MASTERS IN NON- CLINICAL SCIENCES IN GERMANY
Germany is a hub of technology, architecture, medicine and many more things. Students are now choosing Germany as a country for their higher education. Engineering, medical, computer science, management these are the major subjects of student’s interest, but there is one more particular subject which is now becoming the most favorable to the international students, that is masters in non-clinical sciences in Germany.
WHAT IS NON-CLINICAL SCIENCES?
The program which is about non-medicinal or non-patient care is known as non-clinical sciences.
WHAT IS A NON-CLINICAL DEGREE?
Non-clinical roles include medical billers and coders, transcriptionists, hospital executives, receptionists, and anyone who works behind the scenes at a hospital such as human resources, IT, biomedical technicians, administrative assistants, etc.
PROGRAMS OF NON-CLINICAL SCIENCES
Biochemistry degrees teach students about the chemical processes that take place inside living organisms. Biochemistry is usually split into three branches of Science: Molecular Genetics, Protein Science, and Metabolism. After graduation, Biochemistry students can find jobs as toxicologists, forensic or analytical scientists, clinical research associate, clinical biochemists, and more. Biochemistry is a multidisciplinary field, where Biology (the analysis of components of the cell) and Chemistry (the interaction between elements) are combined, in order to understand the processes taking place in living organisms and ways to optimize them as much as possible. The main fields of Biochemistry are Molecular Genetics, Protein Science, and Metabolism. Students will work with all forms of organisms, from human, to animal and microscopic.
Biotechnology degrees teach the use of microbiological processes, living organisms and bio-systems, in order to produce new products that improve the quality of human life. Biotechnology degree specializations include biodefence, bioformatics, drug research, environmental regulatory affairs, and biomedical engineering. Biotechnology refers to various techniques and technologies used in the bio-industrial production or bio-genetic controlled processes involving vegetal, animal or human organisms. Genetic manipulation is the most common form of using living organisms and bimolecular processes for the creation or modification of the physical properties of various types of products. Example of biotech products or practices includes antibiotics, biofuels and genetically modified foods. An important medical application of biotechnology includes genetic processes that lead to organ regeneration.
Forestry degrees analyse the management of natural resources of lumber, paying special attention to flora, fauna, and soil. As an important branch of Economy, Forestry courses focus on planning and protecting forest heritage and providing the raw material for the wood industry. Forestry graduates usually become professional foresters or conservationists. Forestry studies the complex relation between climate, soils and rocks, water, animals and plants, as they are all considered defining elements of a forest. Forestry is focused on ecology, preserving resources that can be affected by harmful human activities or natural disasters. The forestry discipline applies scientific, economic and social principles used in the establishment and management of forests. Forestry studies include genetics, forest economics, zoology, botany, environmental protection, and ecosystems in forests.
Molecular Sciences degrees are interdisciplinary studies that support scientific research in Medicine, Environmental Sciences, or Neurobiology. Top universities and graduate schools offer Molecular Sciences degrees focusing on molecular materials and practical applications. Molecular Sciences specializations include: Design of Molecular Structures, Cell Biology, Food Chemistry, Biomedicine, or Genetics. Molecular sciences are a cross-disciplinary field that studies molecular materials, structures and systems and their application to real-world problems. Molecular sciences serve as a basis for other scientific areas such as medicine and pharmacology, bio-molecular engineering, ecology and environmental sciences, neurobiology, materials and chemical engineering. Masters in Molecular Sciences also involve aspects of scientific innovation and discovery, ethics and environmental sustainability.
MASTERS IN ECOLOGY – Ecology degrees teach students the relationships between living organisms and their natural environment. Ecology students learn to analyze researched data and spread awareness about current issues that put the natural environment in danger. Important research areas in Ecology are life processes, the movement, distribution, and abundance of organisms, and the general development of ecosystems. Ecology is a bio-science that studies the interaction between organisms, plants and the environment in which they live, both biotic and a biotic. It analyses the structure, function and productivity of the supra-individual bio-systems, the populations and the mixed systems, known as the ecosystems. It also deals with environment protection, animal and vegetal biodiversity, genetic diversity, agriculture, and water purification or climate-change concerns.
