MSc Cancer Biology

University	Nitte (Deemed to be University), Mangaluru
egree	Master of Science (MSc)
uration	2 Years / 4 Semesters
Intake	07 Students
Admission	Selection to the MSc Cancer Biology program shall be on the basis of merit obtained in the qualifying examination.
Accreditation/ Approval	UGC, offered under Nitte (Deemed to be University)
Key Areas	Human anatomy, physiology and Pathology, Biochemistry, Immunology, Molecular Biology, cell and developmental biology, Genetics, Toxicology, Genetic engineering, Biotechnology, Research Methodology & Biostatistics, Bioinformatics, Cancer Biology, In vivo and In vitro model systems, Genomics and proteomics, Seminar, and Research Project
Mode	Post graduate program

Why study the MSc Cancer Biology Program at NUCSER?
The M.Sc. Cancer Biology program at NUCSER is a specialised, research-oriented postgraduate program designed to provide an in-depth understanding of cancer biology, from the molecular and cellular mechanisms underlying malignant transformation to contemporary approaches in cancer diagnosis and therapy. The program integrates fundamental biomedical sciences with cancer genetics, pathology, bioinformatics and emerging approaches such as immunotherapy, precision medicine and personalised genomics.
After completing the program, students will be able to:

• Acquire knowledge of complex life processes in prokaryotic and eukaryotic cells.
• Develop an integrative understanding of the human body for careers in healthcare and research.
• Gain in-depth understanding of infectious, non–communicable, and genetic disease biology.
• Plan and accomplish a research project in relevant topics through critical analysis and logical interpretation of scientific data.
• Formulate and solve research hypotheses in health science. Enunciate potential career paths in cancer biology.
• Appraise responsible conduct of research relevant to social need and to practice bioethics and biosafety in scientific research.
• Apply knowledge and to offer solution to emerging challenges in health care.

• Specialised education in cancer biology
  The programme provides focused training in the biology of cancer, enabling students to understand the processes involved in malignant transformation, the factors influencing cancer development and progression, and the scientific basis of current and emerging therapeutic approaches.
• Strong foundation in biomedical sciences
  The first year establishes a strong foundation through subjects such as Human Anatomy, Physiology, Immunology, Biochemistry, Cell & Molecular Biology and Basics of Cancer Biology. This integrated foundation helps students understand cancer from cellular, molecular and physiological perspectives.
• Emphasis on practical and skill-based learning
  The programme has a strong practical orientation, with the NUCSER curriculum placing substantial emphasis on practical training and skill development. The NUCSER programme brochure specifies 70% emphasis on practicals within the Master's curriculum.
• Two semesters dedicated to research
  A major feature of the programme is the opportunity for two semesters of research, culminating in a full-fledged research project on contemporary topics in cancer. This provides students with sustained exposure to scientific investigation rather than limiting research experience to a short-term project.
• Training in research methodology and biostatistics
  Students receive structured training in research methodology and statistics, supporting the development of the skills required to design experiments, analyse scientific data, and interpret research findings. The programme incorporates ethics and biosafety, helping students understand the responsible conduct of biological and biomedical research and the importance of ethical and safe practices in cancer research.
• Opportunity to work on contemporary cancer research
  Students have the opportunity to undertake research projects addressing contemporary questions in cancer biology. This provides a platform for applying theoretical knowledge to experimental investigation and developing research competencies.
• Access to a dedicated cancer research environment
  NUCSER has a dedicated Division of Molecular Genetics and Cancer, with research interests encompassing the molecular mechanisms of cancer, cancer genetics, cancer models and approaches for cancer detection and treatment. The division also uses model systems, including zebrafish and mice, for cancer research.
• Exposure to cancer model systems
  The research environment at NUCSER includes the use of zebrafish and C. elegans models to investigate cancer biology and evaluate potential therapeutic approaches. Such model systems provide students with exposure to experimental approaches for studying cancer mechanisms and potential interventions.
• Learning in a multidisciplinary research institution
  NUCSER is an interdisciplinary teaching-cum-research centre with research spanning biomedical sciences, molecular genetics and cancer, infectious diseases, bio- and nanotechnology, food science, environmental health and bioinformatics. Its postgraduate programmes are designed to combine theoretical learning with hands-on experience in biological research.
• Foundation for research and higher studies
  The combination of specialised coursework, practical training and extended research provides a strong foundation for students who wish to pursue doctoral research and advanced studies in cancer biology, molecular biology, genetics, biomedical sciences and related disciplines.
• Diverse career pathways
  According to the official programme information, graduates can pursue opportunities in cancer-speciality hospital laboratories, commercial biomedical laboratories, research institutes, pharmaceutical companies and academic institutions.
• Preparing the next generation of cancer researchers
  By integrating cancer biology, molecular and cellular biology, cancer genetics, pathology, bioinformatics, research methodology, immunotherapy, precision medicine and personalised genomics, the programme provides a focused academic pathway for students aspiring to contribute to the evolving field of cancer research.
• A research-driven approach to understanding and tackling cancer
  The M.Sc. Cancer Biology programme at NUCSER connects fundamental understanding of cancer with experimental research and emerging therapeutic concepts. Its combination of specialised coursework, substantial practical training and extended research provides students with an environment to develop the knowledge and research skills needed to investigate complex questions in cancer biology.

