Program Overview:

• The program provides advanced training in clinical embryology.

• It equips students with skills and knowledge for a career in assisted reproductive technologies.

• The program is designed as a module concept, divided into four modules.

Module Breakdown:

• Module 1 - Andrology: Focuses on semen analysis, sperm morphology, and sperm function tests. Students gain practical experience in these areas.

• Module 2 - Stimulation Protocols and Embryology [Part 1]: Covers stimulation protocols and drugs used in assisted reproductive technologies. Also includes topics like AHU, IVF lab set-up, OPU, Denudation, and IVF instrumentation.

• Module 3 - Embryology [Part 2]: Focuses on advanced embryology techniques such as ICSI, IVF, vitrification, and embryo transfer. Hands-on training is provided.

• Module 4 - Project Work: Involves original research work, systemic review, or meta-analysis on a selected topic. The project work concludes with an exam.

Qualification:

• Graduates, postgraduates, and Doctor of Philosophy holders in biotechnology, medicine/surgery, life sciences, reproductive biology, or veterinary science from a recognized university.

• Online entrance examination is required for admission.

Program highlights:

1. Building a strong foundation in clinical embryology.

2. Gaining hands-on experience with lab techniques, including IVF, ICSI, embryo culture, cryopreservation, laser hatching, and exposure to embryo transfers etc.

3. Working with delicate, microscopic materials requires precision in handling and observing cells, embryos, and reproductive tissues.

4. Analysing situations, troubleshooting problems, and learning protocols to improve success rates, especially in IVF and related procedures.

5. Staying updated on advancements in reproductive technology, fertility treatments, and regulatory guidelines to ensure optimal patient outcomes.

6. Working with stakeholders on sensitive issues, like infertility, requires empathy and a strong understanding of ethical considerations.

7. Collaborating with multi-disciplinary teams, including doctors, nurses, and lab technicians.

8. Understanding the complexity of reproductive treatments requires effort, resilience, and adaptability.

9. Knowing healthcare regulations and standards governing fertility treatments and embryo research ensures legal and ethical compliance.

Exit Exam:

The course concludes with a two-stage exit examination, comprising theory and practical examinations. This examination assesses the knowledge and practical skills acquired by students throughout the program.

Overall, the PGDCE program offers a comprehensive education in clinical embryology and related assisted reproductive technologies (ART), seamlessly combining theoretical knowledge with hands-on practical experience. The program equips students with the skills needed to pursue careers in this demanding field, ensuring proficiency in the latest techniques and technologies used in clinical embryology.

*Includes registration, examination, caution deposit and program fees.

*Fee is exclusive of applicable taxes.

*Instalment options are available.