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Admissions Open for 2025-26 : The W.B. JENPAS rank holders can apply for B.Sc. Nursing (WBNC and NCI Approved) and ANM/GNM rank holders can apply for GNM (WBNC and NCI Approved) courses at TNU.  For Admission and Enquiry, Contact: 704444 6888 / 704444 6999

M.Sc. in Biotechnology

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    M.Sc. in Biotechnology

    TNU’s M.Sc. in Biotechnology is the field that involves the use of living organisms and bioprocesses in engineering, technology, medicine, and other fields requiring bioproducts. This program will include a curriculum designed by academic experts. It shall facilitate research and hands-on experiential training in well-equipped laboratories to provide students with real-life work experience. Such basic research aims to increase scientific knowledge. As the global population grows, scientists look for biotechnologists for solutions to various problems, like adequate food, infant mortality, and sustainable agriculture.

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    Eligibility Criteria

    Graduate with any of the Life Science Subjects (Botany, Zoology, Microbiology, Biotechnology, Biochemistry, Agricultural Sciences etc.) with at least 55% marks

    A Personal Interview will be conducted by the Competent Authority of the University

    Curriculum / Syllabus

    • Semester 1
    • Semester 2
    • Semester 3
    • Semester 4

    Semester 1

    Paper Type

    Name of the Paper

    Theory

    Lab

    Total Credit

    Core Course – 1

    Biochemistry

    3

    2

    5

    Core Course – 2

    Cell & Molecular Biology

    3

    2

    5

    Core Course – 3

    Genetics

    3

    2

    5

    Ability Enhancement Compulsory Courses 1

    Basics of Chemistry

    2

    0

    2

    Ability Enhancement Compulsory Courses 2

    Biostatistics

    2

    0

    2

    General Elective 1

    General Elective 1

    2

    0

    2

    Total

    21

    Semester 2

    Paper Type

    Name of the Paper

    Theory

    Lab

    Total Credit

    Core Course – 4

    Advanced Microbiology

    3

    2

    5

    Core Course – 5

    Immunology and Molecular Diagnostics

    3

    2

    5

    Core Course – 6

    Genetic Engineering

    3

    2

    5

    Core Course – 7

    Bioinformatics

    4

    2

    6

    Discipline Specific Elective 1

    Genomics & Proteomics

    2

    2

    4

    General Elective 2

    General Elective 2

    2

    0

    2

    Total

    27

    Semester 3

    Paper Type

    Name of the Paper

    Theory

    Lab

    Total Credit

    Core Course – 8

    Bioprocess Engineering and Technology

    3

    2

    5

    Core Course – 9

    Plant and Animal Biotechnology

    3

    2

    5

    Skill Enhancement Courses – 1

    Research Methodology

    3

    0

    3

    Discipline Specific Elective 2

    Environmental Biotechnology

    3

    2

    5

    Discipline Specific Elective 3

    Biosafety, Bioethics, Bio Entrepreneurship and IPR

    3

    0

    3

    Training

    Summer Training/Project

    4

    0

    4

    General Elective 3

    General Elective – 3

    2

    0

    2

    Total

    27

    Semester 4

    Paper Type

    Name of the Paper

    Theory

    Lab

    Total Credit

    Project

    Dissertation

    0

    18

    18

    Discipline Specific Elective 4

    Biochemical and Biophysical
    Techniques

    3

    2

    5

    Skill Enhancement Courses – 2

    Personal and Professional skill development

    1

    1

    2

    Skill Enhancement Courses 3

    Journal Club

    2

    0

    2

    Viva-voce

    Grand Viva

    2

    0

    2

    Generic Elective 4

    General Elective – 4

    2

    0

    2

    Total

    31

    Lab Setup

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    A microplate reader is a laboratory instrument that is used to measure chemical, biological or physical reactions, properties and analytes within the well of a microplate. A microplate consists of small wells in which separated reactions take place.

