What is the marking scheme of IPU CET examination?

In IPU CET for each correct answer, four marks will be given, and for each incorrect answer, one mark will be reduced. There are no marks deducted for unanswered questions. Examination is conducted for 2 hours 30 minutes. Candidates must know the marking scheme before attempting exam.

What type of questions will be asked in the IPU CET exam for B.Tech lateral entry and B.Tech (Bio-Technology)?

The IPU CET questions will be of objective type. There will be four options for each question and candidates have to choose and mark right answer from options given. The answer should be marked in OMR sheet. There will be 1 mark deducted for every wrong response. If questions are left unanswered, marks will not be deducted.

How many questions are asked in the IPU CET exam for B.Tech lateral entry and B.Tech (Bio-Technology) admission?

A total of 100 questions will be asked in IPU CET exam for B.Tech lateral entry and B.Tech (Bio-Technology) admission. Four answer choices be given for each question. Candidates must choose correct answer from options given. Total marks allotted to the question paper is 400.

IPU CET BTech Bio-Technology Pattern 2022: Know Marking Scheme & Exam Duration

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This exam is conducted for courses given below:

Updated on Dec 4, 2025 16:04 IST

By Dhanya B

IPU CET 2026 exam pattern is extremely important for candidates aspiring for admission to BTech lateral entry and BTech (Biotechnology). IPU CET exam pattern 2026 includes details like types of questions, marking scheme, the total number of questions, etc. Besides, it helps in understanding the layout of the question paper. Knowledge of the IPU CET syllabus 2026 is also important to prepare a good preparation strategy.

IPU CET exam is conducted for Lateral Entry to BTech programmes for Diploma holders (Code 128), Lateral Entry to BTech programmes for BSc Graduates (Code 129) and BTech (Bio-Technology) (Code 130). The IPU CET counselling process for these programmes will be conducted after the results are out. Admissions to the BTech (Code 131) programme of Guru Gobind Singh Indraprastha University will be made through IPU CET 2026 counselling.Further, look over more details about the exam pattern below.

Table of contents

IPU CET Exam Pattern 2026: Highlights
IPU CET 2026 Exam Pattern
IPU CET Exam Pattern 2026 Marking Scheme

IPU CET Exam Pattern 2026: Highlights

Check highlights of IPU CET exam pattern in table given below.

Particulars	Details
Exam mode	Offline
Subjects of the Entrance Test	LE BTech (DIPLOMA) Applied Mechanics-(25%) Applied Mathematics-(25%) Computer Awareness and Physics / Chemistry Knowledge-(25%) Analytical and Logical Reasoning-(25%) LE BTech (BSc) BSc Level Mathematics- (40%) English (10+2 level)-(20%) Analytical & Logical Reasoning (20%) Scientific Aptitude - (20%) BTech (Bio-Technology) Physics (upto 12th Level)-(20%) Chemistry (upto 12th Level)-(20%) Mathematics (upto 12th Level)-(20%) Biology (Botany and Zoology) (upto 12h Level)– (40%) or Biotechnology (upto 12th Level)-(40%)
Duration of exam	150 minutes
Number of questions	100 questions with 4 Multiple Choice Response
Marks Allotted	Each question shall carry Four Marks. There shall be a negative marking of one mark for every wrong answer.
Type of questions	Objective type questions

Commonly asked questions

Q: Is it possible to change the answers on the OMR sheet in IPU CET?

No, once you have marked an answer on OMR sheet in IPU CET it is generally not possible to change options. OMR sheets are designed to detect and process marked responses, and altering options after marking may lead to complications in evaluation. Candidates must carefully check and verify answers before marking them on OMR sheet.

Q: What is the percentage of questions from various subjects in the IPU CET for Bio-Technology admission?

The IPU CET question paper for B.Tech (Bio-Technology) includes questions from Physics Chemistry and either Mathematics or Biology (Botany and Zoology or Biotechnology at the Class 12 level. The percentage distribution of questions for each subject is as follows: Physics (Class 12 Level) - 20% Chemistry (Class 12 Level) - 20% Mathematics (Class 12 Level) - 20% Biology (Botany and Zoology or Biotechnology (Class 12 Level) - 40%. .

