Your input will help us improve your experience.You can close this popup to continue using the website or choose an option below to register in or log in.
The Doctor of
Philosophy (PhD) in Physiology is an advanced academic and research-oriented
program designed to develop highly skilled scientists, educators, and
researchers with in-depth expertise in the functional mechanisms of the human
body. The program focuses on understanding normal physiological processes as
well as the alterations that occur in disease states, thereby providing a
strong foundation for translational and applied biomedical research. It aims to
strengthen research capacity in physiological sciences while promoting
excellence in scientific inquiry, innovation, and academic leadership. The
program aligns with national higher education standards and internationally
recognized benchmarks to ensure the quality and relevance of doctoral training.
The PhD in
Physiology integrates rigorous academic coursework with independent, original
research to prepare scholars for complex scientific challenges. The coursework
phase is structured to provide advanced knowledge in key domains such as
cellular and molecular physiology, neurophysiology, cardiovascular physiology,
respiratory physiology, renal physiology, endocrine physiology, and exercise
physiology. In addition to subject-specific learning, students receive
comprehensive training in research methodology, experimental design,
biostatistics, and scientific writing. This multidisciplinary approach ensures
that scholars develop strong analytical, technical, and critical thinking
skills necessary for high-quality research.
Following the
successful completion of coursework and qualifying requirements, students
transition into the research phase, which forms the core of the doctoral
program. During this stage, scholars undertake original research under the
guidance of experienced faculty members with expertise in diverse areas of
physiology and biomedical sciences. Research activities are designed to explore
fundamental and applied aspects of physiological function and dysfunction,
often addressing contemporary health challenges. Students are encouraged to
utilize advanced laboratory techniques, modern instrumentation, and
computational tools to investigate physiological mechanisms at molecular,
cellular, organ, and systemic levels.
The program
supports a wide range of research areas, including but not limited to
neurophysiology, cardiovascular and metabolic disorders, endocrine regulation,
reproductive physiology, environmental and stress physiology, and integrative
physiology. Emphasis is placed on interdisciplinary research, enabling
collaboration with related fields such as molecular biology, pharmacology,
biochemistry, and clinical sciences. This collaborative environment enhances
the scope and impact of research, fostering innovative approaches to
understanding complex biological systems and disease processes.
A central component
of the PhD in Physiology is the completion of a doctoral dissertation that
reflects the scholar’s ability to conduct independent, original, and meaningful
research. The dissertation must contribute significantly to the existing body of
knowledge in physiology and demonstrate methodological rigor, scientific
validity, and critical interpretation of results. The research work undergoes a
comprehensive evaluation process, including review by external experts and a
formal defense before an academic panel. This process ensures that the highest
standards of academic excellence and research integrity are maintained.
In addition to
research training, the program is committed to developing teaching and
leadership skills among doctoral scholars. Students are encouraged to engage in
academic activities such as seminars, journal clubs, research presentations,
and teaching assignments. These experiences help cultivate communication
skills, pedagogical competence, and the ability to mentor future students. The
program thus prepares graduates not only as researchers but also as effective
educators and academic leaders.
Graduates of the
PhD in Physiology are well-equipped to pursue careers in academia, biomedical
and clinical research institutions, healthcare organizations, pharmaceutical
and biotechnology industries, and policy-making bodies. Their training enables
them to contribute to advancements in medical science, improve understanding of
disease mechanisms, and support the development of evidence-based healthcare
practices. The program also fosters ethical research conduct, professionalism,
and a commitment to lifelong learning.
Through its
comprehensive curriculum, strong research orientation, and emphasis on
scientific innovation, the PhD in Physiology aims to produce scholars capable
of addressing current and emerging challenges in health and disease. By
promoting interdisciplinary collaboration, critical inquiry, and translational
research, the program contributes to the advancement of physiological sciences
and the broader biomedical field at both national and international levels.
Programme overview
Main Subject
Biological Sciences
Degree
PhD
Study Level
PHD
Study Mode
On Campus
The Doctor of
Philosophy (PhD) in Physiology is an advanced academic and research-oriented
program designed to develop highly skilled scientists, educators, and
researchers with in-depth expertise in the functional mechanisms of the human
body. The program focuses on understanding normal physiological processes as
well as the alterations that occur in disease states, thereby providing a
strong foundation for translational and applied biomedical research. It aims to
strengthen research capacity in physiological sciences while promoting
excellence in scientific inquiry, innovation, and academic leadership. The
program aligns with national higher education standards and internationally
recognized benchmarks to ensure the quality and relevance of doctoral training.
