Doctorate Degrees in Biotechnology

Compare 26 PhD Programs in Biotechnology

Biotechnology

Biotechnology is the science that exists at the intersection where the natural, living world meets market demands for products useful to the human species. Biotechnology specialists work in several key areas, including medicine, agriculture, food technology, biological engineering, biodegredation and education. With a PhD in Biotechnology, a graduate is highly qualified to work in a supervisory position at a number of publicly and privately funded organizations, laboratories, companies and institutions. Furthermore, a PhD in Biotechnology program will press candidates to take on intellectual and professional challenges that will prepare them for success in tackling any problem in their working careers.

PhD in Biotechnology programs are offered by universities and institutions of higher learning all across the world, from Malaysia to the USA. PhD candidates generally work for several hours in the laboratory, but also balance this time with teaching or assisting professors, writing or collaborating on scholarly articles and assisting colleagues with other research projects. Through independent research culminating in a dissertation, which is peer-reviewed and published, PhD in Biotechnology candidates are given the opportunity to pursue their own research interests and enhance their practical knowledge in a supportive, well-facilitated setting.

To learn more about the opportunities for enrolling in a PhD in Biotechnology, simply scroll down and click to read more.

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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. [+]

PhDs in Biotechnology. 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. [-]

PhD in Agriculture

Ehime University
Campus Full time 3 years April 2017 Japan Matsuyama

The United Graduate School of Agricultural Sciences (a 3-year doctoral program), has established a program offering three courses with instruction in English: Bioresource Production Science, Applied Bioresource Science, and Life Environment Conservation Science, which reflect the distinctive strengths of the agriculture faculties of the three participating universities. [+]

The United Graduate School of Agricultural Sciences (a 3-year doctoral program), has established a program offering three courses with instruction in English: Bioresource Production Science, Applied Bioresource Science, and Life Environment Conservation Science, which reflect the distinctive strengths of the agriculture faculties of the three participating universities. Agriculture is an important field of science not only for maintaining and improving the rich life of humankind, but also for preserving and improving the environment and ecosystem. We are looking for people who are motivated to explore the many possibilities of agricultural sciences. We also offer two special programs: the Tropical and Subtropical Agriculture and Related Sciences program and the Special Doctoral Course Program in Agricultural Sciences for Students from Asia, Africa and the Pacific Rim. These programs offer agricultural research and study enriched by a global perspective, which is enhanced by the participating international students who concentrate on research related to their specific regions. For details of General Admission, please refer to the following Application for Admission booklet (for enrollment in April 2017). http://rendai.agr.ehime-u.ac.jp/annai/pdf/rengou_ippan_e.pdf [-]

PhD in Biomolecules: Structure-Function-Dynamics

University of Göttingen
Campus Full time 6 semesters Open Enrollment Germany Göttingen

The doctoral program "Biomolecules: Structure – Function -Dynamics" is a member of the Göttingen Graduate School for Neurosciences, Biophysics, and Molecular Biosciences (GGNB). The research-oriented program is taught in English and open to students who hold a Master's degree (or equivalent) in the biosciences, chemistry, physics, medicine, or related fields. [+]

PhD in Biomolecules: Structure-Function-Dynamics

Degree: Promotion/Ph.D. (Dr.rer.nat)/ (Ph.D.)Standard period of study: 6 semestersStarting semester: Summer and winter semesterApplication: limited admission (application to faculty)Language skills: Englisch (proof required)

 

The doctoral program "Biomolecules: Structure – Function -Dynamics" is a member of the Göttingen Graduate School for Neurosciences and Molecular Biosciences (GGNB). It is hosted by the Göttingen Center for Molecular Biosciences (GZMB) and is conducted jointly by the University of Göttingen, the Max Planck Institute for Biophysical Chemistry, the Max Planck Institute for Experimental Medicine, and the German Primate Center.The research-oriented program is taught in English and open to students who hold a Master's degree (or equivalent) in the biosciences, chemistry, physics, medicine, or related fields.The Biomolecules program provides training for doctoral students with a special interest in understanding cellular functions at the molecular level. Students should become experts in studying the structure and function of biomolecules at an atomic or molecular level, and they will also be trained in biophysical chemistry and cell biology in order to understand molecular function in a cellular context.... [-]


PhD in Biomechanics

Charles University Faculty of Physical Education and Sport
Campus Full time Part time 4 years October 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. [+]