Q: What is the subject-wise distribution of questions in the IPU CET for B.Tech Lateral entry admission for B.Sc. Students?

BTech Lateral entry admission for the BSc graduates will include the questions from the following subjects: Mathematics, Analytical & Logical Reasoning (BSc Level), English (Class 12 level), and Scientific Aptitude. The distribution of questions is as follows. English (Class 12 level): Scientific Aptitude - 20%, Mathematics - 20%, Analytical and Logical Reasoning - 40%

IPU CET 2026 Exam Pattern

IPU CET question paper will include a total of 100 objective-type questions. Each question will carry four options, out of which only one option will be correct. Candidates are required to mark correct one on OMR sheet. The questions will be asked from Physics, Chemistry, Mathematics and Biology for BTech (BioTechnology). Candidates can check IPU CET syllabus to know about important topics of the different subjects. It will help them in devising a better exam preparation strategy.

Commonly asked questions

Q: What is the maximum mark a candidate can score in IPU CET?

IPU CET 2026 examination will be conducted for a total of 400 marks. There are 100 questions asked in question paper. Each question carries four marks. There shall be a negative marking of one mark for wrong answer. To prevent losing marks, candidates should ensure they are before answering questions.

Q: What is the duration of the IPU CET examination?

Candidates will get a total of 2 hours and 30 minutes to complete IPU CET exam. During this time, candidates must solve questions. By referring to official sources, you can make sure you have most accurate and up-to-date information about duration of IPU CET examination.

Q: Is there negative marking in IPU CET?

In IPU CET there is negative marking. This means one mark is reduced for each incorrect response. Marks are not deducted for unanswered questions. This means that if a candidate leaves a question unanswered, no marks are deducted.

IPU CET Exam Pattern 2026 Marking Scheme

One question will carry four marks i.e. for every correct answer, four marks will be awarded. On the other hand, there is a provision of negative marking wherein one mark will be deducted for every incorrect answer.

Particulars	Details
Correct answer	+4
Incorrect answer	-1
Unattempted questions	0
Total marks	400

Section-wise weightage of subjects for LE BTech (DIPLOMA)

Sections	Weightage
Applied Mechanics	25%
Applied Mathematics	25%
Computer Awareness and Physics / Chemistry Knowledge	25%
Analytical and Logical Reasoning	25%

Section-wise weightage of subjects for LE BTech (BSc)

Sections	Weightage
BSc Level Mathematics	40%
English (10+2 level)	20%
Analytical & Logical Reasoning	20%
Scientific Aptitude	20%

Section-wise weightage of subjects for BTech (BioTechnology)

Sections	Weightage
Physics	20%
Chemistry	20%
Mathematics	20%
Biology (Botany and Zoology)	40%

Commonly asked questions

Q: Could you provide the breakdown of the subject-wise distribution of questions in the IPU CET for B.Tech Lateral Entry for Diploma students?

The percentage of questions from different subjects is as follows for IPU CET Lateral Entry for Diploma students

Computer Awareness and Physics / Chemistry Related Knowledge - 25%
Applied Mathematics - 25%
Applied Mechanics - 25%
Analytical and Logical Reasoning - 25%.