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    Program Educational Objective

    • PO1: Awareness of contemporary issues that can be mitigated or supported through life science knowhow and cutting edge: This outcome underscores the necessity for a comprehensive grasp of the pressing global and local challenges we face, including climate change, epidemic outbreaks, and food insecurity. An expert in life sciences must integrate foundational biological principles with contemporary advancements. This dual knowledge base empowers professionals to strategically identify and leverage their expertise to devise innovative solutions or mitigation strategies. By doing so, they can position advancements in the life sciences as pivotal agents in addressing societal issues and fostering effective problem resolution.
    • PO2: Ability to design and conduct experiments, as well as to analyze and interpret scientific data and demonstrate of an independent thinking ability: This outcome integrates the ability to design and conduct experiments with the skills to analyze and interpret scientific data, all while fostering independent thinking. It underscores a systematic approach to scientific inquiry, encompassing the formulation of hypotheses, selection of methodologies, and meticulous collection and interpretation of data. This process is enhanced by critical analysis, allowing individuals to evaluate information objectively, recognize biases, and develop original research questions. The combined outcome ensures that individuals can not only carry out rigorous scientific investigations but also think critically, identify knowledge gaps, and draw valid, well-reasoned conclusions from their findings, even when confronted with challenges.
    • PO3: Project Management and Teamwork in Biotechnology: This outcome emphasizes the application of fundamental biological principles to a range of tasks, project management, and collaborative initiatives. It highlights the capability to excel in independent work, as part of a team, or in a leadership capacity across various scientific disciplines.
    • PO4: Ability to integrate technologies through an interdisciplinary learning habit: This outcome underscores the vital ability to seamlessly integrate knowledge and techniques from various academic disciplines, transcending the limitations of a single field to devise comprehensive solutions. It involves actively exploring connections between diverse technologies, such as applying computational methods to biological data or employing engineering principles to enhance biotechnological processes. By nurturing an interdisciplinary learning approach, individuals are better equipped to tackle complex, real-world challenges with a holistic perspective, ultimately leading to the development of more robust, innovative, and synergistic solutions that would be elusive through a singular disciplinary lens.
    • PO5: Ability to inculcate an attitude of enquiry towards developing innovative ability and enhancing entrepreneurship skills: This outcome nurtures an intrinsic curiosity and a proactive mindset, motivating individuals to consistently question, explore, and identify unmet needs or inefficiencies that can be addressed through innovative biological solutions. It fosters the generation of creative and groundbreaking ideas, promoting an entrepreneurial spirit defined by the ability to recognize commercial opportunities, evaluate risks, effectively leverage resources, and create tangible value from scientific discoveries. This comprehensive approach empowers individuals not only to conceive transformative ideas but also to navigate the intricate journey of translating them into impactful applications and successful ventures.
    • PO6: Awareness of the impact of bio solutions in a global, economic, and environmental context for the sustainable management of society: This outcome underscores the vital understanding of how biosolutions, encompassing both medical advancements and agricultural biotechnologies, significantly influence various sectors. It is essential to recognize their global implications for health and food security, evaluate their economic impact through market creation and resource allocation, assess their environmental effects in relation to sustainability and biodiversity, and consider their ethical and social implications for human populations and equity. Such awareness promotes a responsible approach to innovation, ensuring that the development and deployment of biosolutions are situated within their broader interconnected contexts.
    • PO7: Understanding of communication, professional and ethical responsibility: This outcome highlights the critical importance of maintaining high standards of conduct and integrity in all professional activities within the life sciences. It entails a steadfast commitment to essential ethical principles such as beneficence, non-maleficence, and respect for individuals, particularly in research involving human subjects or animals. This commitment includes a thorough understanding of data integrity, confidentiality, the avoidance of plagiarism, and the necessity of transparency. By adhering to these principles, we foster public trust in scientific professionals and ensure that all actions are guided by a strong moral compass and a sense of accountability.
    • Advanced infrastructure
    • State of the art laboratories
    • High quality research
    • Industry academia partnership
    • 100 % internship for three consecutive years
    • Set up multiple state-of-the-art laboratories
    • Student Placement at MacLeaods Pharma, TCG CREST, among other
    • Published more than fifty international papers in the past few years

