Are Geneticists doctors?

Yes. A geneticist is a doctor who studies the connection between genes and health. They diagnose and manage genetic disorders across all age groups from pregnancy onward. Clinical geneticists also engage in research, teaching, and administrative roles to advance genetic studies.

Can you get a PhD in Genetics?

Yes. Students can pursue a PhD in Genetics. Many universities offer doctoral programmes specifically focused on the study of Genetics. A PhD in Genetics can lead to careers in Academic research, Medical research, Biotechnology companies, Government agencies, or Teaching positions at the university level.

How do I become a Geneticist?

To become a geneticist, you need a Bachelor’s degree in Biology, Genetics, or a related field. For advanced research roles, a Master’s degree and possibly a PhD in Genetics or a relevant area are required.

MSc Genetics

Master of Science

Genetics

Overview

The MSc in Genetics at JAIN (Deemed-to-be University), Bangalore, is a comprehensive postgraduate programme designed to build advanced knowledge in classical, molecular, human, and medical genetics. The programme integrates core genetic principles with modern developments in genomics, bioinformatics, and molecular biology, enabling students to understand the genetic basis of health, disease, and biological diversity. With increasing demand for expertise in genomics and personalised medicine, the programme prepares graduates to contribute to research, healthcare, diagnostics, and biotechnology sectors.

The two year programme combines strong theoretical foundations with intensive laboratory training and research-oriented learning. Students gain practical exposure to molecular diagnostics, cytogenetics, genomics technologies, and computational genetics tools through laboratory sessions, research projects, and data analysis training. The curriculum also addresses emerging areas such as genomic medicine, genetic counselling practices, and ethical considerations in genetics research. The academic structure aligns with the principles of National Education Policy 2020, UGC CCFPP, National Credit Framework, and National Higher Education Qualification Framework, ensuring interdisciplinary learning and outcome based education.

Industry-linked learning opportunities further enhance the programme through specialised training modules such as Clinical Research and Data Management offered in collaboration with AM Services Clinical Research Training Academy, and AI ML Driven Drug Discovery developed with Boltzmann India Ltd. These certifications introduce students to emerging intersections between biology, artificial intelligence, and pharmaceutical research while providing practical skills in clinical research management, predictive modelling, and large biological data analysis. The programme equips graduates for careers in genetics research, diagnostics, biotechnology, and healthcare, while also preparing them for doctoral studies and advanced research in genetics and allied life science disciplines.

Certifications Offered:

Clinical Research and Data Management Certification in collaboration with AM Services Clinical Research Training Academy
AI-ML Driven Drug Discovery Certification in collaboration with Boltzmann India Ltd

Eligibility

A student who has passed a 3-year undergraduate degree (level 5.5, a total of 120 credits) shall be eligible for admission to 2-year MSc programmes.

Preference will be given to candidates who have secured at least 50% marks (45% marks in case of candidates belonging to reserved category) in the qualifying examination.

However, students who have not studied requisite courses from Science discipline related to the respective programmes will have to undertake the prescribed bridge course(s).

Duration: 2 Years - 4 Semesters

No. of Credits: 88 Credits (as per UGC CCFPP and NCrF framework)

Apply Now Brochure

Program code: 044

Course code : 4420

Course Commencement : Jul 2026

enquiry.pg@jainuniversity.ac.in

Study Campus

School of Sciences
#34, 1st Cross
J C Road
Bangalore - 560 027
P +91 80 4343 0100

Admissions Office

JAIN Knowledge Campus
#44/4, District Fund Road
Jayanagar 9th Block Campus
Bangalore - 560 069
P : +91 73376 13222

Curriculum Structure

Principles of Genetics
Principles of Genetics Lab
Molecular Genetics
Molecular Genetics Lab
Integrative Human Biology / Cytoplasmic Genetics
Integrative Human Biology Lab / Cytoplasmic Genetics Lab
Open Elective
Bioinformatics
Transdisciplinary Project-Centric Learning I

Drosophila Genetics
Drosophila Genetics Lab
Recombination Genetics
Immunogenetics / Microbial Genetics
Advanced Biostatistics
Open Elective
Project I
Transdisciplinary Project-Centric Learning II

Advanced Bioinformatics
Advanced Bioinformatics Lab
Human Genetics
Evolution and Population Genetics
Developmental Genetics and Ethology / Advanced Genetics
Genetic Counselling in Clinical Practice
Project II
Internship
Transdisciplinary Project-Centric Learning III

Medical Genetics and Genomic Medicine
Medical Genetics and Genomic Medicine Lab
Molecular Cloning and Genetic Engineering
Molecular Cloning and Genetic Engineering Lab
Forensic Genetics / Advanced Toxicology
Project III
Transdisciplinary Project-Centric Learning IV

Course Highlights

Comprehensive Programme Structure: A two year postgraduate curriculum that integrates theoretical learning, laboratory training, and research dissertation components.
Advanced Genetics Curriculum: Core subjects include classical genetics, molecular genetics, genomics, epigenetics, population genetics, and human genetics.
Specialised Laboratory Training: Extensive hands on experience in molecular diagnostics, cytogenetics techniques, genomics tools, and biological instrumentation.
Bioinformatics and Computational Genetics: Training in computational tools and genetic data analysis for modern genomics research and large scale biological datasets.
Clinical Genetics Orientation: Exposure to genetic counselling concepts, medical genetics applications, and ethical considerations in genetic testing.
Research Driven Learning: Progressive research projects and dissertation work that develop skills in experimental design, statistical analysis, and scientific investigation.
Industry and Academic Exposure: Interactions with experts from biotechnology companies, research institutions, and healthcare organisations.
Preparation for Advanced Careers: Academic and research training that supports progression to doctoral studies, competitive examinations, and specialised careers in genetics.