The PhD in
Physiology integrates rigorous academic coursework with independent, original
research to prepare scholars for complex scientific challenges. The coursework
phase is structured to provide advanced knowledge in key domains such as
cellular and molecular physiology, neurophysiology, cardiovascular physiology,
respiratory physiology, renal physiology, endocrine physiology, and exercise
physiology. In addition to subject-specific learning, students receive
comprehensive training in research methodology, experimental design,
biostatistics, and scientific writing. This multidisciplinary approach ensures
that scholars develop strong analytical, technical, and critical thinking
skills necessary for high-quality research.
Following the
successful completion of coursework and qualifying requirements, students
transition into the research phase, which forms the core of the doctoral
program. During this stage, scholars undertake original research under the
guidance of experienced faculty members with expertise in diverse areas of
physiology and biomedical sciences. Research activities are designed to explore
fundamental and applied aspects of physiological function and dysfunction,
often addressing contemporary health challenges. Students are encouraged to
utilize advanced laboratory techniques, modern instrumentation, and
computational tools to investigate physiological mechanisms at molecular,
cellular, organ, and systemic levels.
The program
supports a wide range of research areas, including but not limited to
neurophysiology, cardiovascular and metabolic disorders, endocrine regulation,
reproductive physiology, environmental and stress physiology, and integrative
physiology. Emphasis is placed on interdisciplinary research, enabling
collaboration with related fields such as molecular biology, pharmacology,
biochemistry, and clinical sciences. This collaborative environment enhances
the scope and impact of research, fostering innovative approaches to
understanding complex biological systems and disease processes.
A central component
of the PhD in Physiology is the completion of a doctoral dissertation that
reflects the scholar’s ability to conduct independent, original, and meaningful
research. The dissertation must contribute significantly to the existing body of
knowledge in physiology and demonstrate methodological rigor, scientific
validity, and critical interpretation of results. The research work undergoes a
comprehensive evaluation process, including review by external experts and a
formal defense before an academic panel. This process ensures that the highest
standards of academic excellence and research integrity are maintained.
In addition to
research training, the program is committed to developing teaching and
leadership skills among doctoral scholars. Students are encouraged to engage in
academic activities such as seminars, journal clubs, research presentations,
and teaching assignments. These experiences help cultivate communication
skills, pedagogical competence, and the ability to mentor future students. The
program thus prepares graduates not only as researchers but also as effective
educators and academic leaders.
Graduates of the
PhD in Physiology are well-equipped to pursue careers in academia, biomedical
and clinical research institutions, healthcare organizations, pharmaceutical
and biotechnology industries, and policy-making bodies. Their training enables
them to contribute to advancements in medical science, improve understanding of
disease mechanisms, and support the development of evidence-based healthcare
practices. The program also fosters ethical research conduct, professionalism,
and a commitment to lifelong learning.
Through its
comprehensive curriculum, strong research orientation, and emphasis on
scientific innovation, the PhD in Physiology aims to produce scholars capable
of addressing current and emerging challenges in health and disease. By
promoting interdisciplinary collaboration, critical inquiry, and translational
research, the program contributes to the advancement of physiological sciences
and the broader biomedical field at both national and international levels.
Admission Requirements
60+
Students qualifying in GAT-Subject are
required to give Institutional Graduate Entry Test (iGET) for admission in PhD
Physiology
21 Nov 2025
Tuition fees
Domestic
2,202 USD
Scholarships
Selecting the right scholarship can be a daunting process. With countless options available, students often find themselves overwhelmed and confused. The decision can be especially stressful for those facing financial constraints or pursuing specific academic or career goals.
To help students navigate this challenging process, we recommend the following articles:
PhD Physiology
21 Nov, 2025Application Deadline
Programme overview
Main Subject
Biological Sciences
Degree
PhD
Study Level
PHD
Study Mode
On Campus
The Doctor of Philosophy (PhD) in Physiology is an advanced academic and research-oriented program designed to develop highly skilled scientists, educators, and researchers with in-depth expertise in the functional mechanisms of the human body. The program focuses on understanding normal physiological processes as well as the alterations that occur in disease states, thereby providing a strong foundation for translational and applied biomedical research. It aims to strengthen research capacity in physiological sciences while promoting excellence in scientific inquiry, innovation, and academic leadership. The program aligns with national higher education standards and internationally recognized benchmarks to ensure the quality and relevance of doctoral training.
The PhD in Physiology integrates rigorous academic coursework with independent, original research to prepare scholars for complex scientific challenges. The coursework phase is structured to provide advanced knowledge in key domains such as cellular and molecular physiology, neurophysiology, cardiovascular physiology, respiratory physiology, renal physiology, endocrine physiology, and exercise physiology. In addition to subject-specific learning, students receive comprehensive training in research methodology, experimental design, biostatistics, and scientific writing. This multidisciplinary approach ensures that scholars develop strong analytical, technical, and critical thinking skills necessary for high-quality research.
