Doctorate Program in Biotechnology in Europe

View all PhD Programs in Biotechnology in Europe 2017

Biotechnology

The PhD can vary depending on the institution and country in which it is awarded. Most scholars pursue a PhD because of strong motivation to contribute to the academic community as well as true curiosity about their chosen field of study. 

 

A worldwide recognized doctorate course, PhD in Biotechnology, is offered from across the globe and opportunities available globally. It takes around 36 to 48 months to complete. To enroll, you need a first class or second-upper honors degree in a Biology related field.

Europe is, by convention, one of the world's seven continents. Comprising the western most point of Eurasia, Europe is usually divided from Asia by the watershed divides of the Ural and Caucasus Mountains, the Ural River, the Caspian and Black Seas, and the waterways connecting the Black and Aegean Seas.

View all Doctoral Programs in Biotechnology in Europe 2017

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PhD in Organic Technology

University of Chemistry and Technology, Prague
Campus Full time Part time 4 years Open Enrollment Czech Republic Prague + 1 more

Organic Technology sub-programme builds on Master sub-programmes Engineering and Technology and Applied Chemistry. The aim of the doctoral study is to prepare graduates for mangement and optimization of processes in chemical industry as well as for research and development of chemical specialties. [+]

Doctorates in Biotechnology in Europe 2017. Overview Organic Technology sub-programme builds on Master sub-programmes Engineering and Technology and Applied Chemistry. The aim of the doctoral study is to prepare graduates for mangement and optimization of processes in chemical industry as well as for research and development of chemical specialties. Therefore, this sub-programme is principally oriented at modernization of current technologies of organic substances as well as development of new ones, from basic intermediates and products that are produced in large scale to small tonnage fine chemicals, e.g. biologically active substances, fragrance and flavour substances, surfactants. Chemical transformation occurs in majority of cases in catalytic reactors and therefore requires detailed study of preparation, properties and behaviour of various homogenous and heterogenous catalysts. Students will gain theoretical and practical knowledge and experience with modern separation, optical and thermal instrumental methods, with computer simulations of reaction and separation processes, with processing of results of laboratory experiments and industrial data. The area of environmental chemistry is emphasised too, the main focus being chemical, photochemical and photocatalytic removal of undesirable organic substances from the environment. The sub-programme offers wide variety of dissertation theses– from significantly experimentally oriented to those focused on mathematical modelling, computer simulation and statistical evaluation of data, but more often featuring a combination of these. Careers Graduates can find their jobs in basic and applied research focused on bulk organic technologies, special chemical technologies as well as pharmaceutical technologies, at university departments or at the Academy of Sciences, at research and technology centres in the Czech Republic and abroad. Moreover, the graduates may become useful members of laboratory teams in research institutes and industrial businesses or hold senior management positions related to research and development. Selection of recent theses Synthesis and properties of novel 10-ring zeolites for catalytic applications Photocatalytic processes to remove of undesirable substances from conteminated water Study of metathesis reactions catalyzed by methyltrioxorhenium Carbosilane dendrimers with titanium cyclopentadienyl complexes on periphery Průtočné mikroreaktory pro přípravu chemických specialit Separation of Liquid Mixtures by Pervaporation with Supported Ionic Liquid Membranes Preparation of metal oxide nanoparticles for thin layers Kinetic models of individual hydrocarbons pyrolysis using automated reaction networks generation Kinetics of acid fats and oils transesterification reaction for biodiesel production Microstructure and transport properties of porous solids and mixed-matrix membranes [-]

PhD in Microbiology

University of Chemistry and Technology, Prague
Campus Full time Part time 4 years Open Enrollment Czech Republic Prague + 1 more

This field of study is focused on education of specialists competent to work in wide spectrum of microbiology. Study is targeted on complex mastering of several branches of contemporary microbiology, including environmental, clinical and food microbiology together with principles of molecular genetics. [+]

