A PhD is the more commonly known name for a doctoral education program, which is the next step up in university education after associate, bachelor’s, and master’s degree programs. Completing a PhD indicates that a student has acquired a deep level of professional mastery over their subject area.
What is a PhD in Scientific Research Methodologies? This field focuses on refining the methods and tools used to conduct scientific research, with the goal of creating and optimizing formalized standards that ensure the accuracy, quality, and integrity of research outcomes. Students involved in this program can expect exposure to subjects such as the scientific method, processes for peer-reviewed scientific journalism, and statistics. Many may partner with a mentoring academic professional in the doctorate program to further their studies under advanced tutelage.
Graduating from a PhD program in Scientific Research Methodologies can teach students exceptional reasoning and deduction skills that can prove useful later in life. They may also acquire key knowledge in areas such as laboratory management and tissue sample preparation.
Depending on the school and program, costs for the student may vary. Costs can often be affected by scholarship and financial aid availability.
After completing a PhD in Scientific Research Methodologies, graduates have a number of choices for career paths. Some may act as ethics advisers, joining advisory boards for scientific standards and contributing to shaping long-term and short-term plans for development and implementation of new methods. Others may work with corporate entities heavily focused on science and medicine, acting as consultant on the establishment of repeatable processes for research and development. Another choice may be to work as inspectors with standards and certification boards to accredit companies working with scientific methods.
Making a decision about which school to choose can be based on location factors, but also on availability of online courses. For additional information on choosing a school, search for your program below and contact directly the admission office of the school of your choice by filling in the lead form.
Nearly a century old, HIT is recognized as a world-class research and teaching institution. Its core strengths continue to be scientific research and engineering technology with unparalleled programs in [+]
All the doctoral programs can be offered in English.
Choices of Major
Nearly a century old, HIT is recognized as a world-class research and teaching institution. Its core strengths continue to be scientific research and engineering technology with unparalleled programs in astronautics. HIT Harbin offers a broad interdisciplinary curriculum organized in 21 schools (departments) including 85 undergraduate programs, 41 masters’ programs, 27 doctoral programs, 21 post-doctoral research stations, 9 national key primary disciplines, and 50 national & provincial (ministerial) key labs.
HIT consists of the following 21 schools and departments:
Architecture, Astronautics, Chemical Engineering, Civil Engineering, Computer Science and Technology, Economics and Management, Electrical Engineering and Automation,Electronics and Information Engineering,Energy Science and Engineering, Food Science and Engineering, Foreign Languages, Humanities and Social Sciences, Life Science and Engineering,Law,Material Science and Engineering, Mechanical and Electrical Engineering, Municipal and Environmental Engineering,Transportation Science and Technology, Science and Communication Engineering, Science, Software, Vehicle Engineering, New Media Technology and Arts.... [-]
Research in the School of Biosciences encompasses four broad themes (Infectious Diseases, Non-communicable Diseases, Environmental Research, Food Science and Nutrition) and is supported by a core group of researchers in bioactive compounds (Drug Discovery & Development Team). [+]
Research in the School of Biosciences encompasses four broad themes and is supported by a core group of researchers in bioactive compounds (Drug Discovery & Development Team):Infectious Diseases The rich biodiversity of Malaysia enables the discovery of novel compounds to fight infectious diseases. At Taylor’s University, the identified natural compounds will be examined for their bioactive properties as well as their mode of action. In addition to the antimicrobial research, the host-pathogen interaction research is focused to understand the disease manifestation in host cells. Non-communicable Diseases Diet, smoking, alcohol consumption, a sedentary lifestyle and stress have contributed to greater incidences of heart disease, respiratory disease, diabetes and cancer, among others. Available drugs for these diseases are often accompanied by undesirable side effects, not selective enough or simply too expensive. Hence, this cluster targets the discovery of novel lead compounds and to scientifically validate natural remedies for lifestyle-related chronic diseases. Environmental Research Research conducted in this cluster focuses on bioremediation, taxonomic identification of marine flora and to facilitate the development of mechanisms or processes that are in compliance with environmental laws. It will target improvement in resources savings, waste disposal and resolve environmental stress issues. In addition, researchers in this cluster also provide consultation and training in environmental management systems. Food Science and Nutrition The broader aim of research in this cluster is to study the fundamentals and applied aspects of new functional foods, medical foods and nutraceuticals as well as new technologies that facilitate the development of novel consumer... [-]