Integrated MTech

The iM.Tech course curriculum consists of Core Courses and Electives spanning ten semesters.
While the same set of core courses have to be completed by all the students every semester, the students are free to choose their electives. While core courses help in creating a strong foundation in the Information Technology field, electives allow students to learn and specialize in their own areas of interest.

The core courses, categorized into Computer Science, Electronics and Communication, Basic Sciences and Miscellaneous entirely make up the first five semesters. Electives are also categorized into Computer Science, Electronics & Communication, Data Science, Networks & Communication along with other core courses, are taken up from sixth semester till the ninth semster

Though the electives of students may vary as per their interests, the number of electives per semester remains the same. The current(ninth) semester requires students to take any two electives and a twelve credit Project under the supervision of a Professor in the college. During the tenth semester, a student can either take up an industry internship or academic research at the institute leading to a thesis.

Computer Science

Electronics and Communications

Data Science

Networks and Communications

Basic Sciences

Miscellaneous

Computer Science

Core Courses

Programming - 1 ( Python and C )
Data Structures and Algorithms
Discrete Mathematics
Programming - 2 ( C++ and Java )
Data Structures and Algorithms
Design and Analysis of Algorithms
Operating Systems
Database Systems
Software Engineering
Programming Languages

Specialization Electives

Introduction to Automata Theory and Computability
Distributed Computing
Artificial Intelligence
Approximation Algorithms
Advanced Algorithms
Convex Optimization
Foundations of Cryptography
Computing on Private Data
Computer Graphics
Advanced Computer Graphics
Computational Geometry
Digital Image Processing
Advanced Digital Image Processing
Multi Agent Systems
Automated Formal Verification
Object Oriented Analysis and Design(Software Engineering)
Design Patterns and Enterprise System Development(Software Engineering)

Data Science

Specialization Electives

Data Modeling
Foundations for Big Data Algorithms
Machine Learning - I
Machine Learning - II
Data Analytics
Machine Perception
Advanced Machine Perception
Network Sciences for the Web
Multi Agent Systems
Data Visualization
Geographical Information Systems
Automated Speech Recognition

Electronics and Communication

Core Courses

Basic Electronics, Digital Logic and Circuits
Signals & Systems
Computer Networks
Computer Architecture and Organisation
Digital Signal Processing
Digital Communication

Specialization Electives

Real Time Operating Systems
Modern Operating Systems
Inter Device Communication
Internet of Things
Machine Perception
Advanced Machine Perception
Analysis and Design of VLSI Sub Systems
Hardware Software Co-Synthesis
Testing and Design for Testability

Networks and Communication

Specialization Electives

Wireless Area Networks
Internet Of Things
Network Security
Techno-Economics of Networks
IMS
Software Defined Networkings
Mathematical Analysis of Networks

Basic Science

Core Courses

Physics - I
Physics - II
Intro to Bio-Sciences / Chemistry
Mathematics - I ( Calculus )
Mathematics - II ( Differential Equations )
Mathematics - III ( Statistics, Probability
and Complex Analysis )
Mathematics - IV ( Linear Algebra )

Miscellaneous

Core Courses

English I
Macro Economics / English II
The City: The Cradle of Information
Exchange and Innovation
The History of Ideas
Introduction to Profession
Technical Communication

Computer Science

Data Science

Networking and Comm

Electronic System Design

Computer Science

Virtual Stock Guru
This project tries to simulate the real stock market by providing users virtual cash and letting them trade on live stock values. It provides a good platform for beginner level investors to hone their stock market skills. It is written using Ruby on Rails and Python.
Web for all
This project tries to create a Heroku like setup to enable every student in college to have their own websites at .iiitb.org. This tries to cut down the requirement of Virtual Machines as well as Hardware Infrastructure and give the full control to end users who write their own code and build scripts which can then be easily deployed.
Animation in OpenGL using SceneGraph
Designed and rendered a complex scene in C++ using the OpenGL library, utilizing scene-graph and MVC concepts. The scene had multiple independent and interdependent objects, various types of stationary and mobile light sources, optional textures and a GUI to let the user control various parts of the animation.
Security in Cyber-Physical Systems
Used FMEA and game theory for modelling and analysing the security of cyber-physical systems with the automobile industry as a case-study. Formulated an asymmetric non-zero sum sequential game between the attacker and the defender.
Protoype for Facebook
The main aim of the project is to develop a prototype of Facebook using concepts of Object Oriented Programming. The technologies involved are Java and JDBC for backend, MySQL for Data storage and management. Also, HTML and Twitter Bootstrap are used for Front-end whereas JavaScript and Jersey framework are used for REST services and servlets for integrating Front-end and Back-end.

