Food and Nutrition technology
Food and Nutrition technology
Duration of the programme: 4 years (8 semesters)
Programme description:
The program is dedicated to doctoral students interested in the deepening their knowledge on and implementing innovative technical and technological tools aimed at improving food quality and the impact of nutrition on the human health. The curriculum in this discipline has been developed with the emphasis on self-development and the ability to solve problems at the basic and applied research. An integral part of the interdisciplinary educational program is the research project with the supervision and guidance of a selected supervisor and publishing the research results in renowned international journals.
The school encourages participation in courses, training and scientific conferences, as well in international exchange programs, which will shape open and innovative researchers. The aspects of functional food, modern analytical techniques and technologies used in food processing constitute a key pillar of the educational program.
Career opportunities:
The graduates have the knowledge and skills in the fields of food technology and nutrition.
The graduates of the PhD programme will be able to choose a career as a member of Research and Development team, nutrition expert, food technology and production consultant, quality controller and food officer at any managerial level. The graduates very often also decide to continue their research path and work in in Poland and abroad.
Key words:
- Food biochemistry
- Food biotechnology
- Food engineering
- Food microbiology
- Food safety
- Functional food
- Nutrition
- Dairy science
- Meat science
- Plant science
- Quality control
Candidates for PhD Supervisors
- Publications (WoS): 172
- Citations (WoS, excl. self-citations): 2063
- Hirsch index (WoS): 31
- Citations (Google Scholar): 3885
- Hirsch index (Google Scholar): 35
- Promoted doctors: 5
- Supervised doctoral students: 10
- Application of NMR methods for identifying falsified drugs.
- "Exotic" contrast agents for Magnetic Resonance Imaging.
- When nanoscience and food science meet — nanoobjects as additives to food products.
- Ionogels as a new generation of electrolytes.
- Nanodots for medical applications.
- Publications (WoS/Scopus): 28
- Citations (WoS/Scopus, excl. self-citations): 481
- Hirsch index (WoS/Scopus): 12
- Citations (Google Scholar): 903
- Hirsch index (Google Scholar): 20
- Promoted doctors: 0
- Supervised doctoral students: 1
- The impact of technological processes on selected nutrients.
- Vegetable oils.
- Encapsulation of bioactive compounds.
- Microencapsulation of fats.
- Use of food industry by-products in the production of functional foods.
- Publications (WoS/Scopus): 39
- Citations (WoS/Scopus, excl. self-citations): 1025 / 1007
- Hirsch index (WoS/Scopus): 16
- Citations (Google Scholar): 1659
- Hirsch index (Google Scholar): 17
- Promoted doctors: 1
- Supervised doctoral students: 1
- The potential of plant-based raw materials as functional food ingredients in the context of their nutritional value and consumer acceptance / willingness to purchase.
- Valorisation of wild rice bran as a source of bioactive compounds: antioxidant assessment and application in traditional Polish food products with sensory analysis.
- Innovative technologies for the extraction of bioactive compounds from plant by-products and their use in food products.
- Publications (WoS/Scopus): 48 / 45
- Citations (WoS/Scopus, excl. self-citations): 813 / 770
- Hirsch index (WoS/Scopus): 14 / 16
- Citations (Google Scholar): 843
- Hirsch index (Google Scholar): 14
- Promoted doctors: 2
- Supervised doctoral students: 3
- Assessment of the degree of membrane fouling depending on feed composition and process conditions — development of guidelines for the cleaning procedure and process based on these factors.
- Publications (WoS/Scopus): 38 / 42
- Citations (WoS/Scopus, excl. self-citations): 524 / 625
- Hirsch index (WoS/Scopus): 13 / 14
- Citations (Google Scholar): 887
- Hirsch index (Google Scholar): 17
- Promoted doctors: 1
- Supervised doctoral students: 2
- Methods of controlling bacterial biofilms, photoinactivation of microorganisms, and unconventional methods of food preservation.
- Biological and antimicrobial properties of plant and animal additives; functional foods.
- Publications (WoS/Scopus): 39
- Citations (WoS/Scopus, excl. self-citations): 435
- Hirsch index (WoS/Scopus): 15
- Citations (Google Scholar): 602
- Hirsch index (Google Scholar): 13
- Promoted doctors: 0
- Supervised doctoral students: 1
- Natural methods for increasing the content of health-promoting compounds in food.
- Publications (WoS/Scopus): 74
- Citations (WoS/Scopus, excl. self-citations): 679
- Hirsch index (WoS/Scopus): 14
- Citations (Google Scholar): 1531
- Hirsch index (Google Scholar): 20
- Promoted doctors: 1
- Supervised doctoral students: 0
- Comprehensive assessment of the quality of fish raw material from north-eastern Poland, determined by the presence of xenobiotics.
- Publications (WoS/Scopus): 49 / 49
- Citations (WoS/Scopus, excl. self-citations): 1610 / 1804
- Hirsch index (WoS/Scopus): 18 / 19
- Citations (Google Scholar): 2639
- Hirsch index (Google Scholar): 20
- Promoted doctors: 0
- Supervised doctoral students: 2 (as assistant supervisor)
- Determining the impact of health-promoting foods on reducing the occurrence of diet-related diseases and supporting their dietary management.
- Characterisation of the composition and biological activity of bioactive compounds in food.