Profile of the graduate 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. Within his/her specialization, the graduate is competent to communicate with the scientific community. He/she also possesses innovative skills, academic and professional integrity and observes ethical principles in scientific work. His/her publication activities reflect the ability of critical analysis as well as evaluation and synthesis of new comprehensive ideas in the field of Biomechanics. The graduate is highly qualified for a specialized place of employment in educational establishments and in state or public administration. Tuition Fee 220000 Kč This number was calculated by automatic currency conversion using exchange rate for EUR: 27.055 Branch characteristic 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. The quality of the dissertation project 2. Previous professional activity 3. The relation of the project topic to the specialization of the supervisor and his/her research projects 4. The relation to the overall strategy of the scientific and research development at the Faculty of Physical Education and Sport, Charles University 5. The form of the applicant’s project presentation Each member of the examining committee grades paragraphs 1, 3, 4 and 5 on a scale of points – 0 to 10 points for each item, item 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 to 0.49 in the downward direction to the nearest whole number. For values from 0.50 to 0.99 in the 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. Informations 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. [-]

PhD in Molecular BioScience at Montana State University

American Consortium of Universities (Interlink)
Campus Full time September 2017 USA Louisville

The Molecular Biosciences Program offers an interdisciplinary program towards a Doctorate in Philosophy in the Life Sciences. Students in the MBSP program are able to pursue research across department boundaries, before selecting a specific area of study at the end of the first year. [+]

PhDs in Biotechnology. The Molecular Biosciences Program offers an interdisciplinary program towards a Doctorate in Philosophy in the Life Sciences. Students in the MBSP program are able to pursue research across department boundaries, before selecting a specific area of study at the end of the first year. This program allows graduate students to rotate in three different laboratories during their first year, within their chosen area of research. By the end of the first year they must select a research advisor and be formally admitted to a department to conduct a research project leading to the completion of a Doctorate of Philosophy. Research Areas: Biofilm Sciences & Engineering BioInspired Materials Bioinformatics/Genomics/Proteomics Biomedical Sciences Biophysics Cell, Developmental, & Molecular Biology Chemical Biology Environmental Microbiology Immunology & Infectious Disease Life in Extreme Environments Biological & Mathematical Modeling Neuroscience Plant Sciences Virology This interdisciplinary program brings together faculty departments and research centers across campus: Cell Biology and Neuroscience; Chemical and Biological Engineering; Chemistry and Biochemistry, Earth Sciences, Ecology, Land Resources and Environmental Sciences, Mathematics, Department of Microbiology & Immunology, Plant Sciences and Plant Pathology, Center for Biofilm Engineering, Center for BioInspired Materials, Computer Science Department and the Thermal Biology Institute to provide students with laboratory instructions to become successful research scientists. Application Deadlines All applications for the following Fall semester must be submitted by December 11th. Any incomplete application will not be reviewed by the selection committee and will be deemed ineligible for the Molecular Bioscience program fellowship Required Tests The Graduate Record Examination (GRE) is required for the Molecular Bioscience Program.Theses scores must be received directly from ETS. The institution code for Montana State University is 4488. International Applicants English proficiency scores with the following minimums: TOEFL (80), IELTS (level 6.5), or PTE (54), are required for applicants who are not U.S. citizens and are not from countries where English is the official language. This requirement is waived if the applicant has earned an undergraduate or graduate degree from an institution in the U.S. or if the student is from a country where the English proficiency score is waived. Please see our International application process page for a list of countries where the english proficiency score is waived as well as more information on applying as an International student. Additional Admission Requirements For additional required admission documents please see program website or view list of requirements in the graduate application portal. Incomplete applications cannot be considered. [-]

PhD in Biophysics, Chemical and Macromolecular Physics

Charles University Faculty of Mathematics and Physics
Campus Full time Part time 4 years October 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. [+]

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. Tuition Fee: 6000€ [-]

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. [+]

PhDs in Biotechnology. 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 [-]

Postdoctoral Professional Masters (PPM)

Keck Graduate Institute
Campus Full time Part time 9 - 36 months September 2017 USA Claremont + 1 more

The Postdoctoral Professional Masters (PPM) is a groundbreaking professional masters program for post-doctoral students with backgrounds in science and engineering. [+]