    Fee Structure

    Courses OfferedFee Per Semester (A) (Rs.)One Time Fee (B) (Rs.)1st Semester Fee (A+B) (Rs.)No. of SemesterTotal Course Fee (Rs.)7th & 8th Semester – Exam Fee for OJT/RW (Rs.)
    M.Sc. in Biotechnology46,00029,00075,00042,13,000–

    Modes of Payment

    ‘The Neotia University’

    Bank of Baroda
    A/C No. 6595020000033
    IFSC Code : BARB0VJOKOL
    Branch : SME Branch, Kolkata-700001

    Students can make the payment of Fee by following modes

    • 1. Demand Draft in the name of
      The Neotia University
    • 2. Cheque in the name of
      The Neotia University
    • 3. Online Payment of
      The Neotia University website

    Scholarships

    Scholarship / Sponsorship Criteria for India, Nepal, Bhutan & Bangladesh Students Admission
    for the Session 2026-27 at THE NEOTIA UNIVERSITY (TNU), W.B. for UG and Lateral Entry Courses
    SL NO.TYPE OF SCHOLARSHIPCLASS XII % or Equivalent %TERMS AND CONDITIONSPERCENTAGE (%) OF SCHOLARSHIP ON TUITION FEE
    1CHANCELLOR’S SCHOLARSHIP–i) Yearly Family income should be less than 2.5 Lakhs
    ii) Interview and document verification will be done by an empowered committee    		50% TO 100%
    2GRAMOTTHAN SCHOLARSHIP
    (Students from Gram Panchayat area of South 24 Parganas)    		>= 65%Yearly Family Income less than 5.0 Lakhs**25%
    4SPECIAL HILL STUDENTS’ SCHOLARSHIP
    [Students from GTA Area (W.B), North-East States, Andaman and Nicobar Islands, Nepal & Bhutan]    		>= 65%Yearly Family Income less than 5.0 Lakhs**25%
    5SAHODARYA SCHOLARSHIP
    (Siblings of all students – present or passed out)    		>= 60%ANY25%
    6MERE APNE SCHOLARSHIP
    (For Ambuja Neotia Group employees – in memory of Late Vinod Kumar Neotia)    		>= 60%Yearly Family Income more than 5.0 Lakhs**25%
    7SPORTS SCHOLARSHIP>= 60%STATE / NATIONAL LEVEL PARTICIPANT / CHAMPION25%
    8CULTURAL SCHOLARSHIP>= 60%STATE / NATIONAL LEVEL PARTICIPANT / CHAMPION25%

    Residential Facilities

    The University is equipped with avant-garde Infrastructure. We offer a rather impressive array of facilities viz smart classrooms, modern laboratories, conference and seminar halls, Wi-Fi enabled campus, a high-tech Learning Resource Centre, state-of-the-art IT Centre, clean and airy student residences, mess serving wholesome meals, indoor and outdoor sport facilities including a plush new gymnasium with latest equipments. Campus Banking Facilities, Doctor-on-call and Hospital Linkages are also available to enhance the student’s convenience.

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    Dining and Housing

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    Swimming Pool

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    Gymnasium

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    Health and Wellbeing

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    Ragging Free Campus

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    How to Apply

    Step 1

    Sign up /Fill up the Application Form

    Step 2

    Appear for Admission Entrance Test

    Step 3

    Test Results

    Step 4

    Provisional Admission

    Step 5

    Final Admission

    Step 1:

    Sign up /Fill up the Application Form

    The student must first complete the Registration/Enquiry Form via the TNU website (www.tnu.in) or any other online platform that provides access to the TNU Registration/Enquiry link. Upon submitting the Registration Form, the student will receive a link via email, SMS, or WhatsApp to complete the Application Form. The Admission Counsellor at TNU will assist in filling out the form. Upon submission, a unique application number will be assigned to the student.

