
-

Validity Period (If Any)

Qualification is continuous


Url
Open Address