Overview This field of study is focused on education of specialists competent to work in wide spectrum of microbiology. Study is targeted on complex mastering of several branches of contemporary microbiology, including environmental, clinical and food microbiology together with principles of molecular genetics. Careers Graduate is prepared for research, but also for the leading position in many branches of technological, clinical, environmental and food microbiology laboratories. It is garanted by deep knowledge of basic microbiology and contemporary arrays of molecular biology and biochemistry. Selection of recent theses β-N-Acetylhexosaminidase from Talaromyces flavus The role of SUMO in cellular response to stress Isolation of antimicrobial peptides from plants Isolation and characterization of lipases and their biotechnological applications New vaccination tools inducing T cell immunity Uptake and intracellular sequestration of zinc by the ectomycorrhizal fungus Russula atropurpurea Pro-apoptotic signaling of Bordetella pertussis adenylate cyclase toxin Preparation and characterization of recombinant ameloblastin Biofilm, virulence and control strategies of Listeria monocytogenes The study of biological systems responsible for the degradation of chlorbenzoic acids [-]

PhD in Food Technology

University of Chemistry and Technology, Prague
Campus Full time Part time 4 years Open Enrollment Czech Republic Prague + 1 more

The main aim of the doctoral program is to prepare graduates with the ability of independent creative work and deep knowledge in the field of food technology and other related subjects. [+]

Doctorates in Biotechnology in Europe 2017. Overview The main aim of the doctoral program is to prepare graduates with the ability of independent creative work and deep knowledge in the field of food technology and other related subjects. The study is focused on the scientific and research work in technological processes and is based on comprehensive knowledge of the chemical, biological, engineering and economic disciplines, and the knowledge of thesolution of the specific complex problems of chosen food branches (cereal, baker and sugar technology, dairy and fat technology, meat and meat products technology, technology of fruit and vegetables, technology of surfactants and detergants and cosmetics). Careers Graduates are able to work in science and research or directly in the food industry, as well as in the related fields like cosmetics and chemical industry, including the processing of waste and protection of the environment. They may hold management positions in development, production, control and projection in commercial firms or state institutions. Due to the broad concept of expertise the graduates are ready not only for professional action in their specialization, but also for the adaptation for possible application in other technical and scientific fields. Selection of recent theses Preparation and characterisation of sorbents based on modified polysaccharides Functional properties of whey proteins Trends in food packaging: packaging with antimicrobial activity and hygienic aspects of use of plasticizers based on epoxidized soybean oil Radical and pericyclic reactions in fats and oils under high temperatures Assessment of Authenticity of Vinegar and Canned Products Containing Vinegar Selected factors affecting safety of foodstuffs and dishes Fractionation of major whey proteins Causes and prevention of defects of food products Preparation of polysaccharide derivatives with application significance Structural analysis of polysaccharides of medicinal wood-decay mushrooms [-]

PhD in Biotechnology

University of Chemistry and Technology, Prague
Campus Full time Part time 4 years Open Enrollment Czech Republic Prague + 1 more

The aim of the doctoral study is to prepare graduates with the ability of independent creative work and deep knowledge in the field of biotechnology and other related subjects. [+]

Overview The aim of the doctoral study is to prepare graduates with the ability of independent creative work and deep knowledge in the field of biotechnology and other related subjects. The study is focused on the scientific and research work in biotechnological processes and is based on comprehensive knowledge of the chemical, biological, engineering and economic disciplines, and the knowledge of the specific properties of plant, animal and microbial cells. Careers Graduates are able to work in science and research or directly in the biotechnology industry, as well as in the related fields like food processing, pharmaceutical and chemical industry, including the processing of waste and protection of the environment. They may hold management positions in development, production, control and projection in commercial firms or state institutions. Due to the broad concept of expertise the graduates are ready not only for professional action in their specialization, but also for the adaptation for possible application in other technical and scientific fields. Selection of recent theses Immobilisation of biomaterials via sol-gel process New ways to improve the colloidal stability of beer Bacterial production of surface active compounds and their biological activity Application of immobilized yeast cells in continuous alcohol-free beer production Biodegradace monoaromátů v reálných matricích bakterií Rhodococcus erythropolis Degradation of Styrene and Acetone Mixture Using Biofiltration Microalgal surface interactions and their biotechnological applications Consumer perception of beer qualitative characteristics Analysis of genes coding for enzymes involved in degradation of aromatic pollutants in Rhodococcus erythropolis Study of the physiological state of microbial cultures using flow-cytometry methods [-]