Data Science

Distracted Driver Detection
Created a neural network to detect some basic distractions that a driver can face while driving and warn him appropriately to focus on the drive. The warning was customised to be given in the voice of a close person to create an emotional connect instead of viewing it as an annoyance.
DNA – phred recalibration
DNA analysis assigns a phred score to every location in the DNA. A model was created to find non-real mutations (arising from the chemical process of extraction of the DNA as compared to genuine biological mutations) from the variant callset consisting of all the mutations detected, using machine learning techniques.
Deception Detection - Automatic Recognition of Fake News using Adversarial IR
Given a news article the goal of the project was to build a model which could classify the article as genuine or fake. The main algorithm used was the Weighted Majority Algorithm (WMA). WMA algorithm has experts and the experts used were neural networks and certain semantic based classifiers.
Cognitive Human Robot Intelligence
Formulate a robot model that can adjust its behavior to interact and collaborate effectively with a human whose own behavior and performance are subject to unpredictable changes like mood swings, changes of emotional states, boredom etc.
Recognise Nametag and Rank from Army Uniform
Detect and recognise name-tag and rank of an army soldier from a video using Image Processing and Deep Learning.
Machine Translation between Indian Languages Telugu-Hindi
Machine Translation (MT) is translation of a natural language content from one language to the other. Created Statistical Machine Translation to translate between Hindi and Telugu languages. It is an automated system with greater translation accuracy ideally without any kind of human intervention.
Personalised Web Search:
A challenge to personalize the web search using the history of users' search behaviour with clicks and dwell time. A model was built which used the results from the traditional retrieval using Page Rank and reranked the pages based on Topic-Sensitive Page-Rank(TSPR) values given a query and a user.
Implementation of deep neural networks for Object recognition in C
A challenge to personalize the web search using the history of users' search behaviour with clicks and dwell time. A model was built which used the results from the traditional retrieval using Page Rank and reranked the pages based on Topic-Sensitive Page-Rank(TSPR) values given a query and a user.

Networking and Communication

VOIP call over OpenIMS
VOIP call over OpenIMS, which consists of P-CSCF, I-CSCF, S-CSCF using SIP call setup and registration.
Tactical Communication System
Simulation of Tactical Communication System (TCS) for Network Centric Warfare (NCW) using OMNeT++ simulator
Security in Software Defined Networking (SDN)
Analyzing SDN control traffic using machine learning algorithms in order to detect anomalies in the SDN control plane.
Hierarchical Caching Algorithm for Content Centric Networking
A new caching algorithm was proposed to handle the duplication of cached data without using control messages, thereby saving bandwidth and decreasing latency.

Electronic System Design

Implementation of census transform on FPGA
Implemented part of stereo-matching called “Census Transform” on Xilinx FPGA.Aim of the project is to make optimal use of the software in alignment with hardware in order to reduce computational complexity.
ARM Assembly level optimization of census transformation in Images
Algorithm to optimize the number of assembly level instructions of an application making it run effectively on ARM Cortex M3 hardware.
Home automation system
Developed a Home automation system using pyro electric infrared, ambient light, humidity & temperature sensors over I2C and bluetooth serial communication protocols.
4 LED Transmittance Multiparameter Wireless Pulse Oximeter
Pulse oximeters are amongst the most widely used biomedical devices for monitoring the heart rate and blood pressure of patients. It generally uses two LEDs. This project achieved an upgrade in technology by using four LEDs for the calculation of multiple parameters like haemoglobin, spo2,heart rate, BP, etc. with better accuracy.
Lunar Rover Robot
Designed and built a working model of a moon rover, with software to wirelessly control it and capture pictures and video. The team built a WiFi controlled vehicle using a Raspberry Pi board and a microcontroller, and assembled simple circuits for motors. Transfer of images and control involved Python programming.

