PhD in Genomics and Precision Medicine

The program focuses on integrating clinical data with omics technology, grounded in bioethics. Graduates will be able to: 

– Analyze complex “omics” data and apply it to patient care.

– Understand molecular mechanisms of disease, including cancer.

– Execute independent, high-level research using advanced methodologies.

– Lead ethically in scientific, academic, and clinical environments.

– Translate research into practice to advance personalized medicine.

Applicants seeking admissions to the CHLS graduate programs at HBKU should have a strong academic record (minimum 3.0 GPA out of 4) from a recognized university. Applicants to the Master of Science programs should have a bachelor’s degree, while applicants to the PhD programs should have a master’s degree.

Applicants to PhD in Genomics and Precision Medicine should have a strong background in science and evidence of coursework in biological or medical sciences.

Applicants are required to submit a valid IELTS score of 6.5 or TOEFL score of 79 to demonstrate their proficiency in English.

Applicants with prior research experience are preferred, especially for the PhD programs.

First Year – First Semester

GPM705 – Introduction to Data Science (Core Course) – 3 Credit Hours
Elective Course 1 – 3 Credit Hours
LS701 – Research Seminar / Journal Club – Pass

First Year – Second Semester

Elective Course 2 – 3 Credit Hours
Elective Course 3 – 3 Credit Hours
LS701 – Research Seminar / Journal Club – Pass

Qualifying Examination (after Second Semester)

Second Year – First Semester

Elective Course 4 – 3 Credit Hours
Elective Course 5 – 3 Credit Hours
GPM890 – Dissertation Research & Laboratory Training – 6 Credit Hours

Second Year – Second Semester

GPM890 – Dissertation Research & Laboratory Training – 6 Credit Hours

Candidacy Examination (after Fourth Semester)

Third Year – First Semester

GPM890 – Dissertation Research & Laboratory Training – 9 Credit Hours

Third Year – Second Semester

GPM890 – Dissertation Research & Laboratory Training – 9 Credit Hours

Fourth Year (Final Phase – if needed up to 3.5–5 years)

GPM890 – Dissertation Research Continuation – Remaining Credits

Program Summary

Total Credit Hours: 60 Credit Hours

• Coursework: 18 Credit Hours (1 Core + 5 Electives)
• Research & Dissertation: 42 Credit Hours
• Seminars: Pass Twice (LS701)

Main Study Areas:

• Clinical Aspects
• Technology
• Omics
• Bioethics