Page 2 of 2, compare 28 Masters Programs in Molecular Sciences

Lobachevsky University offers a master's degree program (taught in English) in the high priority scientific discipline of Neurobiology. The Neurobiology program is geared towards those who are interested in studying the principles of brain functionality.

This field is highly relevant and offers tremendous perspectives in modern science. This is connected with the growth of medical applications: development in the area of prostheses, the creation of systems for pharmacological testing, expansion of possibilities of research-instrument equipment.

Technical applications include the development of smart navigation systems and control of electro-mechanical devices. The Neurobiology program includes a wide range of the fundamental issues and applied tasks in the area of biology, medicine, physics, and robotics.... [-]

Master of Molecular Biology (M.Sc.)

This intensive programme leads graduates with a bachelor's degree to a Master of Science (M.Sc.) within 18 months. After a 3-year doctorate programme, graduates may acquire either the title Doctor of Philosophy (PhD) or Dr. rer. nat. The semester structure has been removed, different subjects are integrated into a uniformly structured range of courses and it is possible to switch into the doctorate programme without a master's thesis, thus shortening the period of study. All courses are held in English.The programme is divided into two parts. During the first year, lectures, tutorials, seminars, methodical internships and individually tutored research projects take place within 36 weeks. Lab rotation and individual tutorials, as well as the involvement of lecturers from Max Planck institutes, guarantee work that is hands-on and research-oriented. The first year of study ends with one written and two oral exams that qualify for the master's thesis. These may be omitted if good or excellent grades have been attained during the first year of study, allowing the student to switch directly over to the 3-year doctorate programme.Early participation in scientific conferences and courses, as well as the publication of articles in international scientific journals, are also required for the doctoral degree. The doctorate programme enables research stays in laboratories abroad.Social integration also plays an important role. A coordination office helps students at the start of their studies in Göttingen and offers a central contact point during the entire programme.Involved in the interdisciplinary programme of the... [-]

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.... [-]

This master's degree provides students with in-depth theoretical knowledge of the field and new techniques in product synthesis, catalyst development, management of environment-friendly chemical processes, and computational design. It is primarily research-oriented, so graduates will be able to undertake research, development and innovation in the industry. The general objectives are the following:

This is a Masters degree designed to train students in the field of Nanoscience and Nanotechnology in order that they can develop a career in this field, or start a research activity leading to a doctoral thesis. Areas of knowledge that is inscribed: mainly in the areas of chemistry, physics, engineering, materials science, biochemistry, pharmacy and medicine. The theme of the Master is at the intersection of Nanoscience / Nanotechnology and molecular systems. Therefore affect scientific areas of current interest like Molecular Electronics, Molecular Magnetism, Supramolecular Chemistry, Surface Physics or Science of Molecular Materials.

The Master in Molecular Nanoscience and Nanotechnology responds to the academic and research profile through a range of subjects in scientific and technological areas of current interest such as Molecular Electronics, Nanomagnetism and Molecular Spintronics, Supramolecular Chemistry, Surface Physics, or the Science of Molecular Materials. The "molecular" orientation of this master in Nanoscience makes it unique on a national level and allows developing those aspects of nanoscience that are at the intersection between physics, chemistry and biology / medicine, making it truly multidisciplinary.... [-]

This program is taught in FRENCH.

The Biochemistry, Molecular, and Cell Biology Master’s Degree offers highly specialized cross-disciplinary training in a vast number of fields in the Life Sciences, from biochemistry to cell biology by way of genetics and molecular biology.

Students may choose between four specialized clusters that have been developed and supported by the scientific work of our research laboratories. One of them is offered in collaboration with ULB on the campus at Gosselies.

The Master's Degree in Biochemistry, Molecular and Cell Biology provides a state-of-the-art education based on a solid scientific background. What students learn here is put into practice through internships in companies and/or in research labs in Belgium or abroad. The Institute of Biology at UMONS is involved in international research projects in fields like microbiology, cell biology, and proteomics. In collaboration with the Faculty of Medicine and Pharmacy, students in the Master's program have access to several labs that are world renown in such highly advanced fields as neurobiology, magnetic imaging, molecular biology, to name a few.... [-]

The programme aims to provide in-depth knowledge of molecular systems and advanced tools for successful careers in industry, academia, and society. The focus is on the molecular design, characterization, and applications of molecular structures and materials, and also includes aspects of innovation, environmental issues, sustainability and safety.

