Those seeking a more thorough education in their field can pursue a master’s degree, which is the first graduate degree students can obtain. A master’s program typically takes two or more years to complete and involves more strenuous research and study than undergraduate programs.
What is a Master in Genetics? This degree program teaches scholars about global genetic concerns and prepares them to deal with the challenges such issues often present. It does this by through courses in cellular techniques, cell signaling, neurobiology, immunology, genetic toxicology and many more. Each class offers experienced scholars a stronger theoretical framework required to perform competently within advanced scientific careers.
Throughout required courses, students are expected to master professional skills such as data organization, properly following scientific procedure, and dealing with modern research and medical technology. While the latter two of these are designed to prepare learners for a career in the field, data organization can help make everyday tasks such as budgeting easier.
When it comes to pricing, interested individuals should do their own research before committing to a specific school. Tuition costs vary widely between different institutions and host countries, and they may be shorter or longer depending on the location a prospective student happens to select.
One thing interested parties are most interested in before selecting a degree program is how it will impact their choice of future careers. A master’s degree in genetics provides a rather specialized education, but even so, graduates may expect to find a wide number of jobs available to them once they complete their education. Clinical research associate, healthcare scientist, plant breeder, and medical research scientist are some of the jobs most closely related to the degree, while other jobs such as college educator, medical sales representative and laboratory technician still use the skills often taught throughout the program.
Online courses may be an ideal choice for students with busy schedules, but those looking for something a bit more traditional may benefit from pursuing in-person or even international classes. Search for your program below and contact directly the admission office of the school of your choice by filling in the lead form.
The Master provides an academic training that allows a specialisation, after obtaining the degree of access of experimental or health sciences. [+]
The Master provides an academic training that allows a specialization, after obtaining the degree of access to experimental or health sciences.
In the scientific field, the student who completes this Master will be prepared to work in research laboratories requiring cellular, molecular or genetic skills. The student will also be able to continue a researcher carrier and access to a Ph. degree training program.
In the professional field, the Master allows the training of specialists for advanced job positions in the distinct sectors of R&D: clinical or bio-industrial, and also in the higher education and in the public administration.
The Master also serves as the continuous training of active professionals, from the distinct industrial sectors, as well as education and public administration.... [-]
With this second cycle course in Comparative and Technological Molecular Genetics, we intend to transmit essential knowledge related to recent advances in the area of comparison of genomes and DNA manipulation technologies, both in animal and plant organisms. [+]
With this second cycle course in Comparative and Technological Molecular Genetics, we intend to transmit essential knowledge related to recent advances in the area of comparison of genomes and DNA manipulation technologies, both in animal and plant organisms. In addition, it is intended an increasing awareness of the ethical issues inherent in these new technologies. The course will use curricular units that will operate in modular regime with great practical component, namely laboratory classes. In the 3rd semester students may choose to specialize in Molecular Comparative Genetics and Plant or Animal Technology depending on the dissertation to be developed.
The Master's Degree in Comparative and Technological Molecular Genetics aims at the training of Senior Technicians and Researchers with a solid and up-to-date and specific scientific, theoretical and practical training in the scientific areas of Genetics and Biotechnology, with the prospect that these masters will continue their future specialization in PhD in "Comparative and Technological Molecular Genetics", among others.... [-]
The Master of Applied Genetics will train students to an international standard, incorporating current biomolecular technology. Quite simply, use of biotechnology, in particular, molecular genetics applications, is now ubiquitous in commerce and research. [+]
The Master of Applied Genetics will train students to an international standard, incorporating current biomolecular technology. Quite simply, use of biotechnology, in particular, molecular genetics applications, is now ubiquitous in commerce and research.
The program intends that students understand the utility of genetics-based technology. Whether or not they go on to use these skills in their subsequent careers, these students will be informed consumers of this technology--they will be better able to deploy the technology appropriately themselves and evaluate information that has been generated by others using biotechnology.... [-]
The Masters Programme in Genetics and Molecular Biology will provide students with the theoretical and practical preparation necessary to manage bio-molecular research (basic and applied to biomedicine). [+]
The Masters Programme in Genetics and Molecular Biology will provide students with the theoretical and practical preparation necessary to manage bio-molecular research (basic and applied to biomedicine).
The programme focuses on individual student progress and their understanding of scientific issues and experimental strategies that are relevant to the programme objectives, as well as the final student thesis, which must be based on original experimental work, in coordination with a department professor.
Learning OutcomesAdvanced knowledge of unicellular and multicellular organisms that can be used as model systems for the study of the basic mechanisms of gene expression or more complex processes such as cellular development, differentiation and transformation; Acquisition of relevant concepts and methodologies, especially in terms of gene studies related to complex processes and the study of human populations; Advanced knowledge of the molecular basis of the main processes involved in the regulation of the structure and function of nucleic acids and proteins; Understanding of basic methodologies for the study and manipulation of biological macromolecules; Ability to develop and improve basic methodologies that may be applied to research in biomedical and biotechnological research; Understanding of genetic and molecular concepts applied to the diagnosis and cure of genetic diseases; Ability to identify the biological processes underlying the basic physiopathology of organs and systems and their modulation, especially in mankind. [-]
Genetics and Bioengineering is one of the fastest growing disciplines and there is an increasing need for geneticists and bioengineers shaped with contemporary engineering standards. We aim to train open-minded geneticists and bioengineers, aware of local and global problems, and sensitive about ethical issues. [+]
Genetics and Bioengineering is one of the fastest growing disciplines and there is an increasing need for geneticists and bioengineers shaped with contemporary engineering standards.
We aim to train open-minded geneticists and bioengineers, aware of local and global problems, and sensitive about ethical issues.
The program focuses on practical applications of theoretical framework supplied at the undergraduate level, building upon the research arm and developing industry-specific practices. Cooperation with the industry is one of the main aims of the program in order to add to solution-finding skills and a mindset of research-backed practicality.One-year degree 60 ECTS AQ Austria accredited 3500 Euro per year [-]