# Engineering Students, Apply for Indian Engineering Olympiad to Earn Recognition, Medal and Scholarships

**Last Modified on** : 21 Jan 2022 **Author** : Tanvi Mittal

Indian Engineering Olympiad is a competitive aptitude exam. It is conducted on the national level to provide a competitive ranking of the engineering students on the national level. Students from various engineering colleges including the top-ranked colleges take up this exam to prove their engineering Intelligence Quotient in engineering.

The Indian Engineering Olympiad has been started by the Thinkcell Private Limited in 2015. Since then two editions of the Indian Engineering Olympiad have been organised successfully and the applications for the **3rd edition of the IEO 2018 has been invited.**

**ieo18 engineering olympiad results **

**Read to know about the IEO 2018 in detail.**

__Indian Engineering Olympiad 2018: Important Dates __

**Registration for IEO starts from – 29th November 2017.****Closing date of the applications – 4th February 2018****Issue of the hall-tickets to applicants – 15th February 2018****IEO 2018 Exam Date - 25th February 2018****Slot 1 – 9.30 am to 11.00pm and Slot 2- 12pm to 1.30 pm.****Announcement of the result – 24th March 2018**

__Indian Engineering Olympiad 2018: Eligibility Criteria__

- The applicant should be
**an engineering student**. - He/ she should be studying in the
**2nd, 3rd, or 4th year of engineering**. - It should be noted that those engineering students who have already completed the course or have
**graduated**are**not eligible**to apply. - The applicant should be enrolled in the
**any AICTE approved engineering**colleges of India.

__Indian Engineering Olympiad 2018: Benefits__

- Students are selected for various sorts of benefits under this IEO 2018 exam.
**Topper Certificates**– The**top 3 performers**in every engineering stream get the ‘Topper Certificate’.**Medals of Excellence**–**100 medals**are distributed to the good performers of every engineering stream.**Certificate for Participation**– Students also receive ‘Certificate of Participation’.**Financial Disbursement/ scholarships**- The partners and organisers of the IEO exam give**financial scholarships**to the participating students.

__Indian Engineering Olympiad 2018: How to Apply__

- Interested students can apply for the IEO 2018 exam
**online**. - They should
**visit the official website of the IEO**to apply by clicking on the link – http://ieo18.engineeringolympiad.in/register.php - The applicants are required to
**get registered**by providing**basic details**like name, address, contact number, and a valid email id. - Upon registration,
**login id and password**are sent to the applicant’s**registered email id**. - By using these
**login credentials**, applicants can access the IEO 2018 application form. - He/ she should
**fill**all the specified columns of the application form. - The applicant should also
**upload the scanned copies**of all required documents. - At last, the application fee of
**₹ 100**should be paid. - The application fee can be paid online through
**internet banking, Credit Card, or Debit Card.** - The examination hall-tickets will be sent to the
**candidate’s registered email id**. A candidate should download the hall-ticket and bring it to the examination centre. - The
**hall-tickets**for the IEO 2018 will be sent by**15th February 2018**. In case, an applicant does not receive the hall-ticket, he/ she should**send an**email to the IEO organisers on the**[email protected]**.

__Indian Engineering Olympiad 2018: Examination Pattern __

– There are two sections in the question paper. A candidate is required to attempt questions of both the sections.*Number of Section*– There are total*Total number of questions***50 questions**.– The question paper should be attempted in*Time Allocated***90 minutes.**

__Indian Engineering Olympiad 2018: Syllabus__

**Syllabus for 2nd year engineering students**** – **The syllabus for the 2^{nd} year engineering is common for all streams of the engineering students. The papers are as follows –

*Numerical Ability*

- Numerical Series and Sequences
- Linear Equations; Number Systems; Percentages
- Profit and loss; Simple interest and Compound Interest
- Averages and Mixtures; Ratio, Proportion and variation; Time, speed and Distance; Time and Work

- Probability, Permutations and combinations

*Verbal Ability*

- Synonyms, Antonyms
- English grammar
- Verbal analogies
- Word groups, sentence completion, instructions, verbal deduction and critical reasoning

