LNMIIT M.Tech Admission Details
- Name of the Admission – Laxmi Niwas Mittal Institute of Information Technology M.Tech Admission
- Name of the Organizing Body- LNMIIT M.Tech Admission
- Also called as -LNMIIT M.Tech
- Admission Category – Institute level
- Type- PG Admission
LNMIIT M.Tech Important Dates 2017
|1.||Starting date for submission of online application form||13th February 2017|
|2.||The Last date for submission of online application form||15th May 2017|
|3.||The Last date for receipt of demand draft at LNMIIT||June 2017|
|4.||Names of the applicants those who are shortlisted||June 2017|
|5.||Interview of applicants who have cleared GATE||June 2017|
|6.||Exam date||July 2017|
|7.||Counselling date||July 2017|
LNMIIT M.Tech Eligibility Criteria 2017
The eligibility criteria for LNMIIT M.Tech admission 2017 is provided in the article below. The educational criterion is provided below with the information along with it. Applicants must make sure that they must fulfil the eligibility criterion of LNMIIT M.Tech 2017 before applying for the admission process
|S. No.||Programme||Qualifying exam||Minimum Marks|
|1.||M.Tech (CSE)||B.E Or B.Tech||60% or 6.5 CPI (on a scale of 10)|
|MCA/ M.Sc. (Electronics/ Computer Science/ IT/ Mathematics/ Statistics)||60% or 6.5 CPI (on a scale of 10)|
|2.||M.Tech (ECE)||B.E./ B. Tech in ECE/ EE/ ICT/ ICE or equivalent discipline)||60 % or 6.5 CPI (on a scale of 10)|
|M. Sc. in Electronics/ Computer Science/ IT/ Physics||60% or 6.5 CPI (on a scale of 10)|
GATE qualified applicants:
- Applicants those who have qualified in GATE (CS or EC) will be excluded from taking the written exam.
- Applicants those who have scored more than 95 per centile in GATE exam will be considered for direct admissions after a personal interview.
Procedure to apply for the LNMIIT M.Tech 2017 application form
(i) Applicants are suggested to create their account by registering for the application process
(ii) Applicants need to provide their email address and mobile number
(iii) An application ID and password will be sent to the email address and mobile number of the applicants. These have to be used as the login details when you will further login to your account.
(iv) After entering the login details applicants must enter their educational qualification and the personal information.
(vi) GATE qualified applicants must mention their scores and GATE Registration Number.
(vii) Applicants are required to fill the information of the demand draft if they are paying by Demand Draft.
(viii) After submitting the application form successfully, applicants must take a print out of the application form generated.
The entrance exam of the LNMMIT M.Tech Admission 2017 of one and half duration. Objective and short type questions pertaining to the given Syllabus will be asked in the exam. There is no negative marking for any incorrect answer.
Syllabus for M.Tech in Computer Science & Engineering
|2.||Data Structure and Algorithms|
|4.||Database Management System|
Syllabus for M.Tech in Electronics & Communication Engineering
|1.||Digital Design||(i) Introduction to Digital Design(ii)Number Systems & Codes,|
(iii)Boolean Algebra and Minimization Techniques,
(iv)Digital CMOS Logic
(v)Combinatorial Circuits & Systems
(vi) Sequential Circuits & Systems
(vii)Finite State Machines.
|2.||Analog Electronics||(i)Circuit Theory(ii)Network analysis|
(v) RLC Circuits
(vi)Physics of transistors
(vii) Characteristics and biasing of BJT
(viii) Small signal (incremental) equivalent circuits
(ix) CE, CB and CC amplifiers,
(x)Difference Amplifier Design
(xi) Oscillators and Filters: Bode plots, Clipping, Clamping and other Non-Linear Op-Amp applications, (xii) Power supplies, DAC: Principles and Circuits,
(xiii)ADC: Principles and Circuits.
|3.||Signals and Systems||(i)Linear time invariant (LTI) systems: Discrete and continuous(ii) Fourier representation of periodic signals|
(iii) Fourier Transform of aperiodic signals
(iv) Laplace and z-transform
(v)Linear Feedback Systems
|4.||Digital Signal Processing||(i) Transform analysis of LTI systems(ii) Structures for Discrete Time systems|
(iii) FIR Filter Design Techniques
(iv) The Discrete Fourier Transform and Computational Aspects
(v)Multi-rate digital Signal Processing
(vi) Adaptive signal Processing
(vii) Stochastic signals
(ix)LMS and RMS algorithms
(x) Spectral estimation.
|5.||Basic Analog and Digital Communication|
|6.||Probability and matrices|