From editing genes using CRISPR to growing transgenic, pesticide-resistant crops, innovations in biotechnology are happening faster and becoming more sophisticated. To maintain competitiveness in this growing market, companies need professionals who

The MS in Biotechnology Management and Entrepreneurship at the Yeshiva University Katz School is a Professional Science Master's degree that provides the mission-critical scientific, technical, and business knowledge needed to launch, manage, scale and commercialize biotechnology products and services.

The Biotech master is a recognized STEM degree, so international students may be eligible for extended Optional Practical Training (OPT) to work in the United States for up to 24 months after graduation.... [-]

The importance of sustainability - the use of renewable resources and renewable energy or the replacement of resource-intensive materials and additives - is of necessity becoming increasingly important in the business world. The potential for innovative projects in this area is huge. Yet despite the enormous importance of bioeconomics in our society, there are still very few degree programmes in Europe dedicated to dealing with these issues.

The Master of Science Program in Biotechnology with Specializations in Biotechnology of Plants and General Biotechnology has as its goal the formation of professionals who possess the knowledge, skills, attitudes and the social commitment, which allow them to make responsible contributions to the scientific development for our society and to the advancement of biotechnology.

It aims to facilitate the development of graduates that can handle the basic technologies of biosciences and emit judgments related to their area of specialization and to related areas.

The average salary of a Maryland bioscience employee is approximately $80,000. (Maryland Biotechnology Center, 2009)

The Milken Institute projects that biotechnology employment will grow by 1.6% annually through 2014, with many subsectors projected to experience even faster rates of growth. (Angelou Economics: Global Economic Development)

Biotechnology offers opportunities in five major subsectors:

Drugs and pharmaceuticals: Traditionally, chemistry has been the means by which new medicines have been isolated or synthesized. The rise of biotechnology, however, now promises pharmaceuticals that are created through biological processes found in living organisms. Future advances in medicine are relying more and more on the use of biotechnology and, as a result, the role of biotechnology in healthcare is rapidly expanding.... [-]

American University's master's degree in biotechnology combines coursework in genomics and business with the option of pursuing study in neuroscience, entrepreneurship, and other professional science specialties. The curriculum provides students with the tools necessary for careers in:

Students gain core competencies in statistics and research methods while mastering content in genomics, proteomics, neuroscience, biochemistry, molecular biology, management, and entrepreneurship. Students will tailor their course of study depending on their interests and career goals.

The program allows for hands-on experience with an internship and research capstone. Students will also have the opportunity to translate their scientific ideas into a business venture. Graduates of the program will have gained the knowledge and skills to be innovators within the professional science workforce.... [-]

Faculty of Chemistry offers the following program conducted in English:

Master of Science in Engineering

1.5-year graduate program in the area of:

The program contains a wide range of specialist subjects (modelling of bioprocesses, regulation of biotechnological processes, separation processes in biotechnology, laboratory of technological and biotechnological processes, biotechnology of natural resources, etc.), which, together with bioanalytical and selective subjects (bioanalytics, sensors and biosensors, microbioanalytics) constitute a comprehensive offer for all graduates interested in the field of biotechnology. 
 The main objective of the program is to help students become specialists in the specific field and to increase their career opportunities in various biotechnological branches of industry (e.g. pharmaceutical, food or composting industry). Our alumni will obtain knowledge and competencies necessary to carry out scientific research in biotechnology laboratories or to work at planning or consulting companies.... [-]

Developing and optimising chemical and biotechnological processes plays a key role in modern society. It is predicted that the industry of the future will be characterised by production that is environmentally correct and energy-efficient.

In the first year of the Biotechnology and Chemical Engineering programme, learning is mainly based on lectures and theoretical exercises. The second year mainly consists of project work, which involves students working closely with external companies. Students who are hungry for more have the possibility of continuing with a PhD. On this path, the student adds three extra years to their studies, working more independently on solving concrete problems. This can also take the form of an industrial PhD in collaboration with a company.... [-]