Doctoral Programme in Chemical and Biological Engineering

University of Minho - School of Engineering
Campus Full time October 2017 Portugal Guimarães

The main goal of the PDEQB is to promote the excellence and research in Biological and Chemical Engineering Topics, with special emphasis on its theoretical fundamentals, comprising the specification, the project, the modulation, the representation and exploitation of biological and chemical systems, as well the integration of the associated technologies. [+]

Doctorates in Biotechnology in Europe 2017. Doctoral Programme in Chemical and Biological Engineering The main goal of the PDEQB is to promote the excellence and research in Biological and Chemical Engineering Topics, with special emphasis on its theoretical fundamentals, comprising the specification, the project, the modulation, the representation and exploitation of biological and chemical systems, as well the integration of the associated technologies. The PDEQuiBio aims at developing human resources competences by complementing the masters and/or "licenciados" (5 years) formation in Sciences and Engineering by giving advanced training in the area of Chemical and Biological Engineering. This program is intended not only to consolidate the formation in the traditional areas of Chemical and Biological Engineering but also to address the new and complex challenges in the new emergent areas such as Molecular biotechnology, Functional Genomics, Systems Biology and Nanotechnology. Access to higher education. The conclusion of this Doctoral degree allows the realization of research activity at post-doctoral level [-]

Doctoral Programme in Bioengineering

University of Minho - School of Engineering
Campus Full time October 2017 Portugal Guimarães

The Bioengineering PhD program seeks to provide the highest quality graduate education, which is offered jointly by four Portuguese universities with collaboration from MIT. [+]

Doctoral Programme in Bioengineering The Bioengineering PhD program seeks to provide the highest quality graduate education, which is offered jointly by four Portuguese universities with collaboration from MIT, to prepare students to: Master fundamental concepts of physical, chemical and biological engineering, computational systems, and medical technologies Understand the innovation path to translate academic research to practice Creatively solve complex problems and demonstrate innovative systems thinking Provide leadership in academia, industry, and government. The specific emerging technologies targeted to complement and enhance the existing Portuguese biosciences and technology excellence include education and research in: tissue engineering, biomaterials, computational and synthetic biosystems, drug development, neuroscience, biomedical devices and technologies, health and environmental systems, and innovation and leadership for future bioengineers. [-]

PhD in Bioanalytical Chemistry

Charles University Faculty of Pharmacy
Campus Full time Part time 4 years October 2017 Czech Republic Hradec Králové + 1 more

Current instrumental methods used in qualitative and quantitative analysis, separation methods, processing of biological material. [+]

Doctorates in Biotechnology in Europe 2017. Scholarship 100.000 Kč This number was calculated by automatic currency conversion using exchange rate for EUR: 27.055 Description of the entrance examination and evaluation criteria Content of the entrance examination Current instrumental methods used in qualitative and quantitative analysis, separation methods, processing of biological material. Additional conditions for the bonus (practice) Successfully completed (degree) university studies in healthcare bioanalytics, pharmacy or related field. Diploma thesis with analytical focus. Experience in bioanalytical laboratory. Criteria for the evaluation examination Professional knowledge level – reviewed on answers to questions stated in General content of entrance exam Submitted doctoral project – complexity of project, modern methodical access to solution and project continuation of actually solved topics in appropriate field of study are evaluated Conditions for admission Application form must be submitted to the stated term incl. all enclosures Finishing of required former studies Successfully passed entrance exam [-]

PhD in Biophysics, Chemical and Macromolecular Physics

Charles University Faculty of Mathematics and Physics
Campus Full time Part time 4 years September 2017 Czech Republic Prague + 1 more

The graduate from the 4F4 curriculum is a specialist qualified for an independent basic or applied research work in the interdisciplinary fields at the border on physics, chemistry and biology. [+]