Programme structure:
The curriculum is designed to build strong theoretical and practical foundations while providing extensive hands-on research training and skill-based education in biological sciences. Students will learn through classroom teaching, laboratory sessions, supervised research projects/ dissertations, seminars, field exposure, and assessments.

Key Subjects & Specialisation Areas
Some of the core and advanced subjects typically covered include:

• Human Anatomy, Physiology, and Pathology
• Microbiology
• Biochemistry
• Immunology
• Molecular Biology
• Cancer Genetics
• Toxicology
• Cancer Pathology
• Cancer Diagnosis & Therapy
• Biotechnology
• Research Methodology & Biostatistics
• Bioinformatics
• Stem Cells and Regenerative Medicine
• In vivo and In vitro model systems
• Genomics and proteomics

Skill-based & Practical Training
The programme includes substantial laboratory-based skill development and a research component, where students gain real-world experience in:

• Techniques in Biomedical Science
• Genetic Engineering and Biotechnology
• Project Work
• Seminars

Laboratory and Research Components
Students get access to state-of-the-art research and model system facilities, including:

• Infectious Disease Lab
• Molecular genetics and cancer biology Lab
• Molecular Biology Lab
• Genetic engineering and biotechnology Lab
• Food Science Lab
• Proteomic Lab
• Analytical Lab
• Imaging Lab
• Plant Tissue Culture Lab
• Cell Culture Lab
• Computational Biology Lab
• Genomics Lab
• Zebrafish Lab
• Drosophila Lab
• C. elegans Lab
• Aquaculture- Wet Lab

Projects, Internships, and Dissertations
The curriculum includes structured:

• Seminar presentations
• One-year supervised research project
• Research seminar/presentation
• Field trip

Click here to download the curriculum:

Faculty & Expertise
Click here

NUCSER offers state-of-the-art facilities and resources to support advanced teaching and research in Biological Science.

Labs & Infrastructure

• Advance Research Labs: Equipped with modern equipment and infrastructure. Include labs such as the Infectious Disease Lab, Molecular Genetics and Cancer Biology Lab, Molecular Biology Lab, Genetic Engineering and Biotechnology Lab, Virology Lab, Food Science Lab, Proteomics Lab, Analytical Lab, and Plant Tissue Culture Lab.
• Central facilities: Equipped with advanced facilities to support cutting-edge research, including an Imaging Lab, Cell Culture Lab, Biosafety Level 2, centrifugation facility, freezer room, and sterilisation facility.
• In vivo model systems: Equipped with state-of-the-art model system facilities, including Zebrafish lab, Drosophila lab, and C. elegans lab
• Computational biology facilities: Equipped with high-end computers for bioinformatics and biological data analysis, and a Genomics lab
• Aquaculture- wet lab facility: Equipped with a wet lab facility for aquatic animal studies
• NITTE-GOK Centre of Excellence in AQUAMARIN: Established under the Government of Karnataka's Biotechnology Policy by KARNATAKA INNOVATION AND TECHNOLOGY SOCIETY, at NUCSER, Nitte (Deemed to be University)
• FAO Reference Centre for Antimicrobial Resistance and Aquaculture Biosecurity, at NUCSER, Nitte (Deemed to be University)
• Department of Science and Technology supported Technology Enabling Centre at NUCSER, Nitte (Deemed to be University)
• Nitte DU- Radboud UMC centre for human functional genomics and systems immunology at NUCSER, Nitte (Deemed to be University)

