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JNU CEEB Previous Year Question Papers: The previous year question paper of JNU CEEB consists of objective and subjective questions on Biological Sciences, Chemistry and Physics.
Aspirants should regularly practice JNU CEEB previous year question papers as it will help them to know exam pattern, difficulty level, type of questions asked.
JNU CEEB (Jawaharlal Nehru University Combined Entrance Examination for Biotechnology) is a national-level entrance test held annually for seeking admissions to postgraduate Biotechnology programs and its allied courses. The National Testing Agency (NTA) administers the exam on behalf of the Regional Centre of Biotechnology (RCB), which is part of the Department of Biotechnology in the Government of India.
Previous Year Question Paper of JNU CEEB: Download PDF (2024 - 2020)
The previous year question paper of JNU CEEB is listed on below for the year 2024, 2023, 2022, 2021 and 2020 for the candidates to have an overall understanding about the question paper, types of question asked, level of difficulty of questions, question paper pattern and important topics that must be studied in order to excel the exam.
JNU CEEB Question Paper 2024: Download PDF
Candidates can find the link to download the JNU CEEB question paper for 2024 in the table below.
| Subject Name | Question Paper PDF |
| M.Sc Biotechnology and allied areas | Download PDF |
JNU CEEB Question Paper 2023: Download PDF
Below given is the JNU CEEB previous year question papers for 2023.
| Subject Name | Question Paper PDF |
| M.Sc Biotechnology and allied areas | Download PDF |
JNU CEEB Question Paper 2022:Download PDF
Here is the link for JNU CEEB previous year question papers 2022.
| Subject Name | Question Paper PDF |
| M.Sc Biotechnology and allied areas | Download PDF |
JNU CEEB Question Paper 2021 : Download PDF
The following table includes JNU CEEB previous year question papers for the year 2021.
| Subject Name | Question Paper PDF |
| M.Sc Biotechnology and allied areas | Download PDF |
JNU CEEB Question Paper 2020: Download PDF
Candidates can find the link for the 2020 JNU CEEB previous year question papers in the table below.
| Subject Name | Question Paper PDF |
| M.Sc Biotechnology and allied areas | Download PDF |
Advantages of Solving JNU CEEB Previous Year Question Papers
Solving JNU CEEB previous year question papers is an important part of the preparation that helps you get a holistic insight into the exam pattern, variety types of questions and key focus areas. It also provides the candidates with the right strategies to appear for the exam. Here are the detailed advantages of solving the JNU CEEB previous year question papers
1. Know the Exam Pattern- Different previous year papers give a clear idea of how many questions, what subjects, and how many marks were given for each section. It is a good way to strategize how to solve the paper during the actual exam.
2. Understand Frequently Asked Topics- Candidates who can work out past papers will know what areas are regularly tested. They can thus concentrate their study on high-weightage topics.
3. Understand Question Format- JNU CEEB consists of both objective and subjective type questions. The previous year papers are perfect for practicing and to become used to different formats of questions.
4. Improve Time Management Skills- Solving previous year papers can enhance speed, accuracy, and time management skills. These are useful during the actual exam day.
5. Understand Strengths and Weakness- Solving previous year papers help a candidate see what he or she is good at and the area which needs more preparation.
6. Track Progress Over Time- Past papers can help candidates understand how much they have improved with regard to speed, accuracy and understanding of the overall syllabus.
JNU CEEB Important Topics
Candidates must understand all the important topics for each subject to prepare well for the JNU CEEB exam. The table below outlines the subjects and the important topics for JNU CEEB.
| Subject | Topics |
| Technology/Engineering Stream | |
| Basic Engineering and Technology | Mechanical engineering, Electrical engineering, Chemical & Biochemical engineering |
| Chemical Engineering | Thermodynamics, methods of chemical analysis, Kirchoff's equation, Hess law, Gibbs-Helmholtz equation, Azeotrope and eutectic mixtures, properties of mixtures, chemical kinetics/reaction engineering |
| Chemical Reaction Engineering | Basic laws of chemical kinetics, kinetics analysis, CSTR and Plug Flow reactors, tank-in-series and APDF models |
| Fluid Mechanics | Bernoulli equation, Fluid statics, Newtonian and non-Newtonian fluids, pumps and compressors, centrifuge and cyclones, filtration, mixing and agitation |
| Heat and Mass Transfer | Conduction, boiling, condensation and evaporation, drying, humidification, heat transfer coefficients, convection and radiation |
| Principles of Biochemical Engineering | Enzyme catalysis, Material & energy balances, Mass transfer, Bioreactor operation and design, Oxygen transfer, Mass transfer |
| Physiology, Pharmacology & Biochemistry | Basic physiology, Pharmacological effects, side effects of toxicity, CNS, ANS, CVS, Principles of chemotherapy, chemotherapeutic agents |
| Pharmaceutical processing | Milling, Mixing, Rheology, Chemistry of natural products, Chemistry of analgesics, Immunological preparations, Biopharmaceutics, analysis of drugs |
| Antibodies | Vaccines, polyclonal and monoclonal antibodies, Therapeutic proteins and peptides, biopharmaceuticals |
| Food Science and Technology | Food packaging, Food additives, Food chemistry and analysis, Food processing and preservation, Nutraceuticals |
| Life Science | |
| Biochemistry and Microbiology | DNA & RNA, Enzymes, Cell structure and function, Metabolism, microorganisms, Laboratory cultivation of microbes, Microbial metabolism, Endotoxins, viruses |
| Immunology | antigen recognition, Cells of the immune system, cytokines, immune responses, T-cell receptors, Immunodeficiency diseases, MHC and HLA |
| Animal cell culture | animal cell and tissue preservation, kinetics of cell growth, stem cell technology, Rheology of fermentation fluids, kinetics of microbial growth, micro and macro carrier culture |
| Major bioinformatics resources | Molecular dynamics and simulations, data mining and analytical tools |
| Principles of microscopy | principles of spectroscopy-UV, Principles of chromatography-GC, Light, electron |