S.No	Name	Experience
IMT2013002	Abhinav Chawla	American Express, Neuron
IMT2013003	Aditya Naidu	None
IMT2013004	Aditya Paliwal	Cisco, Google
IMT2013005	Anirudh Ravi	Personal Air Quality Systems(PAQS)
IMT2013006	Apoorv Vikram Singh	UpGrad
IMT2013007	Prudhvi krishna	SIEMENS
IMT2013008	B. Laasya	École Polytechnique Fédérale de Lausanne (EPFL)
IMT2013009	B.KrishnaChaitanya	NSmiles
IMT2013010	Satwik Bhamiidi	None
IMT2013011	Deepti Kulkarni	None
IMT2013012	Devarsh K U	University of Konstanz, Germany
IMT2013013	Aneesha D	IIT-Hyderabad
IMT2013014	Dwaram Aishwarya Reddy	Tejas Networks
IMT2013015	Gayathri Annapurna Garimella	Indian Institute of Science, Bangalore
IMT2013016	Gavini Lakshmi Swetha	BOSCH
IMT2013017	Vivek Ilapakurthi	None
IMT2013018	Komaragiri Vasundhara	IIIT Bangalore, Intuit
IMT2013019	Aravind Kashyap	Markeffy Technologies Pvt LTD. Robert Bosch
IMT2013021	Kumaresh Krishnan	Indian Institute of Science Bangalore, Massachusetts Institute of Technology
IMT2013022	Lakshmi Namratha Vempaty	Tejas Networks
Imt2013024	Medha B	None
IMT2013025	Meghana M Reddy	Srishti ESDM, NCL lab IIITB, Siemens
IMT2013026	Meghana Madhyastha	Siemens R&D
IMT2013027	Nigel Steven Fernandez	ISI Kolkata, Google Summer of Code(GSoC)
IMT2013028	P.S.Srinivasan	Ramco Systems, Commvault
IMT2013029	Murali Krishnam raju	None
IMT2013030	Pranay Dugar	Srishti ESDM, IIITB-CSL, Siemens
IMT2013031	Nikhilesh.P	None
IMT2013032	Rajesh D M	Srishti ESDM pvt. ltd., Siemens
IMT2013033	Karthik R V C	Robert Bosch Engineering and Business Solutions
IMT2013034	Rishabh Bhadauria	Sigtuple
IMT2013035	Rishabh Manoj	Sigtuple
IMT2013036	Soumya Rudraraju	Visakhapatnam Steel Plant
IMT2013037	Arun Prasad	Cisco, Ittiam Systems
IMT2013038	Sharanya	Yodlee, Jabong
IMT2013039	Samyak Upadhyay	Redmed, Plivo, Citrya
IMT2013040	Sheril M Lawrence	PES University, Yodlee Infotech Pvt. Ltd., Wally Startup (Personal Finance App)
IMT2013041	Shiva Ashish T	Mymo Wireless, Analytic Edge, TATA Group Technology and Innovation Office, IISc Bangalore
IMT2013042	Shivam Kumar	DataWeave Pvt Ltd
IMT2013043	Siddartha Sekhar Padhi	Plivo, WeSEE (Weapons and Electronics Systems Engineering Establishment), Google Summer of Code(GSoC)
IMT2013044	Simran Dokania	Air India, Cisco, Facebook(London)
IMT2013045	Sneha A	NONE
IMT2013046	SOMA RAVALI	RapidBizApps Pvt ltd
IMT2013047	Sriveda Chevuru Reddy	IIITH, Valuelabs Pvt Ltd.
iMT2013049	Sulekha S	Mayabious Art
IMT2013050	SLV Krishna Kumar	NI R&D, IBM Innovation Labs, Siemens
IMT2013051	Abhiram T	Vios medical
IMT2013053	Trisha Mittal	Video Analytics Lab, IISc Bangalore
IMT2013054	Turlapaty Kaushik	Snippets Technologies
IMT2013055	Udbhav Vats	None
IMT2013056	Ujjwal Jain	SrishtiESDM
IMT2013057	V R T Sai Kartheek	Daily Ninja Pvt Ltd
IMT2013058	Sruthi Vattem	HCL technologies
IMT2013059	SuryaTeja Venteddu	None
IMT2013060	Vikas Yadav	IBM, Google Summer of Code(GSoC)
IMT2013061	Aishwarya Yandapalli	Srishti - ESDM, Intuit

Computer Science

Electronics & Communication

Networking & Signal Processing

Web Sciences Lab

The Web Science Lab (WSL) at IIIT Bangalore focuses on building models to extract semantics and understand the impact of the web on different facets of human life.
Typical research pursuits of WSL include the following:

Mining semantic associations from text and social media data
Building computational models for various socio-cognitive phenomena on the web (like formation of collective opinions, creation of celebrities, etc.)
Semantic integration of formal web data

Computational Sciences Lab

The Computational Sciences Lab at IIIT-B is interested broadly in the areas of Algorithms, Optimization, and Robotics.
Major focus areas include:

Robust optimization under uncertainty, with applications to supply chains, real time search, banking, smart grid, transportation, gaming and allied areas
Approximation algorims, machine learning, cryptography and linguistics, Visualization (scientific and information), high performance computing, computational geometry and topology
Electronic Design Automation including Statistical timing analysis and Optimization for Digital circuits, Power Analysis and Optimization, Formal Verification, Semiconductor manufacturing, Statistical Optimization, Combinatorial Optimization, Design and Analysis of Alogrithms

HiDes Lab

The High Density Electronic Systems Lab at IIIT-B focuses on research and development in the area of high density and low dimensional electronics. The areas of research include 3D electronics, magnetic logic devices, interconnects, and antennas.

CEEMS Lab

The Center for Electronics and Embedded Systems (CEEMS) Lab's objective is to nurture talent by focusing on Embedded Computing, Wireless Communication and Computer Vision. CEEMS Lab collaborates with public and private organizations with the aim of bridging the gap between academic output and industry requirements, thus providing every learner an equal opportunity to become industry ready.

Wireless Network Lab

This lab focuses on research involving networking standards and technology. Current research work concentrates upon the latest broadband wireless access technology – WiMAX/LTE. Major areas of work include medium access control (MAC), QoS, QoE, power management, media independent handover (MIH).