Master's degree programs typically require an undergraduate degree to be completed before it is possible to enroll. It usually takes one or two years to earn a master's degree, although graduates often enjoy significant career benefits, including higher salary and qualification for more advanced positions.
What is a Master in Biotechnology? Biotechnology is a field of study that combines scientific and engineering disciplines. The healthcare field incorporates many machines and equipment to treat and diagnose patients. Those studying biotechnology are prepared to develop, repair, or operate these machines. There are several further specializations that students can choose depending on the career they eventually wish to pursue. It is possible to lean primarily on the biology or engineering side of biotechnology.
One of the most significant ways students benefit from studying for a Master in Biotechnology is the skills they develop. These skills, which can include critical thinking and evaluation, mechanical understanding, and a scientific mind, may make it possible to earn a higher salary and enter more appealing positions.
It is wise to research how much it will cost to earn a master's degree. There are many factors that affect the exact tuition and fees. These factors can include the chosen school and program, the country of study, and the length of the program.
Because biotechnology is a varied field, there are many different career options for those who complete a master's degree in this field. The most common position is biomedical engineer, although it is also possible to become a biophysicist, chemist, or biochemist. Studying biotechnology may also open up unique opportunities as a doctor or physician. Finally, many careers in agriculture are also possible, such as agricultural engineer, soil and plant scientist, or food scientist.
Students interested in this degree may find programs online or in person, depending on their personal needs. To get started, search for your program below and contact directly the admission office of the school of your choice by filling in the lead form.
Every September we welcome a new intake of students for our Master programme, which is taught exclusively in English. Students receive comprehensive training in quality management [+]
MasterMedicaland Pharmaceutical Biotechnology
Language of instruction: English
Every September we welcome a new intake of students for ourMaster programme, which is taught exclusively in English. Students receive comprehensive training in quality management and an in-depth analysis of business processes, as well as developing key management skills.
TheMaster programmeoffers an internationally orientated education that teaches all methodological aspects of the development, production, marketing and quality management of medicinal products and organ replacement products.
Personality training courses provide graduates with the skill set required to take on leadership responsibilities in product development and production teams in the biotech sector.... [-]
To run their medical equipment, hospitals, clinics, and large practices require specialists fully trained in the basics of modern medicine and operation of high-tech medical devices. This opens up a highly interesting field of work for engineers or scientists that are also trained in medical physics. [+]
To run their medical equipment, hospitals, clinics, and large practices require specialists fully trained in the basics of modern medicine and operation of high-tech medical devices. This opens up a highly interesting field of work for engineers or scientists that are also trained in medical physics. Their solid university education just needs to be supplemented with the necessary interdisciplinary specialist knowledge in medicine and physics here.
This makes them the ideal partner for physicians using high-grade medical equipment. Alongside potential for working at medical facilities, further fields of application include research and development of medical equipment and procedures, testing, monitoring, and maintenance, as well as sales, training, etc.... [-]
At the end of this qualification, students will have produced a research dissertation. [+]
At the end of this qualification, students will have produced a research dissertation.Admission requirements
A BTech Biomedical Technology or an equivalent qualification.Contact details
Name: Ms Ingrid van der Westhuyzen Tel: 011 559 6263 / Email: email@example.com[-]
The Master of Biomedical Sciences focuses on state-of-the-art methodology, knowledge, insight and academic skills, enabling graduates to unravel the molecular mechanisms of health and disease as independent researchers. [+]
The 21st century started as the century of molecular life sciences. Ever since the 1990s when scientists greatly improved our insights into the molecular basis of life processes, the life sciences have developed at a tremendous rate. Various breakthroughs, including the mapping of the human genome, are leading to the rapid development of inter-relationships between formerly autonomous scientific disciplines such as genetics, medicine, pharmacology, biology, and environmental science.
This creates new prospects for the academic and business worlds. Investments are huge: all over the world, universities, research institutes, and businesses are launching new research initiatives, teaching programs and business-related activities.... [-]
The area of professional activity of masters: research, production and use of enzymes, viruses, microorganisms, cell cultures of plants and animals [+]
The Master program - Industrial Biotechnology and Bioengineering Place of study: Institute of Pure and Applied Chemistry (ITiPH), Northern (Arctic) Federal University named after MV Lomonosov, Arkhangelsk, Russia Education: Master
Qualification of the graduate: Master of engineering and technology The area of professional activity of masters:research, production and use of enzymes, viruses, microorganisms, cell cultures, plants and animals, and products of their biosynthesis biotransformation; the creation of technologies for the production of new products, including products obtained using microbial synthesis, biocatalysis, gene engineering and nanobiotechnology; the development of scientific and technical documentation and technical regulations for the production of biotechnological products; the implementation of biotechnological processes and production in accordance with the legislative and regulatory compliance of national and international regulations; organization and carrying out quality control of raw materials, intermediate products and finished products. ... [-]