Subject entrance examination The subject entrance examination takes the form of a discussion about the chosen study programme and the intended doctoral thesis topic. The committee judges the applicant's interest in the field, motivation, expertise, and overall readiness for doctoral studies. The level of knowledge expected is that required for passing the state final examination of the corresponding master's study programme and branch at Charles University. The applicant must demonstrate his/her insight into the basic areas of science relevant to the chosen thesis topic. The committee also takes into account documents submitted with the application, namely the statement by the proposed advisor, by the head of the proposed training department, recommendation letters, CV, and the letter of motivation. Language entrance examination The language entrance examination verifies that you have an adequate command of the English language, i.e. at least at level B2 of the Common European Framework of Reference for Languages (CEFR). Conditions for admission Admission for studies You will be admitted for studies if you have completed a Master degree programme, successfully pass (or get a waiver of) the subject and language entrance examination, and if an advisor in the required study programme is available. Information on the exercise of graduates The graduate from the 4F4 curriculum is a specialist qualified for an independent basic or applied research work in the interdisciplinary fields at the border on physics, chemistry and biology. He has got deep knowledge of relevant physical experimental and theoretical methods as well as the acquaintance with fundamentals of chemistry (biology) necessary for his integration to research teams with chemical or biological orientation. He is successful in domains of biophysics, biochemistry, physical chemistry and chemical physics, macromolecular physics and chemistry, microbiology or biological directions of medical research at academic and development research institutions, or as a key specialist in laboratories of physico-chemical or biologico-physical analyses. [-]

PhD in Biomechanics

Charles University Faculty of Physical Education and Sport
Campus Full time Part time 4 years September 2017 Czech Republic Prague + 1 more

The graduate of doctoral studies in Biomechanics is well prepared from a professional point of view. He/she has the knowledge and skills needed to solve scientific and research issues concerning basic and applied research as well as other areas of research and development, where biomechanics is involved. [+]

Doctorates in Biotechnology in Europe 2017. Biomechanics is an interdisciplinary scientific discipline, which, based on a detailed knowledge of anatomy and the biochemistry of relevant processes, deals with the mechanical structure and behaviour of living systems and their mutual mechanical interactions. The main theoretical aim is the formulation of generally valid rules, both at the cellular and organic level, as well as at the human, individual level. The biophysical and engineering methodological approach for solving tasks is supported by high-level knowledge of biological character. The research takes place at various distinct levels ranging from micro-biomechanics (cellular level) to living macro systems (e.g. biomechanics of humans). It is possible to encounter biomechanic applications in a wide range of sciences and professional activities. Biomechanics in this form can be used not only in the area of basic research, but also in a wide range of professional activities such as rehabilitation medicine, ergonomics, forensic and biomedicine engineering, sports, etc. The training centre of the Charles University and the Academy of Sciences of the Czech Republic provides interdisciplinary education in the PhD degree study programmes in a broad scope, and within particular specializations. Students´ curricula are highly individualized according to the demands of the chosen issue and specialization. During the studies great emphasis is placed upon students' independent research activity within the context of the teamwork of the training centre. Experimental facilities include laboratories of particular training workplaces. Students´ publications appear in respected scientific magazines, and an active participation in congresses is considered an integral part of PhD degree studies. Description of the entrance examination and evaluation criteria Each candidate must go through the admissions process. The entrance exam is conducted orally before an examining board and the applicant’s competence is examined. The examining committee evaluates: 1. Quality of the dissertation project and of its elaboration – the project shall have the following structure: introduction, literature review, objective(s) of the work, it shall specify a hypothesis and a methodology corresponding to its type and thematic focus. Maximum number of points for this aspect – 20. 2. Previous professional activities in kinantropology – here, any previous activities relating to the project, in particular publication activities, shall be assessed – 20 points for an impact journal, 14 points for SCOPUS, 12 points for ERIH, 8 points for a reviewed journal or for speaking at the SVK (= Student Scientific Conference) or another scientific conference. The candidate shall receive a full number of points if he/she is the author, or half that number when he/she is a co-author. Maximum number of points for this aspect – 20. 3. The topic´s relation to the research orientation of the instructor and to his research projects – there must be clear harmony between the topic proposed and the instructor´s research orientation – 5 points for an non-university grant of the instructor, 5 points for compliance with the instructor´s scientific orientation. Maximum number of points for this aspect – 10. 4. Quality of the presentation of the project by the candidate: 0-5 points for the quality of the presentation, 0-5 points for responses to questions asked by the examining board. Maximum number of points for this aspect – 10. Each member of the examining committee grades paragraphs 3 and 4 on a scale of points – 0 to 10 points for each item, item 1 and 2 is evaluated on a scale of 0 to 20 points. The maximum number of points awarded by one examiner is 60 points. The arithmetic mean is calculated on the basis of the point evaluation of each member of the examining board. The result is rounded to the nearest whole number – for values from 0.0 to0.49 inthe downward direction to the nearest whole number. For values from 0.50 to0.99 inthe upward direction to the nearest whole number. The ranking of applicants is decided based on the total number of points. The dean of the faculty determines the point limit for admission. Conditions for admission Duly completed master’s study program, i.e. submission of a certified copy of the university diploma or the nostrification of university education, by 30 September 2017. Submission of the application form including all relevant enclosures, i.e. CV, professional reference, payment receipt of the admission fee of 540 CZK to bank account number 43-9685580247/0100 by 30 April 2017 Submission of the dissertation project by 30 April 2017 Successful completion of the exam. Information on the exercise of graduates Graduates from the PhD degree studies in biomechanics as an interdisciplinary scientific discipline might be primarily employed in the areas of science and research, education, at physiotherapeutic workplaces, and in accredited laboratories. Other significant employment opportunities include state administration, enterprise, and judicial expert opinion. [-]

