Program Overview

Introduction to the MSc in Genomic Counseling Program

The MSc in Genomic Counseling is a specialized postgraduate program designed to train students in interpreting and communicating complex genetic information to patients and healthcare providers. This comprehensive program includes clinical postings in Medical Genetics, IVF & Reproductive Medicine, Fetal Medicine, Pediatric Neurology, and Medical Oncology, providing practical exposure to the latest developments in genomics and personalized healthcare.

Program Overview

• Duration: 2 years (4 semesters)
• Program Aim:
  • To train genomic counselors capable of integrating cutting-edge genomics into personalized healthcare.
  • To prepare students with the necessary knowledge and practical expertise to work in clinical genomics, translational genomics, and other subfields of medical genetics.
  • To provide students with clinical exposure and hands-on experience in different domains of medical genetics, fostering the development of critical counseling and diagnostic skills.
  • To create professionals capable of interpreting and communicating genetic information effectively to patients and families, aiding in the management of genetic disorders.

Program Focus

The program covers essential topics in genomics, molecular genetics, cytogenetics, and clinical genetics, with a particular emphasis on practical applications in patient care. Key areas of focus include:

• Translational Genomics: Applying genomic data to clinical practice for personalized healthcare.
• Clinical Genomics: Understanding the genetic basis of diseases and the impact on treatment decisions.
• Molecular Genetics & Cytogenetics: Exploring the molecular and chromosomal bases of genetic disorders.
• Genetic Counseling: Developing skills in effectively communicating complex genetic information to patients and their families.

Clinical Exposure & Hands-On Training

Students will gain valuable clinical exposure through postings in various specialties, including:

• Medical Genetics
• IVF & Reproductive Medicine
• Fetal Medicine
• Pediatric Neurology
• Medical Oncology These postings include mock OPD sessions, regular interactive seminars, and presentations to ensure students develop practical counseling and diagnostic skills.

Key Features

• State-of-the-Art Facilities: The program provides access to fully equipped clinical genetic laboratories and classrooms with advanced teaching tools.
• Research Opportunities: Students are encouraged to engage in research and present their work at leading conferences.
• Industry Exposure: In the 4th semester, students will participate in external research projects, gaining valuable industrial exposure and real-world applications of genomic counseling.

Core Competencies

• Expertise in clinical genomics, molecular genetics, and cytogenetics.
• Strong counseling skills to interpret and communicate genetic information to patients and healthcare providers.
• Hands-on training with genetic testing technologies and diagnostic tools.
• Ability to bridge the gap between genomic advancements and patient care, supporting clinicians in treatment planning.

Faculty Expertise

The program is guided by a team of highly qualified professionals with expertise in various aspects of medical genetics, including:

• Dr. Mitesh Shetty HOD & Consultant, Department of Medical Genetics
• Dr. Amit Rauthan HOD & Consultant, Medical Oncology Hematology & Hemato-Oncology
• Dr. Arunima Halder Consultant, IVF & Reproductive Medicine
• Dr. Priti Venkatesh HOD & Consultant, Fetal Medicine
• Mr. Manikandan Mariappan Bioinformatician, Department of Medical Genetics

Lab Facilities

Students will have access to a well-equipped skill lab and clinical genetics laboratories for practical sessions. The lab facilities are designed to offer hands-on experience with the latest genetic testing technologies, ensuring students develop the technical proficiency needed for a successful career in genomic counseling.

Career Paths

The program prepares students for careers in healthcare, particularly in roles related to genetic counseling, clinical genomics, and medical genetics.

Facilities

• Healthcare: Access to hospital facilities for hands-on training in procedures.
• Innovative Center: State-of-the-art Innovation Centre for multi-disciplinary research.
• Labs: Laboratories for practical experience.
• Sports & Fitness: World-class facilities including courts for badminton, tennis, soccer, and squash, as well as a well-equipped gymnasium.
• Libraries: Libraries with publications on the latest developments in allied healthcare.
• Student Housing: Student hostels providing a home away from home.