The Postdoctoral Professional Masters (PPM) is a groundbreaking professional masters program for post-doctoral students with backgrounds in science and engineering. This accredited masters degree helps PhD scientists and engineers acquire the business and management skills needed to pursue senior management positions within the life sciences industry or embark on entrepreneurial ventures that are intended to commercialize technologies developed in laboratories. The program curriculum focuses on the unique business environment within the life sciences. Courses combine traditional training in issues such as competitive strategy and marketing with specialized topics such as the role of regulation and medical reimbursement in determining the viability of life science market opportunities. The program also includes courses in accounting, finance, and organizational behavior that will help scientists and engineers understand how bioscience companies are managed. These skills are often essential in enabling effective teamwork between the technical and business employees of life science companies. Program students interested in launching their own business have the opportunity to enroll in specialized courses in entrepreneurship. These offerings include courses focused on building and managing entrepreneurial organizations, as well as an applied course in which teams of students develop business plans for emerging life science companies. Postdoctoral students in this program participate in KGI's capstone Team Masters Project on teams of 3-5 students working on industry-sponsored projects in addition to the coursework of the nine-month program. KGI's strong corporate network provides graduates with a unique bridge from academia to the life sciences industry. This networking begins upon enrollment in the PPM program as the students benefit from round-table discussion sessions that allow students to meet industry leaders as well as alumni working in the applied life sciences today. PROGRAM FACTS Post-doctoral students interested in pursuing upper level management positions, or starting their own company in the life sciences industry. Those with PhD degrees in the sciences or engineering or MDs are eligible to apply. A 9 month or two semester program, with January or September start dates. PROGRAM OVERVIEW The PPM academic program has three elements: 1. Required management courses. These courses will help students develop MBA level skills in management areas of key importance to the bioscience industry. They will also help familiarize students with industry dynamics across different segments of the bioscience industry. This component of the PPM is identical to the Certificate in Bioscience Management. 2. Elective courses. These courses facilitate the development of advanced knowledge aligned with each student’s career interests. Many PPM students choose to take advanced business courses in the areas of international business, entrepreneurship, and/or operations management, frequently coupled with one or more courses in clinical-regulatory affairs. Other students opt to take a series of advanced technical and clinical-regulatory courses pertaining to a segment or functional area of the bioscience industry in which they are interested in working, such as medical diagnostics, drug discovery and development, or bioprocessing. At KGI these are commonly referred to as “focus track courses” or "major courses." 3. Team Masters Project (TMP). The TMP project is a contract research project sponsored by a bioscience company. TMP projects are comprised of 4-5 students, a faculty advisor, and a corporate liaison from the sponsoring company. TMP teams will be provided office space, a budget, and any other resources needed to complete the project. A wide variety of TMP projects are sponsored each academic year. Some projects are primarily business oriented (e.g. consisting of market research, business development, or related business goals) while others are more technical and can be laboratory based. Most TMP projects last the entire academic year (e.g. two semesters) and include a variety of project goals and milestones. Due to the scope of work involved, the TMP course (comprising one sponsored company project) counts as 2 course credits each semester. PROFESSIONAL DEVELOPMENT In addition to the curricular professional development education, KGI also offers numerous co-curricular activities oriented towards professional development throughout the year. These experiences can help students polish their professional skills in the areas of written and oral communication, interviewing, and working within teams. Experts from industry will frequently be on campus to give talks, participate in roundtables, or meet with students during networking events. Many (perhaps most) KGI students ultimately find their job through contacts made through co-curricular activities or industry-sponsored academic programs such as the TMP. Students have the opportunity to utilize an e-portfolio system to compile and document their professional activities to facilitate communications with prospective employers. PPM Specific Co-Curricular Events During the academic year KGI organizes three co-curricular programs designed specifically to meet the needs of PPM students: 1. Roundtable Speaker Series. Distinguished individuals from the bioscience industry will meet with PPM students, typically over lunch, to discuss their careers, industry experiences, and in engage in discussion with PPM students. 2. Company visits. PPM students, as a group, will travel to bioscience companies or related organizations in Southern California. This will allow students to become familiar with important companies in the region, tour labs and other facilities, and make contacts with executives from these firms. 3. Mentor program. More experienced industry professionals can be invaluable sources of career advice as well as industry contacts. KGI has a broad network of industry contacts, with over 50 bioscience related companies represented on KGI’s Corporate Advisory Council and Board of Trustees. All interested PPM students will be given the opportunity to work with KGI’s Office of Career Services to find a mentor. Institute-Wide Co-Curricular Events PPM students are also welcome to participate in all other co-curricular events. A partial list of the types of co-curricular events planned for the academic year include: 1. “Focus Fridays” - Students enrolled in the two-year MBS program typically enroll in a series of elective courses surrounding a career-oriented “major” during their second year. KGI offers five majors: The Business of Bioscience, Bioprocessing, Devices & Diagnostics, Pharmaceutical Discovery and Development, and Clinical and Regulatory Affairs. This year KGI is organizing a Friday industry event around each of these major themes. Focus Fridays will include speakers, roundtable panels, and networking events in which managers and scientists from companies representing the given focus track area will be invited to campus. More importantly, this is an opportunity for all students to get a better understanding of a focus area, even if they don’t plan to take advanced courses within it. 2. Professional Skills Workshops – KGI students will have the opportunity to participate in a variety of workshops, some focusing on very practical areas such as interviewing and resume preparation for industry jobs, and some very complex, such as intellectual property law. Most professional skills workshops will be held on Friday afternoons. ENROLLMENT OPTIONS The PPM Program can be taken in three configurations: 1. Full-time program starting in September. Students selecting this option complete the PPM program in 9 months, residing at KGI during a normal academic year. Students typically take 6 course credits per semester, including the TMP project. An advantage of this program is that students can finish in 9 months, plus students are “in synch” with KGI’s normal academic year and can easily tap into co-curricular related professional development opportunities as well as KGI’s normal orientation week. While it is not possible to complete a company internship while registered as a KGI student under the 9 month option, it is possible to complete an internship prior to or after completing the program. 2. Full-time program starting in January. Under this option, students enroll in the program for a full 12 month calendar year. An advantage of this option is that students can participate within KGI’s industry internship program during the Summer. While KGI does not guarantee internships, the Institute has long standing contacts with numerous employers interested in recruiting KGI students for paid internships. The January starting time does create challenges for students, however, in that students are not “in synch” with KGI’s normal academic year and co-curricular activities. 3. Part-time program. It is possible to enroll in the PPM program on a part-time basis, typically while working. There are two basic plans for taking the program part-time: a. Four semester option. This is the most common part-time option, and allows students to work on the degree part-time over two academic years. Students pursuing this option normally take all required introductory management courses and some electives during the first year, and the TMP and additional electives during the second year. b. Three semester option. It is possible to take courses part-time for one academic year, and then enroll full-time for a third academic semester to finish the degree. This option takes careful planning, as students must take two full semesters (4 course credits) of the TMP course to graduate. Students pursuing this option would typically need to enroll in the TMP during the second and third semesters of their PPM residency. [-]