    Step 2:

    Appear for Admission Entrance Test

    All undergraduate course applicants are required to take an admission entrance examination. Once the Application Form is submitted, the Admission Test option will become available on the Student Dashboard. By selecting this link, students can complete the test at their convenience from any location. Students applying for lateral entry into postgraduate courses are exempt from this test. A distinct admission test will be organized for PhD candidates.

    Step 3:

    Test Results

    Within 24 hrs. of Admisison Test, the test results will be available at student’s Dashboard. 40% is the qualifying marks for the test.

    Step 4:

    Provisional Admission

    Following the submission of the Application Form, if the student successfully passes the entrance examination, they may secure provisional admission in their chosen and available course by remitting a fee of Rs.10,000/-. The payment procedure and link are provided above. Upon completion of the payment via TNU’s Payment Gateway, a receipt will be generated and can be accessed on the student’s Dashboard.

    Step 5:

    Final Admission

    After students receive their H.S (10+2) marks and meet TNU’s eligibility requirements for a specific course, they may secure final admission by remitting the outstanding balance of the first semester fee. Once the final admission fee is paid, a UID number will be generated for the student, allowing them to attend classes. The provisional start date for classes is set for August 1, 2025.

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    Important Dates

    Online Registration Starts FromStarted from January 2025
    Provisional AdmissionStarted from January 2025
    Entrance Examination DateMarch 2025 to July 2025
    Declare of Test ResultsWithin 24 hours of appearing the test
    Last date of Admission15th Oct 2025.

    *The final date for Admissions will be as per UGC Guidelines.

    **PG, Nursing, GNM & D.Pharm courses will be informed separately as per UGC and/or State / Central Govt. norms.

    FAQs

    What is the qualifying criteria to take admission?

    55% in any life science subjects in B.sc (Botany, Zoology, Microbiology, Biotechnology, Biochemistry, Agricultural Sciences etc.) + Personal Interview

    Yes, TNU has its own entrance test

    The semester fee is ₹46,000. Additionally, a one-time admission fee of ₹29,000 is applicable during the first semester.

    No, TNU does not has any management quota.

    This course needs UGC approval.

    Yes, TNU has the UGC approval.

    There are 9 faculties in our department.

    Yes, TNU has its own 8 scholarships .

    You have to go to TNU website, you will get the option admission, then you will have to fill up the basic Name, mobile number and Mail id, then Log In link will create which will sent to Email id and Counsellor from TNU will call you to guide.

    Yes, the course offers good placement opportunities. Students have been placed in reputed companies such as AstraZeneca,
    Cipla, Bharat Serums, TNQ, Healthwatch, and ZIFQ.

    Role of Biotechnology:

    1. Healthcare & Medicine
      • Drug Development: Creating new medicines like insulin, vaccines (e.g., COVID-19 vaccines), and
        monoclonal antibodies.
      • Genetic Engineering: CRISPR and gene therapy are used to treat genetic disorders.
      • Diagnostics: Faster, more accurate disease detection using biotech-based tools.
    2. Agriculture
      • Genetically Modified (GM) Crops: More resistant to pests, diseases, or harsh weather (e.g., Bt
        cotton, Golden Rice).
      • Biofertilizers & Biopesticides: Eco-friendly alternatives to chemicals.
      • Improved Livestock: Better breeds via biotechnology for more productivity.
    3. Industrial Applications
      • Bioplastics: Made from renewable sources, biodegradable.
      • Biofuels: Ethanol, biodiesel, and other renewable energy sources.
      • Enzymes in Industry: Used in food, textiles, detergents, and paper for efficient processes.
    4. Environmental Biotechnology
      • Bioremediation: Using microbes to clean up oil spills, heavy metals, and waste.
      • Waste Management: Converting organic waste into energy or useful materials.
      • Pollution Monitoring: Biosensors to detect pollutants.
    5. Research & Development
      • Molecular Biology: Understanding life at a genetic and cellular level.
      • Synthetic Biology: Designing new biological parts, devices, and systems.
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