Genomic Biotechnology - Master
| Faculty | Applied Computer Sciences and Biosciences |
|---|---|
| Course of studies | Genomic biotechnology |
| Degree | Master |
| Academic degree | Master of Science |
| Start | Winter semester |
| Regular study period | 4 Semesters |
| Category |
natural sciences computer science |
| Type of study |
full-time studies |
| Course language | german |
| Admission restriction | No |
| Tuition | No |
| Credits | 120 |
| Accredited | No |
| Application portal |
Online application |
Objective
Human, plant, or animal - genomics is the basis of modern biotechnology.
In vitro diagnostics, de novo development of whole organisms, BioBricks for special synthesis pathways for the production of basic chemicals, mRNA technology, and gene shears in medicine and vaccine development - The rapid advances in biotechnology involve genomics. Genomic data are expanding our understanding of the organisms involved in biotechnological processes and supporting their optimization. Yet the technology's potential is far from exhausted.
This is precisely why we focus on genomic biotechnology in our master's program at Mittweida University of Applied Sciences. The knowledge acquired in the bachelor's program from the life sciences is deepened in molecular biology and genomics, whereby the curriculum is strongly research-oriented to enable our graduates to carry out independent scientific work.
Career prospects
The application of biotechnology is booming and offers a wide range of opportunities.
Most recently since the successful development of vaccines against SARS-CoV-2, genomic biotechnology has raised its position in the public consciousness. What has been less noticed is that powerful tools for the industry have been developed, for example, with the CRISPR/Cas gene scissors and genome-wide association studies. Consequently, the demand for laboratory-experienced personnel is increasing.
Graduates of the Master's program in Genomic Biotechnology bring their advanced knowledge of molecular biology and genomics to bear in the context of biotechnological applications. Due to their individual focus, they have the best prerequisites to work in the following research and industrial sectors:
- Pharmaceutical and chemical industry,
- food industry,
- genetic diagnostics, genetic engineering, genome research,
- environmental monitoring and biodiversity research.
Successful graduates of the master's program can then start a doctoral program.
Structure
Genomics as the basis of modern biotechnology, in focus.
Advanced knowledge in molecular biology in the context of biotechnological applications and genomics forms the core of the study of genomic biotechnology at Mittweida University of Applied Sciences. Here, the entire genetic information of organisms is not only analyzed, but in particular molecular biological methods are used to optimize biological systems.
You determine a focus by choosing from two elective modules in the first two semesters. In the first semester, you either deal with Biodata Sciences or expand your soft skills in the Studium Generale. In the second semester you can choose between Biodata Visualization, Molecular and Cellular Biophysics, Environmental Chemistry, and Machine Learning.
As in the Bachelor's program at HSMW, working and experimenting in the laboratory is an integral and essential part of the Master's program in Genomic Biotechnology in Mittweida. Therefore, in order to enter the program, knowledge in molecular biology or biochemical laboratory techniques must have already been acquired in the undergraduate studies.
After imparting molecular biological and genomic knowledge in the first two semesters, the focus of the third and fourth semesters is on scientific work. In the third semester, the acquired knowledge is practically deepened and extended in the research module outside or within the university and also presented to students of the first semester in the research seminar. The master's module in the fourth semester in industry or at a research institution expands the practical experience directly in the course of study.
Application and Admission
Interested?
Register yourself at hs-mittweida.de/bewerben. As soon as you have sent us all the forms and documents, you can enroll. With your enrollment you have your spot in the program secured.
Information about application deadlines and required documents can be found at information for international applicants.
For international applicants, special deadlines are noted. All information to that regard can be found on the page deadlines for international students
The Master's program in Genomic Biotechnology at Mittweida University of Applied Sciences can be taken up by students who have a first professional university degree or a degree from a vocational academy in a life science such as biology, biotechnology, bioinformatics or related disciplines with a standard period of study of at least six semesters.
Knowledge of molecular biology or biochemical laboratory techniques must be demonstrated. This can be demonstrated by at least two relevant module completions with included laboratory practicals as part of a completed degree program. In addition, evidence of a molecular biology or biochemistry oriented thesis must be provided.