Doctoral Programme in Biomedical Engineering

University of Minho - School of Engineering
Campus Full time 6 semesters October 2017 Portugal Braga

The main goal of the Doctoral Program in Biomedical Engineering (PDEBIOM), offered jointly by the Departments of Industrial Electronics, Biological Engineering, Mechanical Engineering, Polymer Engineering and Informatics, School of Engineering, University of Minho, is to provide an educational environment that encourages students to develop the ability to contribute to the advancement of technology through independent and creative scientific research in the area of Biomedical Engineering. [+]

The main goal of the Doctoral Program in Biomedical Engineering (PDEBIOM), offered jointly by the Departments of Industrial Electronics, Biological Engineering, Mechanical Engineering, Polymer Engineering and Informatics, School of Engineering, University of Minho, is to provide an educational environment that encourages students to develop the ability to contribute to the advancement of technology through independent and creative scientific research in the area of Biomedical Engineering. The scientific domain of this Doctoral Program is Biomedical Engineering, This doctoral program consists of a curricular component, with 60 ECTS, and the preparation of a PhD thesis. The conclusion of the curricular component will confer a degree of Advanced Studies in Biomedical Engineering, with a final grade obtained from the ratings of the courses that constitutes its study plan. Access to higher education The conclusion of this Doctoral degree allows the realization of research activity at post-doctoral level. Access forms Access to this cycle of studies requires an application to the School of Engineering of the University of Minho. Formal requirements May apply to the Doctoral Program in Biomedical Engineering, holders of Master's degree in Biomedical Engineering or legal equivalent. May also apply holders of a degree (5 years) in areas related to Biomedical Engineering with academic, scientific and professional exception, if recognized as attesting the capacity to carry out this cycle of studies by the Scientific Council of the School of Engineering. May also apply to the Doctoral Program in Biomedical Engineering candidates which meet either the requirements in paragraphs a) to c) of paragraph 1 of Article 7 / Doctoral Program in Biomedical Engineering, and candidates who meet either the requirements set out in subparagraphs b ) and c) of paragraph 1 of Article 30 / Decreto-Lei 74/2006 of 24th of March. Application deadlines 1st Phase 24th August to 4th September, 2015 (Academic Year 2015/2016) 2nd Phase 4th to 15th January, 2016 (Academic Year 2015/2016) 3rd Phase 4th to 15th January, 2016 (Academic Year 2016/2017) [-]