Career Enhancement Programs

JAIN (Deemed-to-be University) supports the professional development of MSc Genetics students through structured training initiatives that enhance research capability, technical expertise, and industry readiness. These programmes encourage scientific communication, interdisciplinary learning, and active participation in academic and professional communities.

Instrumentation Techniques Training: Hands on training in advanced laboratory instruments used in molecular genetics, genomics, and diagnostic research.
Scientific Communication Workshops: Sessions that help students develop skills in research writing, scientific presentation, and academic publishing.
Computational Tools Training: Practical learning in bioinformatics software and computational methods used for genetic data analysis.
Genetic Counselling and ELSI Training: Orientation to ethical, legal, and social issues associated with genetics and counselling practices.
Research Methodology Workshops: Training in experimental design, research ethics, and statistical approaches for biological research.
Industry and Field Visits: Exposure to biotechnology laboratories, research centres, and diagnostic facilities.
Academic Seminars and Guest Lectures: Talks by national and international experts from leading research institutions and industry.
Conference and Career Preparation: Support for participation in national and international conferences along with structured placement and career guidance.

Career Outcomes

Clinical and Medical Genetics
Graduates develop expertise in analysing genetic disorders and interpreting molecular diagnostic data. Career opportunities include roles in clinical genetics laboratories, diagnostic centres, and healthcare institutions.

Genomics and Biotechnology Industry
Students gain practical skills in genomic technologies, molecular biology techniques, and biotechnology applications. Graduates may work as biotechnology professionals, genomics specialists, or research associates in life science industries.

Bioinformatics and Computational Biology
The programme develops skills in analysing genetic and genomic datasets using computational tools. Career roles include bioinformatician, computational biologist, and genomic data analyst.

Clinical Diagnostics and Laboratory Sciences
Training in molecular diagnostics and cytogenetics prepares graduates for roles in medical laboratories and genetic testing facilities. These roles involve analysing biological samples and supporting disease diagnosis through genetic testing.

Forensic and Applied Genetics
Students develop analytical skills relevant to DNA analysis and genetic identification. Opportunities exist in forensic laboratories, research centres, and investigative agencies.

Pharmaceutical and Drug Development
Knowledge of molecular genetics and genomics supports roles in pharmaceutical research and biotechnology companies. Graduates may contribute to drug discovery, genetic screening, and personalised medicine research.

Research and Development
The programme prepares students for research careers in genetics, genomics, and molecular biology. Graduates can work in research laboratories, biotechnology firms, and scientific institutions.

Higher Studies and Doctoral Research
Strong research training enables graduates to pursue doctoral studies in genetics, genomics, biotechnology, and related life science disciplines in India and internationally.

FAQ's

What is the eligibility for this programme?

Applicants must hold a Bachelor’s degree at NHEQF Level 6 in Life Sciences or a related discipline.

Does the programme include courses in Bioinformatics or Computational Biology?

Yes. Students are introduced to advanced bioinformatics concepts during Semester 1 and Semester 3, enabling them to analyse and interpret genetic and genomic data.

Are internships compulsory?

Yes. Students are required to complete a minimum two credit internship to gain practical exposure to research or industry environments.

Does the programme prepare students for PhD studies?

Yes. The curriculum, seminars, internships, and research training provide a strong foundation for doctoral studies and research careers.

Are laboratory and practical components included in the programme?

Yes. All relevant courses include laboratory sessions, practical training, and research based activities to strengthen experimental skills.

Does the programme include a research project or dissertation?

Yes. Students undertake a research project or dissertation that allows them to apply theoretical knowledge to real world genetic research problems.

What skills will students develop during the programme?

Students gain skills in molecular genetics techniques, genetic data analysis, bioinformatics tools, laboratory experimentation, scientific writing, and research methodology.

What industries hire MSc Genetics graduates?

Graduates can work in biotechnology industries, clinical research organisations, genomics and proteomics laboratories, genetic counselling centres, hospitals and fertility clinics, pharmaceutical companies, forensic science laboratories, and medical writing or medical transcription industries.

Can graduates pursue careers in academia or research?

Yes. The programme prepares students for careers in universities, research institutes, and advanced scientific laboratories, as well as for higher studies such as PhD programmes.

Does the programme cover emerging areas in genetics?

Yes. The curriculum includes modern developments such as genomics, molecular diagnostics, genetic engineering, bioinformatics applications, and personalised medicine.