*Chemistry*

- Chemical Equilibrium, Electrochemistry
- Chemical Kinetics, Atomic Structure and Chemical Bonding, Solutions
- Physical Chemistry: Solid, Gaseous and Liquid States, Energetics
- Surface Chemistry

- Inorganic Chemistry: Isolation/Preparation and Properties of Non-metals- Transition Elements (3D Series)

- Nuclear Chemistry
- Principles of Qualitative Analysis Preparation and Properties of Compounds- Ores and Minerals, Extractive Metallurgy

*Mathematics*

- Algebra: Sets, Relations and Functions, Binomial Theorem, Matrices, Determinants, Complex Numbers
- Exponentials and Logarithms
- Theory of Equations, Mathematical Induction, Permutation and Combination
- Calculus: Limits, Continuity and Differentiability, Application of Derivatives, Definite Integration, Indefinite Integration,
- Geometry: Circles, Ellipse, Parabola, Hyperbola, Pairs of Straight Lines, Triangle and its properties, Three Dimensional Geometry
- Trigonometric Equations
- Trigonometry: Trigonometric Ratios and Identities, Heights and Distances
- Vectors, Differential Equation

*Physics*

- Machines - Work, Energy and Power
- Measurements
- Gravitation
- Motion- Kinematics, Laws of Motion, Rotational Motion
- Properties of Matter - Properties of Solids and Liquids, Kinetic Theory of Gases Magnetism and Electromagnetism - Electrostatics, Current Electricity
- Magnetic effects of Current and Magnetism, Electromagnetic Induction and Alternating Currents, Electromagnetic Waves
- Communication Systems

- Oscillations, Thermodynamics, and Waves
- Atoms and Nuclei, Optics, Electronic Devices

**Syllabus for the 3rd year engineering students – Some of the papers are common for all streams of the 3 ^{rd} year engineering students. The papers are as follows-**

*Numerical Ability*

- Number Systems
- Linear Equations
- Simple interest and Compound Interest
- Percentages, Profit and loss
- Time and Work; Time, speed and Distance
- Averages and Mixtures
- Ratio, Proportion and variation
- Numerical Series and Sequences; Permutations and combinations
- Data Sufficiency; Data Interpretation
- Probability

*Verbal Ability*

- Synonyms, Antonym
- English grammar
- Sentence completion
- Instructions
- Verbal analogies, word groups
- Critical reasoning and verbal deduction

*Mathematics 1 –*

__Calculus-I____ __

- Evaluation of definite and improper integrals
- Mean value theorems, indeterminate forms
- Double and Triple integrals Functions of single variable
- Limits, continuity and differentiability
- Maxima and Minima
- Partial derivatives, Total derivative, Taylor series (in one and two variables)

__Linear Algebra__

- Systems of linear equations
- Matrix algebra
- Eigen values and Eigenvectors

__Probability and Statistics__

- Sampling theorems
- Conditional probability
- Definitions of probability
- Random variables, Binomial, Poisson and Normal distributions
- Mean, Median, Mode and Standard deviation

*Mathematics 2-*

__Differential equations__

- Euler - Cauchy equation
- First order equations (linear and nonlinear)
- Higher order linear differential equations with constant coefficients
- Initial and boundary value problems
- Solutions of heat, wave and Laplace's equations
- Laplace transforms

__Complex variables__

- Cauchy -Riemann equations
- Analytic functions
- Cauchy's integral theorem and integral formula
- Taylor and Laurent series

__Calculus-II__

- Line, Surface and Volume integrals
- Fourier series; Gradient, Divergence and Curl,
- Applications of Gauss, Stokes and Green's theorems
- Vector identities, Directional derivatives

__Numerical Methods__

- Integration by Trapezoidal and Simpson's rules
- Numerical solutions of non - linear and linear algebraic equations
- Single and Multi – step methods for differential equations

Syllabus for the 4th year engineering students – The syllabus for the various streams of the engineering is different for the 4th year engineering students.

**0 Comments**