Explore subject-wise topics asked in IPU CET

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Maths

Physics

Chemistry

Complement of a Set Equal Sets Universal Set Finite and Infinite Set Empty Set Sets and their Representations Relations and Functions Cartesian Products of Sets Functions Relations Binomial Theorem Binomial Theorem for Positive Integral Index Composition of Functions and Invertible Function Types of Functions Types of Relations Properties of Inverse Trigonometric Functions Inverse Trigonometric Functions Basic Concepts of Inverse Trigonometric Functions Types of Matrix Transpose of a Matrix Symmetric and Skew Symmetric Matrices Invertible Matrices Operations on Matrices Determinants Determinants Integration as Inverse Process of Differentiation Differentiation Standard Deviation Assumed Mean Method Correlation and Regression Z Score Table Cube and Cuboid Complement of a Set Equal Sets Universal Set Finite and Infinite Set Empty Set Sets and their Representations Relations and Functions Cartesian Products of Sets Functions Relations Binomial Theorem Binomial Theorem for Positive Integral Index Composition of Functions and Invertible Function Types of Functions Types of Relations Properties of Inverse Trigonometric Functions Inverse Trigonometric Functions Basic Concepts of Inverse Trigonometric Functions Types of Matrix Transpose of a Matrix Symmetric and Skew Symmetric Matrices Invertible Matrices Operations on Matrices Determinants Determinants Integration as Inverse Process of Differentiation Differentiation Standard Deviation Assumed Mean Method Correlation and Regression Z Score Table Cube and Cuboid Overview DIMENSIONS OF PHYSICAL QUANTITIES DIMENSIONAL FORMULAE Significant Figures DIMENSIONAL ANALYSIS AND ITS APPLICATIONS INTERNATIONAL SYSTEM OF UNITS Overview Change of State Ideal Gas Equation and Absolute Temperature Thermal Expansion Heat Transfer Specific Heat Calorimetry Temperature and Heat Measurement of Temperature Thermodynamic Process Carnot Engine Reversible and Irreversible Process Thermal Equilibrium Thermodynamic State Variables Equation of State Overview First Law of Thermodynamics Second Law of Thermodynamics Behaviour of Gases Kinetic Theory of Ideal Gas Overview Periodic and Oscillatory Motion Simple Pendulum Simple Harmonic Motion Overview Speed of a Travelling Wave Displacement Relation in a Progressive Wave Superposition Principle Beats Reflection of Waves Kinematic Equation Uniformly of Accelerated Motion Instantaneous Velocity and Speed Overview Acceleration Resolution of Vectors Vector Addition by Analytical Method Scalars and Vectors Multiplication of Vectors by Real Numbers Addition and Subtraction of Vectors Overview Projectile Motion Motion in a Plane Conservation of Momentum Equilibrium of a Particle Circular Motion Common Forces in Mechanics Solving Problems in Mechanics Conservation of Mechanical Energy Potential Energy of Spring Power Kinetic Energy Collision Work Concept of Potential Energy Moment of Inertia Overview Centre of Mass Vector Product of Two Vectors Torque and Angular Momentum Motion of Centre of Mass Equilibrium of a Rigid Body Overview Angular Velocity and Relation with Linear Velocity Dynamics of Rotational Motion About a Fixed Axis Kinematics of Rotational Motion About a Fixed Axis Angular Momentum of Rotation About a Fixed Axis Keplers Law Overview Escape Speed Earth Satellites Energy of an Orbiting Satellite Stress Strain Curve Elastic Moduli Applications of Elastic Behaviour of Materials Surface Tension Bernoulli Principle Pressure in Fluids Viscosity Streamline Flow Forces between Multiple Charges Conductors and Insulators Basic Properties of Electric Charge Electric Charge Electric Charge and Field Electric Flux Electric Charge and Field Electric Field Lines Continuous Charge Distribution Interference Light Waves Youngs Experiment Refraction Reflection Plane Wave Huygens Principle Refraction Reflection Plane Wave Huygens Principle Einstein Photoelectric Theory Photoelectric Effect Wave Theory Light Photoelectric Effect Electron Emission Overview Bohr Model of Hydrogen Atom Radioactivity Physics Nuclei Overview Size of Nucleus Binding Energy Nuclear Energy Semiconductor Devices Overview Semiconductor Devices Overview Semiconductor Diode Diode as Rectifier Intrinsic Semiconductor Extrinsic Semiconductor Overview Potential Due to Point