Following the successful completion of coursework and qualifying requirements, students transition into the research phase, which forms the core of the doctoral program. During this stage, scholars undertake original research under the guidance of experienced faculty members with expertise in diverse areas of physiology and biomedical sciences. Research activities are designed to explore fundamental and applied aspects of physiological function and dysfunction, often addressing contemporary health challenges. Students are encouraged to utilize advanced laboratory techniques, modern instrumentation, and computational tools to investigate physiological mechanisms at molecular, cellular, organ, and systemic levels.
The program supports a wide range of research areas, including but not limited to neurophysiology, cardiovascular and metabolic disorders, endocrine regulation, reproductive physiology, environmental and stress physiology, and integrative physiology. Emphasis is placed on interdisciplinary research, enabling collaboration with related fields such as molecular biology, pharmacology, biochemistry, and clinical sciences. This collaborative environment enhances the scope and impact of research, fostering innovative approaches to understanding complex biological systems and disease processes.
A central component of the PhD in Physiology is the completion of a doctoral dissertation that reflects the scholar’s ability to conduct independent, original, and meaningful research. The dissertation must contribute significantly to the existing body of knowledge in physiology and demonstrate methodological rigor, scientific validity, and critical interpretation of results. The research work undergoes a comprehensive evaluation process, including review by external experts and a formal defense before an academic panel. This process ensures that the highest standards of academic excellence and research integrity are maintained.
In addition to research training, the program is committed to developing teaching and leadership skills among doctoral scholars. Students are encouraged to engage in academic activities such as seminars, journal clubs, research presentations, and teaching assignments. These experiences help cultivate communication skills, pedagogical competence, and the ability to mentor future students. The program thus prepares graduates not only as researchers but also as effective educators and academic leaders.
Graduates of the PhD in Physiology are well-equipped to pursue careers in academia, biomedical and clinical research institutions, healthcare organizations, pharmaceutical and biotechnology industries, and policy-making bodies. Their training enables them to contribute to advancements in medical science, improve understanding of disease mechanisms, and support the development of evidence-based healthcare practices. The program also fosters ethical research conduct, professionalism, and a commitment to lifelong learning.
Through its comprehensive curriculum, strong research orientation, and emphasis on scientific innovation, the PhD in Physiology aims to produce scholars capable of addressing current and emerging challenges in health and disease. By promoting interdisciplinary collaboration, critical inquiry, and translational research, the program contributes to the advancement of physiological sciences and the broader biomedical field at both national and international levels.
Programme overview
Main Subject
Biological Sciences
Degree
PhD
Study Level
PHD
Study Mode
On Campus
The Doctor of Philosophy (PhD) in Physiology is an advanced academic and research-oriented program designed to develop highly skilled scientists, educators, and researchers with in-depth expertise in the functional mechanisms of the human body. The program focuses on understanding normal physiological processes as well as the alterations that occur in disease states, thereby providing a strong foundation for translational and applied biomedical research. It aims to strengthen research capacity in physiological sciences while promoting excellence in scientific inquiry, innovation, and academic leadership. The program aligns with national higher education standards and internationally recognized benchmarks to ensure the quality and relevance of doctoral training.
The PhD in Physiology integrates rigorous academic coursework with independent, original research to prepare scholars for complex scientific challenges. The coursework phase is structured to provide advanced knowledge in key domains such as cellular and molecular physiology, neurophysiology, cardiovascular physiology, respiratory physiology, renal physiology, endocrine physiology, and exercise physiology. In addition to subject-specific learning, students receive comprehensive training in research methodology, experimental design, biostatistics, and scientific writing. This multidisciplinary approach ensures that scholars develop strong analytical, technical, and critical thinking skills necessary for high-quality research.
Following the successful completion of coursework and qualifying requirements, students transition into the research phase, which forms the core of the doctoral program. During this stage, scholars undertake original research under the guidance of experienced faculty members with expertise in diverse areas of physiology and biomedical sciences. Research activities are designed to explore fundamental and applied aspects of physiological function and dysfunction, often addressing contemporary health challenges. Students are encouraged to utilize advanced laboratory techniques, modern instrumentation, and computational tools to investigate physiological mechanisms at molecular, cellular, organ, and systemic levels.
The program supports a wide range of research areas, including but not limited to neurophysiology, cardiovascular and metabolic disorders, endocrine regulation, reproductive physiology, environmental and stress physiology, and integrative physiology. Emphasis is placed on interdisciplinary research, enabling collaboration with related fields such as molecular biology, pharmacology, biochemistry, and clinical sciences. This collaborative environment enhances the scope and impact of research, fostering innovative approaches to understanding complex biological systems and disease processes.