PhD in Bioengineering

Northern Arizona University
Campus Full time August 2017 USA Flagstaff

Our PhD in Bioengineering focuses on the areas of biomaterials and biomechanics. This interdisciplinary program provides a broad-based research perspective that draws upon the expertise of our faculty from unique disciplines. [+]

PhDs in Biotechnology. Our PhD in Bioengineering focuses on the areas of biomaterials and biomechanics. This interdisciplinary program provides a broad-based research perspective that draws upon the expertise of our faculty from unique disciplines. Emphasis Areas Include: Biophysics Energy efficient remote sensing Engineering of artificial plants Environmental endocrinology Informatics and Computing Muscle-like actuation and Wearable Robotics Novel biomaterials Wound healing What Will You Gain From Our Program The goal of this program is to educate future industry and research leaders in bioengineering through an integrative and interdisciplinary approach. Students will receive advanced training in research through focused coursework and will develop expertise in collecting, analyzing, interpreting, and presenting data at a level appropriate for positions in industrial research and development or academia. After completing the degree, students are prepared to undertake careers in industry, government organizations, nonprofits, and universities. Learning Outcomes Students will build skills and knowledge through formal course work and an original dissertation project. The goal is to foster students’ abilities to identify and synthesize fundamental principles of bioengineering and apply them to complex problems. NAU graduates with a Ph.D. in Bioengineering will have achieved the following learning outcomes: Critical Thinking: Demonstrate the ability to apply graduate level critical thinking skills to formulate and solve advanced bioengineering problems in the emphasis area (Biomaterials, Biomechanics, Biophysics, Informatics & Computing). Interdisciplinary: Demonstrate the ability to integrate information, data, techniques, tools, perspectives, concepts, and/or theories from two or more disciplines to advance fundamental understanding or to solve problems whose solutions are beyond the scope of a single discipline or area of research practice. Research Design and Execution: Demonstrate the ability to independently and creatively design and conduct research studies, including synthesis of the scientific literature in the field of study, design of dissertation research, and interpretation of complex quantitative analyses. Oral Communication: Demonstrate the ability to communicate effectively the results of a comprehensive research project through oral presentations. Written Communication: Compose and engage in highly effective written communication in bioengineering; demonstrate clear argumentation and logic in a variety of written communications, including published papers and grant proposals. Admissions Requirements Excellent candidates for this doctorate have an earned thesis-based Master of Science degree in a bioengineering, biology, mechanical engineering, or appropriately related science. Direct entry into the PhD program from a Bachelor of Science degree will be considered on a case-by-case basis for exemplary applicants. Important: All applicants are expected to make contact (i.e. email communication or lab visit) with potential faculty members in the department BEFORE APPLYING. Applicants should only apply if a mentor agrees to support the applicant. Funding Your Graduate Education A variety of funding possibilities exist to support your education at NAU: Graduate Assistantships Teaching Assistantships Research Assistantships Service Assistantships (outside of your department) Speak with faculty in your research discipline BEFORE APPLYING to discuss available teaching and research assistantships. Presidential Fellowship Program Financial Aid [-]