The two-year master’s programme in Molecular Science and Engineering provides the students with a broad background in chemistry as well as a deeper knowledge in some chosen areas. A wide range of topics is covered, including molecular structure, synthesis of molecules, material properties, quantum chemistry, molecular reactions, and surface chemistry, and you will also become acquainted with a number of advanced analytical techniques. In addition, you will carry out project work and teamwork, as well as practising your written and oral communication. The opportunities to do coursework or to complete the degree project abroad are good, and there are a large number of foreign universities in different countries to choose between. The programme is strongly linked to the activities at the School of Chemical Science and Engineering, and especially the Department of Chemistry. Thus, you will come in direct contact with research performed at KTH. Moreover, the programme deals with real-world challenges such as considerations of energy, safety, environment, ethics, sustainability, and human rights in chemical industries, research, and society.... [-]

The aim of the Applied Biotechnology study program is to – prepare specialists with high quality and up-to-date training in a highly interdisciplinary field of Applied biotechnology with a focus (specializations) on Plant (Horticulture, Agriculture and Forest) Biotechnology and Innovative Bioelectrotechnologies, who would be able developing new products and technologies, work in positions with high levels of responsibility in research and educational institutions and industry, related to biotechnology, biomedicine, and food industry, as well as pursue their studies at the doctoral level.

Competencies acquired

Graduates of the program will be able:

Demonstrate the ability to work as an individual and as a member of a team in the laboratory or the company and the ability to lead the team. Demonstrate the ability to work collaboratively on biotechnology projects involving typical business timelines. Demonstrate the ability to use innovative approaches to solving biotechnological problems and the implementation of solutions. Apply molecular, cellular, biotechnological methods needed to carry out projects in plant and forest biotechnology or innovative bio-electrotechnologies. Demonstrate ability and skills of experimental work with biologically active and labile substances - proteins, enzymes, nucleic acids, lipids, carbohydrates, safe handling of chemicals and instruments, skills of standard laboratory procedures. Demonstrate the ability to plan and conduct analytical, simulation and experimental research on analyzing or solving a particular biotechnology problem. Demonstrate and categorize molecular, cellular and biotechnological knowledge to design biotechnological systems, processes, and their elements. Demonstrate and operate of the core principles, methods, and methodologies underlying current biotechnological research. Distinguish and analyze... [-]

Graduates will be able:

The activities related to the preparation of the final examination for the achievement of the LM will be carried out by the student under the supervision of a tutor during the training period at a research laboratory University or a highly qualified body under an agreement with the University biomolecular .

The final exam, which involves the acquisition of 13 credits, consists of the discussion, in open session, of an exclusively experimental thesis and which brings an original contribution, prepared under the guidance of a teacher of the course with LM, as rapporteur. The dissertation may be written in Italian or English and must have the typical form of a complete scientific work in terms of general organization (Abstract, Introduction, Methods, Results, Discussion, References, Tables and Figures). The decision of the Commission of Science will be formulated according to procedures defined in the Academic Regulations for the Course.... [-]

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 two years Master Course in Molecular Biotechnology is designed to provide the cultural background of multidisciplinary biotechnologies for the production of goods and services through the use of biological systems; in particular the course is designed to prepare skilled graduates with scientific knowledge and professional abilities in the field of biotechnologies applied to the study, prevention and diagnosis of human diseases, with particular interest in the development of innovative drugs.

The Master program intends to provide classes organized on an interdisciplinary basis to be applied to various fields of molecular biotechnology, with emphasis on the fields of research, diagnostics, and therapy. Training activities are also organized as stages to be carried out at research institutes or companies operating in the biotechnology, pharmaceutical, diagnostic and biomedical sectors. The training activities may be combined with research activities in selected laboratories with the aim of generating experimental data for the preparation of the thesis to be discussed in the final exam. The collaboration with researches of National Research Council Institutes (e.g.: Institute of Genetics and Biophysics - IGB; Institute of Protein Biochemistry - IBP) on teaching and research activities is an opportunity for the graduates to acquire knowledge in a broader range of fields related to Molecular Biotechnology, and skills to operate in various areas of academic and industrial research at national and international levels.... [-]

The Graduate Schools of Engineering (established in 1967) and Science (established in 1978) were unified, and the Graduate School of Science and Engineering of Ehime University started in 1996. This Graduate School was reorganized in 2006.

The main educational objective is to offer opportunities for professional development and career enhancement to the students through lectures and research activities, which range widely from basic science to practical engineering fields. Interdisciplinary researches between science and technology can also be carried out easily as well as cooperative or project researches in the Graduate School.

This division provides education programs focusing on protein sciences and has four main lecture contents that are grappled with in Proteo-Science Center: infections molecular science, photo-life science, molecular life science, and protein function science.... [-]

Working at the cutting edge of the field with top international scientists, our postgraduate programmes seek to ensure that each student:

The Department emphasizes both academic excellence and industrial relevance and, wherever possible, programmes are set in the context of local industry needs and explore the potential of creating demand for new technologies.... [-]

Working at the cutting edge of the field with top international scientists, our postgraduate programmes seek to ensure that each student:

The Department emphasizes both academic excellence and industrial relevance and, wherever possible, programmes are set in the context of local industry needs and explore the potential of creating demand for new technologies.... [-]