A central component of the PhD in Physiology is the completion of a doctoral dissertation that reflects the scholar’s ability to conduct independent, original, and meaningful research. The dissertation must contribute significantly to the existing body of knowledge in physiology and demonstrate methodological rigor, scientific validity, and critical interpretation of results. The research work undergoes a comprehensive evaluation process, including review by external experts and a formal defense before an academic panel. This process ensures that the highest standards of academic excellence and research integrity are maintained.
In addition to research training, the program is committed to developing teaching and leadership skills among doctoral scholars. Students are encouraged to engage in academic activities such as seminars, journal clubs, research presentations, and teaching assignments. These experiences help cultivate communication skills, pedagogical competence, and the ability to mentor future students. The program thus prepares graduates not only as researchers but also as effective educators and academic leaders.
Graduates of the PhD in Physiology are well-equipped to pursue careers in academia, biomedical and clinical research institutions, healthcare organizations, pharmaceutical and biotechnology industries, and policy-making bodies. Their training enables them to contribute to advancements in medical science, improve understanding of disease mechanisms, and support the development of evidence-based healthcare practices. The program also fosters ethical research conduct, professionalism, and a commitment to lifelong learning.
Through its comprehensive curriculum, strong research orientation, and emphasis on scientific innovation, the PhD in Physiology aims to produce scholars capable of addressing current and emerging challenges in health and disease. By promoting interdisciplinary collaboration, critical inquiry, and translational research, the program contributes to the advancement of physiological sciences and the broader biomedical field at both national and international levels.
Admission Requirements
Students qualifying in GAT-Subject are required to give Institutional Graduate Entry Test (iGET) for admission in PhD Physiology
Tuition fees
Domestic
Scholarships
Selecting the right scholarship can be a daunting process. With countless options available, students often find themselves overwhelmed and confused. The decision can be especially stressful for those facing financial constraints or pursuing specific academic or career goals.
To help students navigate this challenging process, we recommend the following articles:
How to get a full scholarship
Looking for a fully-funded scholarship to see you into university? Find out how to boost your chances of getting one.
Scholarships to study abroad
Find scholarships to study abroad with our lists of international scholarships – categorized by country, by subject, and by type of student.
Scholarship Applications: Frequently Asked Questions
Get answers to all your questions about scholarship applications, including tips on how to find scholarships and chances of success.
More programmes from the university
Life Sciences and Medicine (1)
Anesthesia Technology
Anesthesia Technology
BS Audiology
BS Audiology
BS Occupational Therapy
BS Occupational Therapy
BS Prosthetics & Orthotics
BS Prosthetics & Orthotics
BS Public Health
BS Public Health
BS Speech & Language Pathology
BS Speech & Language Pathology
Cardiac Perfusion
Cardiac Perfusion
Cardiology Technology
Cardiology Technology
Dental Technology
Dental Technology
Doctor of Physical Therapy
Doctor of Physical Therapy
Emergency Care Technology
Emergency Care Technology
Health Technology
Health Technology
MBBS
MBBS
Medical Laboratory Technology
Medical Laboratory Technology
Neurophysiology Technology
Neurophysiology Technology
Pharm-D
Pharm-D
Radiology Technology
Radiology Technology
Renal Dialysis Technology
Renal Dialysis Technology
Respiratory Therapy and Intensive Care Technology
Respiratory Therapy and Intensive Care Technology
Surgical Technology
Surgical Technology
Life Sciences and Medicine (1)
MPhil Pharmaceutics
MPhil Pharmaceutics
MPhil Pharmacology
MPhil Pharmacology
MS Epidemiology and Biostatistics
MS Epidemiology and Biostatistics
MS Physical Therapy
MS Physical Therapy
Masters in Health Research
Masters in Health Research
Masters in Public Health
Masters in Public Health
Mphill Community Dentistry
Mphill Community Dentistry
Life Sciences and Medicine (1)
BS Medical microbiology
BS Medical microbiology
M.Phil Anatomy
M.Phil Anatomy
M.Phil Biochemistry
M.Phil Biochemistry
M.Phil Dental Materials
M.Phil Dental Materials
M.Phil Forensic Medicine and Toxicology
M.Phil Forensic Medicine and Toxicology
M.Phil Human Nutrition
M.Phil Human Nutrition
M.Phil Molecular Biology and Genetics
M.Phil Oral Biology
M.Phil Physiology
MHPE
MPhil Histopathology
MPhil Immunology
MPhil Microbiology
MPhil Oral Pathology
MPhil in Hematology
PhD Anatomy
PhD Biochemistry
PhD Dental Materials
PhD Hematology
PhD Histopathology
PhD Human Nutrition
PhD Immunology
PhD Oral Pathology
PhD Physiology
PhD Public Helth
PhD in Anatomy
PhD in Health Professions Education (PhD-HPE)
PhD in Molecular Biology and Genetics
PhD in Physical Therapy
PhD microbiology
Frequently Asked Questions