Overview
STRUCTURE AND REQUIREMENTS
Overview
The proposed PhD program in Biomedical Sciences is under review by the Commission for Academic Accreditation (CAA).
It is a transformative program designed to prepare students for impactful roles as scientists, academicians, and industry leaders in the United Arab Emirates. Our comprehensive curriculum blends foundational and advanced courses, giving students a solid theoretical foundation across disciplines within Biomedical Sciences. The program focuses on precision medicine with extensive integration of artificial intelligence in various aging-related diseases including cancer, neurodegenerative, metabolic, and cardiovascular diseases. The program places a strong emphasis on cutting-edge research, fostering critical thinking and innovation. The opportunity to engage with world-class faculty and the state-of-the-art equipment and facilities enables students to delve into interdisciplinary approaches and equips them to address complex health challenges. Graduates emerge with a skill set poised for success in academia, research institutions, and the biomedical industry. The program not only opens doors to traditional career paths but also positions students to play a pivotal role in the evolving landscape of precision medicine, a field crucial for the future of healthcare. Joining Khalifa University’s Ph.D. in Biomedical Sciences means becoming part of a dynamic community dedicated to advancing scientific knowledge, shaping the future of healthcare excellence, and contributing to the well-being of the UAE society.
OBJECTIVES AND LEARNING OUTCOMES
Program Educational Objectives
The program educational objectives of the PhD in Biomedical Sciences are to produce graduates who can:
- Demonstrate deep and up-to-date knowledge of the literature, and seamlessly integrate conceptual and technological advances, in specific areas of research in biomedical sciences.
- Analyze and evaluate current knowledge in biomedical sciences critically, identify important problems, and develop creative research strategies to solve them.
- Develop the capacity to lead impactful research and to translate laboratory findings into products that improve human health.
- Disseminate effectively the knowledge produced through presentations at scientific meetings, publications in reputable peer-reviewed journals, and mentoring students and junior researchers.
Program Learning Outcomes
Upon successful completion of the PhD in Biomedical Sciences, a graduate will be able to:
- Demonstrate fundamental knowledge and critical analysis of various aspects of biomedical sciences.
- Formulate an advanced understanding of the core concepts of bioinformatics and artificial intelligence and their applications in biomedical sciences including precision medicine.
- Evaluate critically the limitations of and analyze effectively data derived from diverse methodologies and technological tools employed in biomedical research.
- Develop critical thinking, problem-solving skills, and the ability to independently design and conduct original and relevant research addressing complex problems in biomedical sciences.
- Communicate fundamental concepts and research findings effectively in diverse areas of biomedical sciences in both written and oral forms to expert and non-expert audiences.
- Assess appropriate ethical considerations in all aspects of research and other professional activities.
STRUCTURE AND REQUIREMENTS
PROGRAM STRUCTURE AND REQUIREMENTS
The structure and requirements for the PhD in Biomedical Sciences program for candidates with a Master’s degree and those with only a Bachelor’s degree are detailed below.
Candidates with a Master’s Degree Ìý
The PhD in Biomedical Sciences consists of a minimum 60 credit hours, distributed as follows: 12 credit hours of core courses, 12 credit hours of elective courses, and 36 credit hours of PhD Dissertation. The components of the program are summarized in the table below:
CATEGORY
|
Credit Hours
|
Core Courses
|
12
|
Elective Courses
|
12
|
BIOM 799 PhD Research Dissertation
|
36
|
Total
|
60
|
PhD in Biomedical Sciences (60 Credit Hours) Ìý
Areas of focus
|
Core Courses
|
CH: 12
|
ÌýÌýÌýÌýÌýÌý _
|
BIOM 700: Advanced methodologies in Precision Medicine
|
3
|
BIOM 705:Ìý Bioinformatics and artificial intelligence in precision medicine
|
3
|
BIOM 710:Ìý Foundations in Translational and clinical Research
|
3
|
BIOM 715:Ìý Seminars in Biomedical Sciences 1
|
1
|
BIOM 716:Ìý Seminars in Biomedical Sciences 2
|
1
|
BIOM 717:Ìý Seminars in Biomedical Sciences 3
|
1
|
Elective Courses