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. [+]

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 [-]

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. [+]

PhDs in Biotechnology. 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. [+]

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. [-]

PhD in Biomedical Sciences: Biology

Lithuanian Sports University
Campus Full time 4 years Lithuania

PhD studies in the area of Biology at LSU started in 1993. In the period of 1993 – 2013, 61 doctors of science were trained. In 2011, joint doctoral studies in Biological Sciences of Lithuanian Sports University and the University of Tartu (Estonia) were launched [+]

PhDs in Biotechnology. PhD studies in the area of Biology at LSU started in 1993. In the period of 1993 – 2013, 61 doctors of science were trained. In 2011, joint doctoral studies in Biological Sciences of Lithuanian Sports University and the University of Tartu (Estonia) were launched. Joint LSU and UT PhD studies in Biology consolidated research in the area of Biology, and they ensure more integrated and substantial investigations of scientific problems in biology. Research of doctoral students in Biological Sciences involves many branches of biology: - Physiology, - Biomechanics, - Bioinformatics, - Histology, - Genetics, - Animal anatomy and morphology, - Animal physiology; - Endocrinology, - Immunology, - General pathology, - Gerontology, - Biochemistry, - Neurology, - Anatomy/morphology, - Epidemiology, - Molecular biophysics. The duration of doctoral studies is 4 years. Qualification of persons to be admitted Having a Master's or equivalent qualification degree in the field of Biomedical Sciences or: - The field of Biochemistry (04P) , - The field of Veterinary Medicine (02A), - The field of Zoological Techniques (03A) - Branches of Physical Education, Motor Learning, Sport (S273) or Research Methodology (S274). [-]

Doctor of Philosophy in Biotechnology

AIMST University
Campus Full time Part time 3 - 8 years January 2017 Malaysia Kuala Lumpur + 1 more

The objective of the postgraduate programmes is to provide graduate students with the opportunity to enhance their knowledge through independent research in a selected branch of Biotechnology field. [+]

Doctor of Philosophy (PhD) in Biotechnology

AIMST University offers masters and doctorate programmes in Biotechnology.

The objective of the postgraduate programmes is to provide graduate students with the opportunity to enhance their knowledge through independent research in a selected branch of Biotechnology field. This will enable graduates to be competent in handling basic and applied research in their chosen specialities.

Research Areas:

    Vaccine development     Molecular Biology     Rapid Molecular diagnostics     Molecular Microbiology     Biodiversity and in vitro conservation     Protease Receptors & Allergens     Bioremediation     Microbial Pathology (Plant)     Abiotic Stress Plants     Tissue and Cell Culture     Bioreactors & Modelling     Solid State Fermentation     Plant Genetic Transformation     Signal Transduction Pathways     Immunology & Monoclonal Antibodies     Functional Genomics & Proteomics     Fish Breeding Under Improvement     Nutritional requirment of fishes     Medicinal Plants & Bioprospecting     Bioinformatics     Microbial Pathogenesis     Cholera vaccine     Cholera diagnostics ... [-]

Doctor of Philosophy in Biotechnology (by research)

Universiti Brunei Darussalam Faculty of Science (FOS)
Campus Full time Part time 36 - 84 months August 2017 Brunei Bandar Seri Begawan + 1 more

Biotechnology is defined as the industrial exploitation of living organisms or the exploitation of components derived from these organisms. The Doctor of Philosophy in Biotechnology brings [+]

Doctor of Philosophy in Biotechnology (by research)

Biotechnology is defined as the industrial exploitation of living organisms or the exploitation of components derived from these organisms. The Doctor of Philosophy in Biotechnology brings together skills from a wide range of disciplines, including biology, chemistry and computer science. These skills will provide many employment opportunities in the emerging global biotechnology industries. 

Duration

Full time: 36-60 months Part time: 48-84 months

Entry Requirements

Master’s degree in Biotechnology or closely related discipline from a recognised university, ... [-]