International Ph.D. Programme in Agrobiodiversity

Scuola Superiore Sant'Anna
Campus Full time 3 years October 2017 Italy Pisa

The International Ph.D. Programme in Agrobiodiversity is aimed at the enhancement of human resource capacities in the use and management of genetic variation in agricultural and natural systems, in order to improve the sustainability of agricultural systems and the conservation of genetic resources for the well-being of present and future generations. [+]

Doctorates in Biotechnology in Europe 2017. The International Ph.D. Programme in Agrobiodiversity is aimed at the enhancement of human resource capacities in the use and management of genetic variation in agricultural and natural systems, in order to improve the sustainability of agricultural systems and the conservation of genetic resources for the well-being of present and future generations. The Programme is structured into two curricula: Curriculum A - Plant genetic resources; Curriculum B - Functional biodiversity in agroecosystems. Research areas will include the analysis of: - Genetic variation in single genes and entire genomes of agricultural and forestry plants and their wild relatives; - Mechanisms that control the variability in genes and/or groups of genes, as those involved in resistance to pathogens and/or pests and tolerance to environmental factors; - Role of functional biodiversity in maintaining genetic diversity, including evolution and co-evolution of pests/pathogens and host plants; - Role of functional diversity, including interactions between pests/ pathogens/weeds and domesticated/volunteer/wild plants, in agroecosystem health; - Plant and crop physiology, including plant stress physiology and post-harvest physiology: - Options for applying the acquired knowledge, as a prerequisite for crop improvement, crop protection, sustainable crop/agroforestry management and multifunctional land use. The International PhD Programme in Agrobiodiversity at Scuola Superiore Sant’Anna- Pisa, offers three-years scholarships to carry out advanced research activities in the field of agrobiodiversity. Our goal is to encourage innovation and technology transfer in preserving, managing and exploiting agrobiodiversity through an advanced scientific educational programme. Scholarships are preferentially awarded to students coming from emerging/developing countries. [-]

Ph.D. Programme in BioRobotics

Scuola Superiore Sant'Anna
Campus Full time 3 years October 2017 Italy Pisa

The Ph.D. programme in BioRobotics aims at educating highly competent researchers with the potential to be leaders in this area. The students will be educated in a stimulating and multidisciplinary environment, both through high level courses and through a demanding, creative and original research work. [+]

The Ph.D. programme in BioRobotics aims at educating highly competent researchers with the potential to be leaders in this area. The students will be educated in a stimulating and multidisciplinary environment, both through high level courses and through a demanding, creative and original research work. Doctoral research projects will be carried on in very well equipped, state-of-the-art laboratories (in such fields as bio-robotics, micro- and nano-technology, biomimetics, prosthetics) and through personal and team work performed under the supervision of a committed full-time faculty. The students will investigate how biological systems work from an engineering viewpoint, and will make use of such knowledge to pursue challenging research projects aimed at modeling, designing and building novel components and systems for biomedical applications, such as surgery and rehabilitation. The accomplishments of the students will be assessed by the number of papers published in peer reviewed international journals and by the number of patents filed. At the end of the Ph.D. programme, students will possess solid scientific and engineering skills, the ability to conceive and carry out original research projects, and an autonomous entrepreneurship spirit. Students are admitted to Ph.D. in BioRobotics further to a successful entrance examination. Eligible applicants must hold a Master of Science (M.Sc.) degree or equivalent title. Undergraduate students may also apply if they graduate before the beginning of the Course. The Ph.D. Programme in BioRobotics is a three-year program of advanced studies and supervised research; after the end of the Programme, the Diploma di Perfezionamento is conferred to students who have fulfilled the didactic requirement and passed a final examination with thesis dissertation; the Diploma di Perfezionamento is the equivalent of a Ph.D degree. [-]

Ph.D. Programme in Agrobiosciences

Scuola Superiore Sant'Anna
Campus Full time 3 years October 2017 Italy Pisa

The Ph.D. Programme in “Agrobiosciences” is a three-year program characterized by an interdisciplinary connotation and designed for highly qualified and motivated students who wish to acquire the research and analytical skills of the international scientific community and to acquire the skills of professional academic research to work in government agencies, financial institutions, international agencies, private companies in economics. [+]

