PLACEMENT BROCHURE COMMUNICATION ENGINEERING

Transcription

1 DEPARTMENT OF ELECTRICAL ENGINEERING INDIAN INSTITUTE OF TECHNOLOGY DELHI PLACEMENT BROCHURE COMMUNICATION ENGINEERING

2 It is with great pleasure that I introduce the students of Communication Engineering graduating next year after going through the 2- year M.Tech course. Communication branch in IIT Delhi is one of the most advanced in the country where focus is given to both research and applications. The students have completed their core courses which has built a solid platform upon which they can proceed with their projects. The projects will mould them further so they can achieve specializations within their chosen sub-field. They will be ready for the industry where they will strive undeterred towards advancement and excellence We cordially welcome you to be a part of the placements this year and hope to create and strengthen the relationships between our institutions Dr. Seshan Srirangarajan Coordinator for Comm. Branch

3 Rapidly developing area with newer algorithms and techniques constantly paving their way in. Much sought after field, both from a research as well as real-world application point of view. With more and more systems relying on remote operations and automations, communication is becoming an integral part of a plethora of applications. Since any system works with signals, processing them to extract the maximum information is vital.

4 The communication stream consists of 19 faculty members who work on a variety of fields and have immeasurable knowledge and expertise on the subject. They are engaged in both fundamental and applied research, leading to important publications and the execution of several sponsored projects. The students are chosen through a national examination followed by a personal interview process. Thus, only the eligible, enthusiastic and perspicacious individuals are allowed to become a part of this group Engineers pursuing M.Tech in Communication Engineering at IIT Delhi focus and specialize in one or a combination of the following 3 branches: Communication Systems Wireless, Optical, Microwaves and Antennas Information and Signal Processing DSP, DIP, Multimedia, Computer Graphics and Vision, Sensor Arrays, Speech and Human-computer Interface Networks - Telecommunication Technologies, Broadband systems, Computer Communication networks

5 Communication rarely exists by itself. They come into the world through a combination of hardware and software. It thus involves other domains through which the full capabilities of the techniques can be brought out and exploited. Students of this branch thus have working knowledge and experience in multiple domains some of which are listed below: C and C++ Python Machine Learning Embedded Systems Fabrication Techniques (e.g. Photolithography)

6 ONGOING RESEARCH AREAS FOUNDATION COURSES: Signal Theory Digital Communication Detection and Estimation Theory Microwave Theory and Techniques COMMUNICATION COURSES: Wireless Communications MIMO Communication Systems Optical Communication Systems Antenna Theory and Techniques Coding Theory Broadband Communications Telecommunication Technologies SIGNAL / INFORMATION PROCESSING COURSES: Machine Learning Information Theory Digital Signal Processing Digital Image Processing Statistical Signal Processing Computer Vision and Graphics Sensor Array Signal Processing Optical access and switching networks Fibre wireless converged networks Photonic Systems MIMO communications Cognitive radio Cooperative communication Image Processing Ultra Wideband Communications Queueing Theory Information Theory Coding Theory

7 Detection & extraction of EEG signal flowing along the spinal cord Exploring diversity of acoustic underwater MIMO channel Buffer aided relaying Cross layer optimized video transmission over wireless networks Performance of underlay cognitive radio with MIMO and massive MIMO base-station Multi-platform, multi-sensor, multi-target data fusion Face recognition using low resolution images. Performance of simultaneous information and power transfer in 5G systems Channel estimation for millimeter waves Image processing based analysis of targets Speaker diarization and voice transformation for radio environment

8 Wireless Communication Lab Highly advanced lab with access to diverse wireless resources. Equipped with multitudes of antennas and antenna arrays along with other supporting resources. Has 4 complete SDR kits. Encourages and provides adequate support for students to pursue projects in wireless communication Students use GSM, Zigbee and other wireless techniques in their projects Photolithography facility for MIC under CARE: Equipped with Spinner, Ovens, Exposure systems, Etching station Trains students in IntelliCAD and Ansoft Serenade softwares Provides Mask Making Facilities

9 Microwave/Millimeter Wave Measurement Lab under CARE : Equipped with Power meters (upto 40 GHz). Microwave Signal Sources Probe station interfaced with automatic Network analyzer Antenna Measurement Setup in an anechoic chamber Internet of Things (IoT) Lab Endeavours to build a smarter communication landscape for end users Research on areas such as sensor data processing, network architecture and embedded intelligence