VITEEE Maths Syllabus 2026: Vellore Institute of Technology (VIT) has released the VITEEE 2026 Mathematics syllabus on its official website, viteee.vit.ac.in. The syllabus covers important Class 11 and 12 topics, including Matrices, Trigonometry, Complex Numbers, Three-Dimensional Geometry, Probability, and Calculus. Candidates preparing for the VIT Engineering Entrance Examination are advised to thoroughly review the latest Maths syllabus and VITEEE Exam Pattern 2026 to strengthen their preparation. The VITEEE question paper comprises 125 questions from Mathematics/Biology, Physics, Chemistry, Aptitude, and English, with Mathematics carrying significant weightage for B.Tech aspirants. Candidates can use the syllabus to identify key topics and plan an effective preparation strategy for upcoming VIT admissions.
The authority asks questions based on the Class 11 and 12 syllabus. Candidates must practice the VITEEE mock test to help themselves improve their score in the VITEEE exam, which will be tough. Candidates have to follow the VIT entrance exam preparation tips to clear the examination with good marks. Read the article below completely to know more details regarding the VITEEE Maths Syllabus 2026.
The authority has released the VITEEE Maths syllabus officially. Below are all the chapters and topics that need to be covered for VITEEE 2026. The syllabus has major subjects and multiple subtopics. Candidates must cover all the topics to secure good marks in the VITEEE 2026 exam.
Unit | Subtopics |
|---|---|
Matrices and their Applications | Algebra of matrices |
Determinants and its properties | |
Adjoint and inverse of a square matrix (using determinants & elementary transformations) | |
Rank of a matrix | |
Test of consistency & solution of simultaneous linear equations (up to 3 variables) | |
Solution of Linear Programming problem (in 2 Variables) | |
Trigonometry and Complex Numbers | Fundamentals of Trigonometry |
Trigonometric functions & inverse trigonometric functions with properties | |
Heights and distances | |
Complex number system – conjugate, properties, ordered pair representation | |
Argand diagram | |
Algebra of complex numbers | |
Modulus and argument (polar form) | |
Solution of polynomial equations | |
De Moivre’s theorem and its applications | |
Roots of a complex number – cube roots & fourth roots | |
Analytical Geometry of Two Dimensions | Equation of a straight line & family of straight lines |
Properties of straight lines | |
General equation of a conic & its classification | |
Eccentricity of conics | |
Parabola – standard & general forms | |
Ellipse – standard & general forms | |
Hyperbola – standard & general forms | |
Directrix, Focus & Latus rectum | |
Parametric form of conics & chords | |
Tangents and normals (Cartesian form & parametric form) | |
Equation of the chord of contact of tangents | |
Vector Algebra | Scalar product of vectors – properties & applications |
Vector product of vectors – properties & applications | |
Scalar triple product | |
Vector triple product – properties | |
Analytical Geometry of Three Dimensions | Coordinates of a point in space |
Distance between two points | |
Section formula | |
Direction ratios & direction cosines | |
Angle between two intersecting lines | |
Skew lines | |
Shortest distance between skew lines & its equation | |
Equation of a line (different forms) | |
Equation of a plane (different forms) | |
Intersection of a line & a plane | |
Coplanar lines | |
Differential Calculus | Limits of functions |
Continuity of functions | |
Differentiability of functions | |
Tangent, normal & angle between curves | |
Rolle’s Theorem | |
Lagrange Mean Value Theorem | |
Taylor’s series | |
Maclaurin’s series | |
Stationary points | |
Increasing & decreasing functions | |
Maxima & minima of functions (one variable) | |
Concavity & points of inflexion | |
Errors & approximations | |
Integral Calculus and Its Applications | Simple definite integrals |
Fundamental theorems of calculus | |
Properties of definite integrals | |
Reduction formulae | |
Area of bounded regions | |
Length of curves | |
Differential Equations | Formation of differential equations |
Order & degree of DE | |
Solution of first-order DE by the variable separable method | |
Solution of first-order DE by the homogeneous method | |
Solution of first-order DE by the Linear equations method | |
Applications of differential equations | |
Probability and Distributions | Basics of probability & axioms |
Addition law of probability | |
Conditional probability | |
Multiplicative law of probability | |
Bayes’ theorem | |
Random variables | |
Probability density function | |
Distribution function | |
Mathematical expectation | |
Variance | |
Binomial distribution | |
Poisson distribution | |
Discrete Mathematics | Sets |
Relations | |
Functions | |
Binary Operations | |
Sequences & Series – AP | |
Sequences & Series – GP | |
Sequences & Series – HP | |
Binomial Theorem | |
Counting Techniques | |
Mathematical Logic – logical statements | |
Logical connectives | |
Truth tables | |
Logical equivalence | |
Tautology | |
Contradiction |
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The authority issued the VITEEE 2026 exam pattern in the official brochure. Below is the latest VITEEE exam pattern
| Particulars | Details |
|---|---|
VITEEE 2026 Exam Mode | Online Mode |
VITEEE Exam Duration | 2 hours, 30 minutes |
VITEEE Topics & Total Number of Questions | Mathematics - 40 Questions Physics - 35 Questions Chemistry - 35 Questions Aptitude - 10 Questions English - 5 Questions Total number of Questions - 125 Questions |
VITEEE Total Marks | 125 |
VITEEE Marking Scheme | +1 for each correct answer -1 for each wrong answer 0 for unanswered questions |
On Question asked by student community
Hello Dear Student,
The official VITEEE 2027 syllabus will be released along with the admission brochure, which is usually published a few months before the application process begins. The syllabus is generally based on the Class 11 and Class 12 curriculum.
For preparation, NCERT textbooks should be your primary study
Hello Dear Student,
No, the VIT Engineering Entrance Examination (VITEEE) for the 2026 academic year is not available now
You can check, find and access more information here:
https://engineering.careers360.com/exams/viteee
Hope it helps!
Hello,
With a VITEEE rank of around 69,000 , you have a good chance of getting CSE (AI & ML) at VIT-AP . Based on recent admission trends, CSE AI & ML at VIT-AP has been available up to around the 60,000–80,000 rank range depending on the fee category and
Hello Dear Student,
With a 69k rank in VITEEE, you are eligible for Category 4 or 5 to secure CSE with a specialization in AI/ML at the VIT AP campus. Category 1 and 2 seats typically close much earlier for Computer Science branches.
You can check, find and access more
Hello Dear Student,
With an 81k rank in VITEEE, it is highly unlikely you will get ECE at the VIT-AP campus in Category 1. Category 1 seats are reserved for top ranks, usually the top 10,000–20,000.
You can check, find and access more information here:
https://engineering.careers360.com/articles/viteee-2026-rank-vs-branch-for-vit-admission
Hope it helps!
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