PROGRAM OVERVIEW
Program name: Food Technology
Discipline: Manufacturing and Processing
Major code: 9540101
Training duration: 3 years (90 credits), 4 years for applicants without a Master's degree (120 credits)
1. Role and Position of the Discipline
At the doctoral level, Food Technology belongs to the domain of manufacturing and processing sciences and plays a central role within the science and technology ecosystem supporting food security, nutrition, and public health. It is an interdisciplinary field integrating fundamental sciences (chemistry, biology), engineering technologies, and management sciences to address complex challenges across the entire food value chain.
At this level, the discipline goes beyond application and focuses on:
- Advancing new knowledge and scientific theories in food science
- Researching, designing, and optimizing advanced processing technologies
- Addressing major challenges such as food safety, quality changes, personalized nutrition, sustainability, and climate change
- Leading R&D activities in research institutes, universities, and industry
The program aims to train scientists capable of independent, creative research and of identifying and solving emerging problems in food science and technology.
2. Key Strengths of the Doctoral Program
Advanced Research Orientation and Innovation
The program excels in developing cutting-edge research areas, including:
- Next-generation food processing and preservation technologies
- Biotechnology, enzymes, and applied microbiology in food systems
- Functional foods, nutrition, and health
- Food analysis, traceability, and authentication technologies
- Modeling, optimization, and digital transformation in food technology
Research activities are not only academic but also closely aligned with real-world challenges faced by industry and society.
Integration of Research – Application – Management Competencies
The program develops:
- Research design, data analysis, and international publication capabilities
- Technology transfer and commercialization skills
- Leadership and management of research teams and scientific projects
Strong Industry and International Linkages
The program benefits from:
- Collaboration with major food production enterprises
- Partnerships with international institutions in research and training
- Access to real-world challenges in quality, safety, and product development
These connections enable doctoral candidates to conduct highly applicable and impactful research.
3. Required Competencies and Attributes of Doctoral Candidates
To succeed at the doctoral level, candidates should possess:
Scientific Thinking and Independent Research Capacity
- Ability to analyze, synthesize, and identify new problems
- Critical thinking and hypothesis development
- Capability to design and conduct advanced research
Perseverance and Academic Discipline
- Commitment to long-term research
- Adherence to academic integrity and international publication standards
Innovative and Application-Oriented Mindset
- Ability to translate research into technologies and products
- Awareness of market trends and societal needs
International Integration Competence
- Proficiency in academic English
- Ability to participate in international research networks and conferences
- Publication in reputable scientific journals
Leadership and Interdisciplinary Collaboration Skills
- Research team management
- Cross-disciplinary collaboration (food science – biology – biomedical – data science)
- Leadership in scientific and innovation projects
4. Career Opportunities
Graduates may pursue positions such as:
- Scientists, lecturers, and researchers in institutes and universities
- Heads of R&D, Chief Technology Officers (CTO), or technology experts in enterprises
- Policy advisors and managers in the food sector
- Strategic consultants or entrepreneurs in food technology