PGPlant Genetics and Plant Breeding (Gödöllő)
Hungary, 2100 Gödöllő
| Study location | Hungary, Gödöllő |
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| Type | Postgraduate, full-time |
| Nominal duration | 2 semesters (60 ECTS) |
| Study language | English |
| Awards | PG (Plant Genetics and Plant Breeding Engineer) |
| Course code | Agricultural Science |
| Tuition fee | €2,300 per semester |
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| Application fee | €100 one-time |
| Entry qualification | Bachelor diploma (or higher) The entry qualification documents are accepted in the following languages: English. Often you can get a suitable transcript from your school. If this is not the case, you will need official translations along with verified copies of the original. You must take the original entry qualification documents along with you when you finally go to the university. |
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| Language requirements | English Certificate of secondary education accomplished in English may also be taken into account. |
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| Other requirements | A motivation letter must be added to your application.
Specific requirements for Non-EU applicants:
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Overview
Description
The aim of the Plant Genetics and Plant Breeding postgraduate course is to train specialists capable of addressing research challenges in plant genetics and breeding, solving methodological and management problems in seed production, and performing theoretical and practical tasks as researchers in genetic and biotechnological institutes. Further, to produce breeding materials using both traditional and molecular genetic and biotechnological techniques. The program includes training in modern phenotyping and genotyping methods, economic analysis in plant breeding, and relevant legal aspects.
Qualification of the Degree: Plant Genetics and Plant Breeding Engineer
Program Leader: Dr. Anikó Veres, Associate Professor (Szent István Campus)
Training Site: Gödöllő
Entry Requirements: Applicants must hold at least a bachelor’s degree in one of the following areas:
Agricultural Sciences:
Forestry Engineer, Food Engineer, Horticultural Engineer, Environmental Agricultural Engineer, Conservation Engineer, Wildlife Engineer, Livestock Engineer, Agricultural Engineer, Crop Production Engineer, Economic and Rural Development Agricultural Engineer, Agricultural Engineer in Computer and Management Sciences, Ornamental Horticultural Engineer
Technical Fields:
Bioengineering, Environmental Engineering, Biotechnologist
The following bachelor’s degree courses may also be taken into account after completion of specific credit requirements:
Biology, Chemistry, Chemical Engineering, Livestock Engineering
Skills and Professional Competencies Acquired on Completion of the Program
Graduates will be able to:
• Conduct research in the field of plant genetics and plant breeding
• Solve theoretical and practical problems in genetics and biotechnology
• By understanding the theoretical and practical aspects of plant breeding, graduates will be able to produce breeding materials and to develop the biological basis for seed production
• Disseminate knowledge of plant genetics and plant breeding and to engage in educational activities
• Perform tasks related to variety certification and protection
• Apply testing methods acquired during the training
• Identify plant breeding challenges and use appropriate problem-solving methods
• Understand and assess environmental impacts on plant breeding, and thus make well-informed decisions
• Communicate effectively, thus enabling them to express and defend their professional opinions in debates
Requirements for Pre-Degree Certificate (Absolutorium)
• Completion of all compulsory subjects and fullfilling the number of credits for the preparation of the thesis, for a total of 60 credits
Final Examination
Eligibility:
• Obtained pre-degree certificate (absolutorium)
• Submitted thesis approved by reviewers
• No outstanding obligations to the university
Components of the Final Exam:
• Thesis defense
• Comprehensive complex exam
Final Exam Topics
Topics are defined annually by the program leader in collaboration with participating institutes. The topics of the final exam may vary from year to year.
Evaluation of Final Exam and Qualification of Degree from 2020/21 academic year
Based on the university’s academic regulations: chapter 4.3.16 Final exam and chapter 4.3.17. Degree certificate.
Programme structure
2 semesters = 60 credits
Model curriculum:
Find your programme in the table at the link below and click on the PDF
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