Charge Combination of Capacitors Electrostatic Potential Energy Stored in a Capacitor Capacitors and Capacitance Effect of Dielectric on Capacitance Electrostatics of Conductors Potential Energy of a System of Charges Potential due to a System of Charges Electric Current Overview Electrical Energy and Power Temperature Dependence of Resistivity Wheatstone Bridge Overview Ohms Law Kirchhoffs Law Drift of Electrons and the Origin of Resistivity Torque on Current Loop Magnetic Dipole Motion in Magnetic Field Solenoid Magnetic Field due to a Current Element Magnetic Field on Axis of Circular Current Loop Ampere Circuital Law Magnetic Force Overview Moving Coil Galvanometer Magnetism and Matter Magnetic Properties of Materials Magnetisation and Magnetic Intensity Bar Magnet Electromagnetism Motional Electromotive Force Experiments of Faraday and Henry Alternating Current Overview Transformer AC Voltage Applied to a Resistor AC Voltage Applied to an Inductor AC Voltage applied to a Capacitor AC Voltage applied to a Series LCR circuit Representation of AC Current and Voltage by Vector Electromagnetic Spectrum Electromagnetic Waves Displacement Current Total Internal Reflection Refraction through a Prism Optical Instruments Derivation of Lens Formula Reflection of Light by Spherical Mirrors Refraction at Spherical Surface and by Lenses Derive Equation of Motion by Calculus method Alternating Current Overview Mole Concept and Molar Mass STOICHIOMETRY AND STOICHIOMETRIC CALCULATIONS Percentage Composition Laws of Chemical Combination Atomic and Molecular Masses Properties of Matter and their Measurement Importance of Chemistry Overview Overview Atomic Models Discovery of Sub Atomic Particles Towards Quantum Mechanical Model of Atom Quantum Mechanical Model of Atom Electronic Configuration Types of Elements Periodic Table Electronic Configuration of Element Periodic Trends in Properties of Elements Genesis of Periodic Classification Nomenclature of Elements with Atomic Numbers Present Form of Periodic Table Chemical Bonding and Molecular Structure Hybridization Valence Bond Theory Molecular Orbital Theory Hydrogen Bonding Ionic or Electrovalent Bond Kossel-Lewis Approach to Chemical Bonding Bond Parameters Bonding in Homonuclear Diatomic Molecules VSEPR Theory Applications of Chemical Bonding Equilibrium Processes Homogeneous Equilibria Factors Affecting Equilibria Applications of Equilibrium Constant Ionization of Acids and Bases Ionic Equilibrium in Solution Equilibrium in Chemical Processes Solubility Equilibria of Sparingly Soluble Salts Heter Heterogeneous Equilibria Oxidation Number Classification of Organic Compounds Isomerism Nomenclature of Organic Compounds Quantitative Analysis Qualitative Analysis of Organic Compounds Overview Structural Representations of Organic Compounds Fundamental Concepts in Organic Reaction Mechanism Tetravalence of Carbon Shapes of Organic Compounds Methods of Purification of Organic Compounds Classification Alkanes Alkenes Alkynes Aromatic Hydrocarbon Carcinogenicity and Toxicity Abnormal Molar Mass Colligative Properties and Molar Mass Solubility Proteins Vitamins Carbohydrates Enzymes Hormones Nucleic Acids Electrolytic Cells and Electrolysis Corrosion Galvanic Cell Fuel Cells Nernst Equation Electrochemical Cells Batteries Rate of Reaction Integrated Rate Equations Collision Theory of Chemical Reactions Temperature Dependence of the Rate of a Reaction Factors Influencing Rate of a Reaction Bonding in Metal Carbonyls Difference between Glucose and Fructose

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What is the eligibility for BTech admission in IP University?

Answered 2 weeks ago

Candidate must have passed Class 12 or equivalent with a minimum of 55% aggregate in Physics, Chemistry, and Mathematics. University will not conduct a separate IPU CET for admission to BTech course. The admission to BTech course is based on JEE Main marks. Candidates who want to join Engineering mu

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IPU CET Cutoff 2025 has been released for admission to various courses, like BCom (Hons), BCA, BBA, BTech, BArch, etc., in various specialisations. The GGSIPU IPU CET Cutoff 2025 ranged from 33555 to 156524 for th dual degree of B.Tech. + M.Tech. in Computer Science Engineering in the last round clo

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