Bachelor

Master

The packaging, regardless of the material and for which product, has meanwhile become ubiquitous and taken for granted. Very few are aware of the small technical marvels they are holding in their hands and how much know-how is behind them. Every food is different and is therefore produced and packaged differently. The development of packaging that ensures that the product tastes good and looks good even weeks later brings together a wide range of disciplines such as materials and their sustainability, business administration, design, process engineering, robotics and microbiology. The topics of sustainability and recycling will become even more important in the future.
In the Bachelor degree, you will acquire the scientific and practical expertise to develop packaging that meets these diverse requirements.
Note: If you start your studies in the summer semester, you will study in the StudyFLEX program. What does StudyFLEX mean? The basic course is stretched from 2 to 3 semesters and supplemented by supporting events (bridging courses, tutorials, mentoring, study advice, orientation in the professional field). The originally 7-semester course is thus designed for 8 semesters, in which 210 cp are acquired. At the beginning of your studies, you gain time to refresh your scientific basis, to develop your learning strategy and to get to know the professional field. 

Internship is not mandatory, but is optional during studies. If possible, we recommend doing an internship.

"["#The semester fee includes contributions to the Student union fee (halls of residence, university sports), student body fee, Administrative costs and public transport"
"#Student will automatically receive a semester ticket for the use of public transport in Hanover (GVH) as well as regional transport in Lower Saxony"]"

Food Packaging Technology (LMV)

Hochschule Hannover University of Applied Sciences and Arts

The objective of the English-language Functional Materials Master program is a research-oriented education in the field of modern functional materials, which are becoming increasingly important in the engineered world. The program focuses on the working mechanisms of modern functional materials and provides an education with respect to their manufacturing, processing and characterization. The program qualifies students for work both in basic research in public and private research institutions as well as in applied research and development in industry, in the fields of nanotechnology, chemistry, electrical engineering and mechanical engineering. 

The Semester contributions totalling 354.17 EUR must be paid each semester. It includes Student union fee 90.50 EUR, Student Body fee 14.00 EUR, Semester ticket fee 199.67 EUR and Administrative fee 50 EUR

Cambridge PET, FCE, BEC, ILEC, ICFE; UNIcert II, Cambridge IGCSE with level B2, are accepted proof of language proficiency

Functional Materials

Philipps-Universität Marburg

The Master in Robotic Systems engineering focuses on the optimal use of robots in industry and society as well as the development and construction of novel robotic systems. Bridging gaps between mechanical engineering, electrical engineering and computer science, this program will enable you to develop innovative and intelligent robotic solutions to address the most pressing global challenges of the 21st century: industrial productivity, energy efficiency, environmental responsibility, healthcare, and mobility services.

It is mandatory to do an internship. It is easier to find internship when it is mandatory. 3-6 months is most common.

The Semester contributions totaling 310.15 EUR must be paid each semester. It includes Mobility fee 201.05 EUR, Social contribution fee 98.00 EUR and Student body contribution fee 11.10 EUR

"["#Cambridge CAE is accepted as proof of language proficiency"
"#Native speakers and English language degree holders from USA, UK, Canada, Ireland, New Zealand, and Australia are exempted from proving language proficiency"]"

Robotic Systems Engineering

RWTH International Academy

The interdisciplinary Master degree program in Life Science Informatics is designed to enable graduates to successfully meet the technical and economic challenges at the interface between biotechnology, medicine, pharmacy, and informatics. Its focus is to convey skills and competencies from the natural sciences and information technology while also integrating academic research as well. 

The Semester contributions totaling 320.11 EUR must be paid each semester. It includes Student self administration fee 12.00 EUR, Social services for student fee 0.75 EUR, Allowance for student council fee 1.50 EUR, Support fund for students fee 0.01 EUR, University Sports fee 0.85 EUR, Culture pass fee 3.00 EUR, Student transit passes fee 201.40 EUR, Special account for mobility fee 0.60 EUR and Contribution to the Student union fee fee 100.00 EUR

Robotic Systems Engineering

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