Master’s in Clinical Embryology & Reproductive Biology

Graduates will gain intensive training in assisted reproductive technology (ART), expertise in IVF micromanipulation and infertility protocols, foundations in molecular genetics and reproductive biology, hands-on laboratory experience, practical skills mirroring international standards, and mentorship from experts. They will be prepared to master cutting-edge techniques such as ICSI, embryo biopsy, vitrification, and micromanipulation; work in IVF labs under supervision; conduct research in reproductive medicine; participate in live ART procedures; and contribute to infertility care, becoming certified embryologists and ART professionals for roles in IVF clinics, hospitals, research centers, and medical education.

Bachelor’s degree in Clinical Laboratory Science, Medical Technology, or related biomedical sciences; minimum GPA of “Good”; English proficiency (IELTS: 5.5, TOEFL iBT: 65, STEP: 80); one academic/professional recommendation; interview if requested.

Year 1: Foundations in Reproductive Science

Gain a deep scientific understanding of human reproduction and fertility through core courses that lay the groundwork for advanced practice.

Core Courses Include

• Reproductive Biology & Embryology: Study human development from conception to implantation.
• Molecular Genetics & Biology of the Cell: Explore genetic mechanisms vital to embryonic growth.
• Introduction to Assisted Reproduction: Understand the principles behind IVF and other ART procedures.
• Infertility & Reproductive Medicine: Learn diagnostic techniques and treatment plans for male and female infertility.
• Andrology & Semen Analysis: Perform sperm analysis and learn techniques in male fertility assessment.

Year 2: Advanced ART & Clinical Integration

Step into real world applications of reproductive science through immersive lab work, clinical rotations, and a final research project or thesis.

What You’ll Experience

• Advanced Assisted Reproductive Technology (ART): Master cutting-edge techniques such as ICSI, embryo biopsy, vitrification, and micromanipulation.
• Human Embryology in Practice: Work directly in IVF labs under expert supervision.
• Research Thesis or Capstone Project: Investigate a specialized area in reproductive medicine, guided by leading faculty mentors.
• Clinical Exposure: Participate in live ART procedures at KFSH&RC, gaining the skills essential to become a clinical embryologist.