University of Tübingen
MASTERS IN NEUROBIOLOGY – Neuroscience degrees prepare specialists who analyze the structure of the brain and how the nervous system works. Neuroscientists investigate how the most basic microscopic operations relate to complex behaviors, like language, social interactions, or emotional reactions. Neuroscience students take classes on Chemistry, Biology, Psychology, and Neurobiology, and work as neurosurgeons, language therapists, or psychiatrists. Neuroscience is a sub-field of biology that specializes in the study of the nervous system structure, evolution and function. Neural science is constantly developing, but it can be divided into the branches of cognitive, clinical, computational and developmental neuroscience. Being an interdisciplinary science, it is closely related to other disciplines such as medicine, chemistry, physics, linguistics, computer science, engineering, and philosophy.
MASTERS IN PLANT SCIENCE – Plant sciences deal with the study of plants by gaining knowledge of plant morphology, biogeography, classification, histology (microscopic structure), physiology, and plant pathology. Crop sciences study ways of improving crops and agricultural productivity while effectively managing pests. The aim of plant and crop sciences program is to analyze interactions of plants and crops with the environments they grow in.
Ludwig-Maximilians-University (LMU) Munich
University of Tübingen
MASTERS IN BIOMEDICINE – Biomedicine degrees are connected to the broader discipline of Life Sciences. Biomedicine graduates will contribute to the diagnosis and treatment of disease, by conducting scientific research on how the body’s biochemistry interacts with drugs, external stimuli and other organisms. Biomedicine students studying at international medical schools close the gap between Natural Sciences and clinical practice. Biomedicine studies theoretical aspects of medicine and puts biological and natural science concepts into practice. Biomedicine Bachelors and Masters gather knowledge from a number of related disciplines such as biochemistry, zoology, anatomy, genetics, physiology, pathology, botany, chemistry and biology.
MASTERS IN ENVIRONMENTAL SCIENCES – Environmental Sciences degrees teach students about ways to save and preserve nature, and sum up an interdisciplinary field that searches for solutions to environmental problems. Incorporating social and Information Sciences, Environmental Sciences degrees offered by universities and colleges worldwide lead to careers in environmental consulting, waste management, water quality, or town and transport planning. Environmental Sciences is a field that studies the natural processes, their causes and effects. It involves both field work, lab research and testing. This means that theoretical and practical aspects will blend together perfectly in order to draw conclusions and find solutions.
University of Hamburg
University of Bremen
MASTERS IN FOOD AND NUTRITION – Food Science degrees teach students how to process raw agricultural products and transform them into goods sold in markets and stores. Food Science classes help graduates understand how the food industry works and how they can improve the techniques used to develop, store, package, and transport food products. Courses also focus on food safety and what methods can improve quality control. Food sciences are a multidisciplinary field that applies theories from chemistry, microbiology and other physical sciences to the study of food. The discipline uses research to develop and evaluate new food products and to determine the processes involved in the production and presentation of these products. Food sciences courses also study methods of preservation and storage of different food types, while ensuring food safety and quality.
University of Bayreuth
Fulda University of Applied Sciences
University of Kassel
University of Hohenheim
MASTERS IN MICROBIOLOGY – Microbiology degrees teach students about small living things that cannot be seen without the use of a microscope, such as microorganisms or microbes. Top science schools offer Microbiology degrees that study bacteria, viruses, microscopic fungi, yeasts, and microscopic algae. Graduates in Microbiology follow careers like biomedical scientist, scientific laboratory technician, or science writer. Microbiology is the science that deals with the study of microorganisms and the effects of diseases that microorganisms produce. Microbiology degrees study the shape, structure (morphology), genetic and metabolic processes in microscopic and sub-microscopic organisms.
University of Würzburg
University of Munich
Freie Universität Berlin
University of Freiburg
MASTERS IN PHARMACEUTICAL SCIENCES – Pharmacy degrees cover topics like the development and production of pharmaceutical drugs, patient safety, and efficient dosage and usage of medication. Top pharmacy schools prepare future pharmacists for innovations in human health, while studying Chemistry, Biology, and Medicine. Pharmacy careers include working in Clinical, Veterinary, Military, Pharmacology, Toxicology and more. Pharmacy is a subject which deals with the techniques of preparing and dispensing drugs. Students attending Pharmacy degrees will learn how different types of drugs affect the human body and mind and how they interact when mixed together.
Hamburg University of Applied Sciences
University of Konstanz
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