LNMIIT M.Tech Admission 2026 - Registration (Started), Dates, Eligibility, Fees, Syllabus

Event

Dates

Application Form Released

March 23, 2026

GATE Mode

Application End Date

May 14 , 2026

Release of the Offer letter to qualified GATE students

June 2026

Direct admission for candidates with a CGPA≥ 8.0.

Application End Date

June 03, 2026

Release of the Offer letter to CGPA≥ 8.0. students

June 2026

CUET-PG Mode

Application End Date

June 24, 2026

June 29, 2026

Release of the Offer letter to CUET-qualified students

July 2026

LNMIIT M.Tech written test

Application End Date

July 14, 2026

LNMIIT M.Tech 2026 written test

July 24, 2026

Result announcement of the written test

July 28, 2026

M.Tech Courses

Seat Intakes

Computer Science and Engineering

15 Seats

Electronics and Communication Engineering

15 Seats

Particulars

Details

Duration of the Examination

1 hour 30 minutes

Mode of Examination

Offline (Pen and Paper-based)

Types of Questions

Multiple-Choice Questions

Negative Marking

No negative marking

Unit

Topics to be Covered

Computer Programming

Fundamental Programming constructs, Arrays, Strings, Functions, Recursion, Dynamic memory allocation, Decision Making and control statements, Composite data types (Structures and Unions)

Discrete Mathematical Structures

Boolean algebra, Sets, Relations, Functions, Groups and Rings, Propositional and first order logic, Partial orders and lattices, Trees, Graphs (Connectivity, Matching, Coloring), Combinatorics (Counting, Recurrence relations, Generating functions)

Algorithms

Complexity analysis, Sorting, Searching, Algorithm design techniques (Greedy, Dynamic Programming and Divide‐and‐conquer), Graph search, Minimum spanning tree, Shortest path

Computer Organization and Architecture

Machine instructions and addressing modes. ALU, Data‐path and Control unit, Instruction pipelining, Memory hierarchy (Cache, Main memory and Secondary storage), I/O interface (Interrupt and DMA mode)

Theory of Computation

Regular expressions and finite automata, Regular and context-free languages, Context-free grammars and push-down automata, Turing machine and Undecidability

Operating Systems

Processes, Threads, Concurrency and Synchronization, Inter‐process communication, Deadlock, Memory management, CPU scheduling, and Virtual memory; Database Management Systems: ER‐model, Relational model, Relational algebra, SQL, Tuple calculus, Integrity constraints, File organization, Indexing, Transactions, Normal forms, and Concurrency control

Computer Networks

OSI and TCP/IP Model, Access Control, Ethernet and WiFi, Flow and Error control, Switching, Network devices, IPv4, IPv6, Congestion control, Routing algorithms, TCP/UDP and sockets, Application layer protocols (DNS, SMTP, POP, FTP, HTTP)

Data Structures

Time and Space complexity of algorithms, Big O and other notations, Asymptotic analysis, Queues, Stacks, Linked lists (Singly, Doubly and Circular), Trees, Binary search trees, AVL tree, Heaps, Hashing and Graphs

Unit

Topics to be Covered

Digital Design

Boolean Algebra and Minimization Techniques, Number Systems & Codes, Combinatorial Circuits & Systems, Digital CMOS Logic, Sequential Circuits & Systems, Finite State Machines.

Analog Electronics

Circuit Theorems and KCL/KVL, RC, RLC Circuits, Op-amp, Physics of transistors, Small signal (incremental) equivalent circuits, Characteristics and biasing of BJT, CE, CB and CC amplifiers, Difference Amplifier Design, Oscillators and Filters: Bode plots, Clipping, Clamping and other Non-Linear Op-Amp applications, Power supplies, DAC: Principles and Circuits, ADC: Principles and Circuits.

Signals and Systems

Linear time invariant (LTI) systems: Fourier representation of periodic signals, Discrete and continuous, Fourier Transform of aperiodic signals, Linear Feedback Systems, Laplace and z-transform

Digital Signal Processing

Transform analysis of LTI systems, Structures for Discrete Time systems, FIR Filter Design Techniques, FFT, Multi-rate digital Signal Processing, Stochastic signals, Adaptive signal Processing, LMS and RLS algorithms, Wiener Filtering, spectral estimation.

Basic Analog and Digital Communication

Basic Analog and Digital Communication: Bandwidth of AM/SSB/FM analog signals, DM/ADM/PCM, SNR of FM system, signal-to-quantisation noise ratio., PSK/DPSK/QAM /OFDM systems, Error correcting codes: Block codes and convolutional codes, BER and Q-function,

Probability and Matrices Algebra

Probability and matrices, Algebra Random variables, distribution, mean and variance, Bayes’s theorem, Conditional probability, correlation, covariance, Central limit theorem, Matrix multiplication, Determinant, Inverse of matrix, eigenvalues and eigen-vectors, Gaussian elimination, matrix diagonalisation.

LNMIIT M.Tech Programme

Selection Procedure

M.Tech - CSE/ECE

All candidates who qualify for the GATE are exempted from the written test. The selection process is divided into the following categories:

• Category 1: Candidates with a GATE percentile above 95 and a B.Tech/B.E. degree in the relevant branch are directly admitted, based entirely on their GATE score. They receive preference over other categories.

• Category 2: Candidates with a GATE score below the 95th percentile are listed in a separate merit list, evaluated only on their GATE performance.

• Category 3: Candidates who have not qualified for GATE but hold a B.Tech/B.E. in the relevant branch must appear for the written test and achieve the department's specified cut-off marks to qualify.

• Category 4: Applicants from related fields with a valid GATE score in the subject for which they are applying will also be considered and are exempt from the written test.

Particulars

Fees(INR)

Caution Fees (One-time Payment)

10,000

Registration Fee

3,000

Tuition Fee

83,000

Building Fund

3,000

Student Activity charges

1,500

Total Fee for the First Semester

1,05,000