Library & Digital Resources

• A well-stocked library with an extensive collection of textbooks, journals, and research publications in audiology, speech-language pathology, neuroscience, and related fields.
• Access to online databases, e-journals, and digital libraries to facilitate advanced research and study.
• Digital classrooms and multimedia-enabled learning spaces enhance interactive teaching and student engagement.
• Student access to learning management systems and online portals for course materials, assignments, and communication.

Nitte University Centre for Science Education & Research (NUCSER) maintains strong partnerships between industry and academia to ensure that students gain hands-on experience and develop professional readiness in Biological Science.

Strategic Partnerships

• Collaborations with industries, medical institutions, and special education institutions.
• Tie-ups /MoU with a variety of industries, Start-Ups, specific academic and research institutes for advanced training, internships, teaching and research.
• Industry connections with companies for workshops and product demonstrations.

Workshops, Seminars & Guest Lectures

• Regular industry-led workshops in the field of biological science
• Guest lectures by national and international experts, researchers, clinicians, and industry specialists.
• Skill development seminars.

Research Training & Internship Opportunities

Mandatory supervised research project NUCSER for all the master’s degree programmes

Opportunities for research internships within the PhD programme through funded projects and interdisciplinary collaborations.

Nitte University Centre for Science Education & Research (NUCSER) are prepared for diverse and rewarding careers across academic, research, and industry settings. The demand for qualified graduates continues to grow in India and globally.

Top Career Opportunities

• As academicians in universities, colleges and institutes
• In diagnostic labs (lab technician or resource person)
• Research Assistant / Research Scientist in universities and research institutes
• Various positions in the food industry
• Various positions in Biotech companies
• Various positions in drug manufacturing companies
• In Government/ Private health care centres, as experts in molecular diagnostics for diseases
• As young researchers for a career in science
• As entrepreneurs
• PhD Scholars & Researchers contributing to scientific advancements (for Master’s graduates)

Global Career Scope
Graduates can pursue opportunities abroad

Students interested in research can also pursue a PhD programme and research opportunities in India or abroad.

Placements & Career Support
The M.Sc. Programme provides exceptional placement support, enabling students to build advanced careers in industry/academia, as well as various food and biotech industries, medical institutions, research, and consultancy. The institute’s strong industry linkages ensure excellent postgraduate placements across industry, academia, and research & development (R&D).

Placement Highlights

• postgraduate placements in industry, academia, and research & development (R&D).
• Preferred by employers for advanced diagnostic and rehabilitative skills
• International licensing pathways widely available for graduates

Career Support Services
To strengthen careers after M.Sc. Programmes, NUCSER offers:

• Career counselling
• Interview and communication skills training
• Internship and research opportunities in reputed centres
• Guest lectures and workshops by research or industry leaders
• Conference/workshop/seminar participation
• Hands -on workshops in the niche area of research

1. What is the M.Sc. Cancer Biology programme at NUCSER? The M.Sc. Cancer Biology programme is a two-year postgraduate degree that provides an in-depth understanding of the molecular and cellular mechanisms involved in cancer development, progression, diagnosis, and treatment. The curriculum combines theoretical knowledge, laboratory training, and research to prepare students for careers in cancer research, healthcare, biotechnology, and pharmaceutical sciences.  

2. What is the duration of the M.Sc. Cancer Biology programme? The programme is of two years duration and is divided into four semesters under the Choice-Based Credit System (CBCS).  

3. What is the Choice-Based Credit System (CBCS)? The Choice-Based Credit System (CBCS) replaces the conventional marking system with a grading system. It allows students to select from core courses, discipline-specific electives, generic electives, and skill enhancement courses based on their interests and career goals.  