Doctorates in Biotechnology in Europe 2017. The Ph.D. Programme in “Agrobiosciences” is a three-year program characterized by an interdisciplinary connotation and designed for highly qualified and motivated students who wish to acquire the research and analytical skills of the international scientific community and to acquire the skills of professional academic research to work in government agencies, financial institutions, international agencies, private companies in economics. The Ph.D. Programme in “Agrobiosciences” consists in the following curricula: Genomics and Crop Science (Plant Biotechnology; Plant Genetics; Plant Physiology; Plant Genomics; Crop Sciences; Advanced technologies in Horticulture; Crop production and quality) Agriculture, Environment and Landscape (Multifunctional and sustainable agriculture, Organic and integrated agriculture, Crop production and quality; Agroecosystem management and functional biodiversity; Landscape Agronomy; Multicriteria analysis of food and non-food cropping systems; Agro-environemntal comparison of cropping systems; Agriculture-territory-landscape) Students are admitted to the three years Ph.D. in Agrobiosciences further to a successful entrance examination. Eligible applicants must hold a Master of Science (M.Sc.) degree or equivalent title. As stated in the Regulations of the School, the Ph.D. Programme in “Agrobiosciences” is a three-year program of advanced studies and supervised research; after the end of the Programme, the Diploma di Perfezionamento is conferred to students who have fulfilled the didactic requirement and passed a final examination with thesis dissertation; the Diploma di Perfezionamento is the equivalent of a Ph.D degree. [-]

PhD in Applied Micro and Nanosystems

University College of Southeast Norway
Campus Full time Part time January 2017 Norway Bodø Drammen Porsgrunn Rauland + 3 more

The PhD program in Applied Micro- and Nanosystems educates scientists with broad knowledge in micro- and nano system technologies. This becomes an increasingly important part of our everyday life, in all sorts of "smart systems", as for example sensors integrated into mobile phones, equipment for medical diagnosis, for monitoring the environment and for instrumentation in industrial processes. [+]

PhD in Applied Micro and Nanosystems Micro- and nanotechnology has become a very broad field, spanning everything from physics to materials science, chemistry and electronics, and more. The PhD program in Applied Micro- and Nanosystems educates scientists with broad knowledge in micro- and nano system technologies. This becomes an increasingly important part of our everyday life, in all sorts of "smart systems", as for example sensors integrated into mobile phones, equipment for medical diagnosis, for monitoring the environment and for instrumentation in industrial processes. Academically it builds on a broad range of engineering and science: Electronics, product design / engineering, material-learning, computer science and chemical processing, and basic physics. The research training ranging from design and mathematical modeling with advanced software tools, the manufacturing and characterization of national leader clean room laboratories. The laboratory at USN, along with complementary laboratories in Oslo and Trondheim, constitutes "NorFab" which is the Research Council's investment in infrastructure. The program is closely linked to industry cluster which exist regionally and nationally. This tight connection to the industry is unique among Norwegian PhD programs. The program is part of the reseach school "Nano Network" with national labor, where USN's role is to focusing on integrated, complete systems with direct industrial relevance. Internationally, the academic environment is closely linked to leading research centers in Europe, North America and East Asia. The PhD program's core areas are: Ultrasound for medical, maritime and industrial use. Tasks in design and fabrication/integration of ultrasound transducer, such as for imaging of internal organs or for surveying the seabed. Miniaturised energy sources, eg. energy harvesting from the environment to supply power to inaccessible systems (such as instrumentation on windmill blades or inside the tires). Biomedical components: For faster diagnosis, and implantable sensors for monitoring patient health. High-frequency components: Next-generation radio-, communications- and radar systems. Micro-optics: Thin polymer films for laser projectors and microlenses. Measuring systems for demanding environments: high operating temperatures (as in oil wells, aircraft engines or thermoelectric generators), low operating temperatures (as precision measurements at liquid-nitrogen temperatures), mechanical shock etc. sets requirements for fabrication methods that require solutions different from traditional technology. [-]