|
CH: 12
|
AI in Medicine
|
BMED 730: Advanced Deep Learning for the Life Sciences
|
3
|
BMED 725: Computational Systems Biology of Cancer
|
3
|
Age-related diseases (non-communicable)
|
BIOL 720: Recent Advances in Cell Signaling and Cancer Biology
|
3
|
BIOM 730: Basic mechanisms of Aging and Metabolism
|
3
|
BIOM 740: Aging and Neurodegenerative Diseases
|
3
|
BIOM 750: Aging and Cardiovascular Diseases
|
3
|
BIOM 755: Drug Development and Therapeutics
|
3
|
Infectious diseases (Communicable)
|
BIOL 760: Recent Advances in Clinical Microbiology
|
3
|
BIOM 765: Host-Pathogen Interaction
|
3
|
BIOM 770: Recent Advances in Precision Immunology
|
3
|
BIOM 799:Ìý Dissertation research
|
CH: 36
|
Total Credit Hours
|
60
|
Typical study plan for students holding a Master’s degree
Year
|
Semester 1
|
Semester 2
|
Year 1
|
BIOM 700:Ìý Advanced Methodologies in Precision Medicine
|
BIOM 705: Bioinformatics and artificial intelligence in precision medicine
|
BIOM 710:Ìý Foundations in Translational and clinical Research
|
Elective 3
|
Elective 1
|
Elective 4
|
Elective 2
|
BIOM 799: Dissertation research
|
Year 2
|
BIOM 795: PhD Written Qualifying Examination
|
BIOM 715:Ìý Seminars in Biomedical Sciences 1
|
BIOM 799: Dissertation research
|
BIOM 796: PhD Research Proposal Examination
|
|
BIOM 799: Dissertation research
|
Year 3
|
BIOM 716: Seminars in Biomedical Sciences 2
|
BIOM 717: Seminars in Biomedical Sciences 3
|
BIOM 799: Dissertation research
|
BIOM 799: Dissertation research
|
Year 4
|
BIOM 799: Dissertation research
|
BIOM 799: Dissertation research
|
Candidates with only a Bachelor’s Degree
Students with only a Bachelor’s degree must enroll on full-time basis. The PhD in Biomedical Sciences consists of a minimum 72 credit hours, distributed as follows: 24 credit hours of core courses, 12 credit hours of elective courses, and 36 credit hours of PhD Dissertation. The components of the program are summarized in the table below:
CATEGORY |
CREDIT HOURS |
Core Courses
|
24 |
Elective Courses
|
12 |
Dissertation research
|
36 |
Total
|
72
|
PhD in Biomedical Sciences: Bsc to PhD direct entry (72 Credit Hours)
Areas of focus
|
Core Courses
|
CH: 24
|
ÌýÌýÌýÌýÌýÌý _
|
BIOM 701: Cellular Biology and Immunology
|
3
|
BIOL 701: Advanced techniques in Molecular Life Sciences
|
3
|
BIOM 703: Biomedical Sciences Laboratory Rotation
|
3
|
BIOM 730: Basic mechanisms of Aging and Metabolism
|
3
|
BIOM 700: Advanced methodologies in Precision Medicine
|
3
|
BIOM 705:Ìý Bioinformatics and artificial intelligence in precision medicine
|
3
|
BIOM 710:Ìý Foundations in Translational and clinical Research
|
3
|
BIOM 715:Ìý Seminars in Biomedical Sciences 1
|
1
|
BIOM 716:Ìý Seminars in Biomedical Sciences 2
|
1
|
BIOM 717:Ìý Seminars in Biomedical Sciences 3
|
1
|
Elective Courses
|
CH: 12
|
AI in Medicine
|
BMED 730:ÌýAdvanced Deep Learning for the Life Sciences
|
3
|
BMED 725: Computational Systems Biology of Cancer
|
3
|
Age-related diseases (non-communicable)
|
BIOL 720: Recent Advances in Cell Signaling and Cancer Biology
|
3
|
BIOM 740: Aging and Neurodegenerative Diseases
|
3
|
BIOM 750: Aging and Cardiovascular Diseases
|
3
|
BIOM 755: Drug Development and Therapeutics
|
3
|
Infectious diseases (Communicable)
|
BIOL 760: Recent Advances in Clinical Microbiology
|
3
|
BIOM 765: Host-Pathogen Interaction
|
3
|
BIOM 770: Recent Advances in Precision Immunology
|
3
|
BIOM 799:Ìý Dissertation research
|
CH: 36
|
Total Credit Hours
|
72
|
Typical study plan for students holding a Bachelor’s degree
Year
|
Semester 1
|
Semester 2
|
Year 1
|
BIOM 701: Cellular Biology and Immunology
|
BIOM 705: Bioinformatics and Artificial Intelligence in Precision Medicine
|
BIOL 701: Advanced Techniques in Molecular Life Sciences
|
Elective 1
|
BIOM 703: Biomedical Sciences Laboratory Rotation
|
Elective 2
|
BIOM 730: Basic Mechanisms of Aging and Metabolism
|
|
Year 2
|
BIOM 700:Ìý Advanced Methodologies in Precision Medicine
|
Elective 4
|
BIOM 710:Ìý Foundations in Translational and Clinical Research
|
BIOM 799: Dissertation Research
|
Elective 3
|
BIOM 715:Ìý Seminars in Biomedical Sciences 1
|
BIOM 799: Dissertation Research
|
BIOM 795 PhD Written Qualifying Examination
|
Year 3
|
BIOM 716:Ìý Seminars in Biomedical Sciences 2
|
BIOM 717:Ìý Seminars in Biomedical Sciences 3
|
BIOM 796: PhD Research Proposal Examination
|
BIOM 799: Dissertation Research
|
BIOM 799: Dissertation Research
|
|
Year 4
|
BIOM 799: Dissertation research
|
BIOM 799: Dissertation research
|
Year 5
|
BIOM 799 – Dissertation research
|
BIOM 799 – Dissertation research
|