4. Does the programme include practical laboratory training? Yes. The curriculum places a strong emphasis on practical learning, with nearly 70% dedicated to practical training and research. Students gain hands-on experience in modern cancer biology techniques, molecular biology, genetics, bioinformatics, and laboratory research.  

5. Is there a research project included in the programme? Yes. One of the major highlights of the programme is a full-fledged research project. Students spend two semesters developing research skills, devoted primarily to research on contemporary topics in cancer biology.  

6. Who is eligible to apply for the M.Sc. Cancer Biology programme? Candidates with a Bachelor's degree in Applied Biological Sciences, Biomedical Science, Biotechnology, Biochemistry, Microbiology, Agricultural Sciences, Food & Nutrition, Environmental Science, Veterinary Science, Fisheries Science, B.E./B. Tech Biotechnology, Medicine, Dentistry, Pharmacy, Nursing, or any equivalent Life Science degree from a recognized university with a minimum of 50% aggregate marks are eligible to apply.  

7. How can I apply for admission? Students seeking admission should submit the Admission Query Form through the Nitte University admissions portal. The Admission Section will subsequently guide applicants through the registration and admission process.  

8. What is the admission process? Admission to the M.Sc. Cancer Biology programme is based on merit in the qualifying examination. Eligible candidates are selected in accordance with the University's admission guidelines.  

9. What documents are required for admission? Applicants are generally required to submit:

• Class 10 Marks Card
• Degree Marks Cards of all semesters/years
• Provisional Degree or Degree Certificate
• Transfer Certificate
• Conduct Certificate
• Migration Certificate (if applicable)
• Eligibility Certificate (processed by Nitte University)
• Physical Fitness Certificate
• Blood Group Certificate
• Aadhaar Card copy
• Recent passport-size and stamp-size photographs.

 

10. When does the M.Sc. Cancer Biology programme commence? The academic session generally begins in August, as prescribed by Nitte University for the respective academic year.  

11. What career opportunities are available after completing M.Sc. Cancer Biology? Graduates can pursue careers as:

• Cancer Research Scientist
• Molecular Biologist
• Clinical Research Associate
• Oncology Laboratory Scientist
• Pharmaceutical Research Scientist
• Biotechnology Scientist
• Research Associate
• Precision Medicine Specialist
• Genomics Research Scientist
• Academic or Research Professional

Employment opportunities are available in cancer specialty hospitals, biomedical laboratories, research institutes, pharmaceutical companies, biotechnology firms, and academic institutions.  

12. Can I pursue a Ph.D. after completing M.Sc. Cancer Biology? Yes. The programme provides an excellent foundation for pursuing doctoral research in Cancer Biology, Molecular Oncology, Genetics, Immunology, Biomedical Sciences, Precision Medicine, Biotechnology, and related life science disciplines.  

13. What makes the M.Sc. Cancer Biology programme at NUCSER unique? The programme integrates advanced coursework, extensive laboratory training, and a research-intensive curriculum. It emphasizes emerging areas such as immunotherapy, precision medicine, personalized genomics, cancer bioinformatics, and translational cancer research, preparing students for both academic and industry careers.  

14. What practical skills will I gain during the programme? Students develop expertise in:

• Molecular biology techniques
• Cancer genetics
• Cell culture methods
• Cancer bioinformatics
• Laboratory diagnostics
• Experimental design
• Biostatistics
• Scientific data analysis
• Research methodology
• Scientific writing and presentation.

 

15. Is this programme suitable for students interested in cancer research? Yes. The curriculum is specifically designed for students aspiring to careers in oncology research. With advanced coursework, practical laboratory training, and a full-time research project, graduates are well prepared for research positions and doctoral studies in cancer biology.  

16. Which organizations recruit M.Sc. Cancer Biology graduates? Graduates can find opportunities in:

• Cancer speciality hospitals
• Biomedical and diagnostic laboratories
• Pharmaceutical companies
• Biotechnology companies
• Contract Research Organisations (CROs)
• Research institutes
• Universities and academic institutions
• Precision medicine and genomics laboratories
• Government and private healthcare research organisations.