Doctorate in Biosciences

University of Ljubljana
Campus Full time October 2017 Slovenia Ljubljana

The aim of the program is to train doctoral students for scientific work in fields of basic and applied life sciences, so that they will be able to develop new knowledge within the framework of a scientific research career or transfer knowledge to everyday practice. [+]

Doctorates in Biotechnology in Europe 2017. The interdisciplinary doctoral study program in Biosciences is a joint project of four faculties of the University of Ljubljana: the Biotechnical Faculty in the role of coordinator of the program and the Faculty of Computer and Information Science (FRI), Faculty of Mechanical Engineering (FS) and Faculty of Electrical Engineering (FE) as co-implementers of the program. Scientific achievements in the field of basic and applied biosciences in the past decade and a half have lead to essential changes and corrections to the theory that had been valid for decades, which open completely new horizons in the study of the basic laws of the functioning of biological systems and enable the development of applications of which we never even dreamed a few decades ago. The fast development in numerous fields of biological research and ever new possibilities for the use of the new science are reflected in the ever greater need for basic and applied knowledge in modern societies, which also dictate suitable updating of doctoral study programs. The interdisciplinary doctoral program in Biosciences, together with taking into account the Bologna guidelines on quality, combines science and experience from the fields of agronomy, biology, bioinformatics, biotechnology, economics of natural resources, management of forest ecosystems, horticulture, landscape architecture, wood and biocomposites, nanosciences, nutrition, technical systems in biotechniques, protection of the natural heritage, cell sciences, animal sciences and animal breeding. The need for high quality and up-to-date doctoral study programs for obtaining suitable knowledge from the scientific spheres developed in various members of the University of Ljubljana, is also dictated by the fast and extensive development of these fields and their impact on the quality of life. The essential element of the program is connecting the contents from the field of Biosciences on the level of the University of Ljubljana with special care for new, boundary fields of research, often overlooked by the wider public, and which are not suitably represented in first and second level study programs. The doctoral study program in Biosciences is the response of the Biotechnical Faculty and associated partners, to the challenges of the time and it represents a combination of the most up-to-date knowledge in this field that, together with the commitment of domestic experts and visiting professors from abroad, we can offer in Slovenia. In addition to the Biotechnical Faculty, which is coordinating the program, FRI, FS and FE are also cooperating with the coordination of individual study fields, as well as nine other members of the University of Ljubljana, leading Slovene research institutes, economic organizations and academic and research institutes from abroad. The main stress of the doctoral studies is on research work, on interdisciplinary study and on the cooperation of internationally established domestic and foreign experts. Taking into account the recommendations of the European University Association (EUA), the program envisages the international exchange of students and, as a condition for ensuring the international comparability of high quality doctoral work, the publication of at least one scientific article in an internationally recognized scientific journal is required, which is an important part of candidates' research work. Particular stress is devoted to close cooperation between doctoral students and mentors, which gives the program a special tenor and Interdisciplinary Doctoral Program of Biosciences enables candidates, in agreement with their mentors, to design a personal program of education, which best suits their ambitions. GENERAL DATA ON THE PROGRAM The interdisciplinary doctoral study program of Biosciences is a level 3 program under the Bologna scheme. It lasts three years and covers 180 points or 4500 hours. One credit point is equivalent to 25 hours of a student's work. The study program is composed of an organized educational part, amounting to 60 credit points, while the remaining 120 credit points are devoted to individual research work for the doctoral thesis. The study requirements of the program are in accordance with the Higher Education Act and Criteria for Accreditation of Higher Education Institutions and study programs, adopted by the Council RS for Higher Education, assessed under the European Credit Transfer System (ECTS). The direct inclusion of parts of the program in international exchange with universities in countries that use the ECTS is thus possible. The aim of the program is to train doctoral students for scientific work in fields of basic and applied life sciences, so that they will be able to develop new knowledge within the framework of a scientific research career or transfer knowledge to everyday practice. Within the study are represented traditional fields of life sciences, supplemented with newer fields, dictated by the development of new technologies and the needs of society. [-]