PROGRAMME DESCRIPTION

The Master of Science in Biomedical Engineering is a complete English taught two-year programme and leads to a joint degree from UGent and VUB. In this master's course, knowledge and skills in all fields in biomedical engineering will be given, so when you finished the Master's programme, you can be employed as a generalist, and you will also be specialized in one particular field of biomedical engineering. As a student, you will be able to select any field of biomedical engineering. You will be trained to work in interdisciplinary project teams, composed of engineers and medical specialists. To prepare further for interdisciplinary teams, students and scholars are treated as equals. To train for working in a European setting, you will get knowledge in the healthcare situation in several countries in Europe, and you will be trained in cultural differences between European countries.... [-]

Modern biotechnology has had a dramatic effect on the world economy and on modern society. Recent developments in biochemistry, molecular biology, genetics, microbiology, and immunology provided biotechnology with a new momentum and a new prominence. What we owe to modern biotechnology is, among other things, drugs of a new generation (biopharmaceuticals), fast diagnostic tests and a therapy using tissue engineering and stem cells. Biotechnology has its applications not only in medicine but also in agriculture, in fuel production, as well as in waste and pollution removal.

Molecular Biotechnology is a full-time program of studies leading to the professional title “Master of Science in biotechnology”. It is dedicated to students (expected to have at last a BSc degree) who want to understand molecular mechanisms of biological processes and those who would like to put this knowledge into practice.... [-]

The curriculum is practice-oriented and provides the necessary skills for graduates to start work immediately after graduation in the biotech or pharma industries or to enroll in a PhD programme. The programme provides opportunities for students to become involved in research activities in various departments of the Faculties of Medicine and Science or to prepare diploma work in biotechnology-based SMEs (Small or Medium Enterprises) or in the pharmaceutical industry. The University is a member of the European Biotechnology Network, an association which actively supports the program.

For a successful application please follow the steps below:... [-]

Through the interdisciplinary NAWI Graz master’s programme Biotechnology, internationally recognized instructors provide you with knowledge about technological processes occurring in biosystems as well as about the development and use of biotechnological applications and methods. The core areas are molecular biotechnology, biocatalysis, and environmental, food, enzyme and bioprocess technology. Students benefit from access to the excellently equipped laboratories and modern infrastructure.

Master studies in Chemical Technology - Composites and Nanomaterials last for three semesters starting in February each year.

The first semester is partly devoted to amending the basic knowledge in chemical technology for candidates studying abroad and those persons who at their bachelor level, studied directions different from chemical technology to reach standards defined by the Ministry of Science and Higher Education.

Regular courses contain physical and inorganic chemistry, engineering of materials and chemical reactors, the technology of polymers, processing of nanomaterials and composites. Classes on modeling and simulation are included.

Laboratory classes allow performing synthesis and detailed characterization of composites together with their various practical application using the specific physical, mechanical and electrochemical properties. Ecology and recycling are also in the program as well as advanced materials for generation and storage of energy. The students have also a possibility to select elective courses during studies, e.g. biotechnology, medical aspects and others.... [-]

The great demand for developing and optimizing processes in the industrial, food, agricultural, health and molecular diagnostics sectors, among others, has encouraged the incorporation of biotechnological techniques for the generation of new products and services.

In this way the development of biotechnological processes manages to benefit a large segment of the population given its wide range of application.

The professionals graduated from the Master of Science with a specialty in Biotechnology from Tecnológico de Monterrey, are able to develop in academic, scientific and industrial environments, both in the application and in the generation of knowledge.

Our established programme in Biotechnology, which has been extensively updated, includes a wide range of modern molecular biology techniques and how biotechnology can be used by today's society. You will complement your theoretical studies with hands-on experience of fully controlled fermenters that are up to pilot-plant scale and are linked to modern monitoring and control systems.

You will study a range of subjects in considerable depth, including bioactive compounds, industrial bioprocesses, microbial physiology and fermentation technology, microbial production of novel metabolites, monitoring and control of fermentation, topics in biotechnology, and types of bioreactors.

Offered in: CHICAGO | SCHAUMBURG

The Master of Science program in Biotechnology and Chemical Science (BTCS) prepares students for work in a variety of professional settings or for further graduate study. It is an interdisciplinary program in which a student may concentrate primarily in biotechnology or in chemical science. The program is appropriate for students holding a baccalaureate degree in biology, biochemistry, chemistry, or related sciences, or for those who have taken the prerequisite undergraduate courses. Applicants who are preparing for medical, dental or veterinary schools are encouraged to apply for the MA in Biomedical Science or the MS in Biology at Roosevelt University.... [-]