Department of Electrical Engineering
Indian Institute of Technology Bombay
The department is actively engaged in research areas ranging from practical implementation to theoretical investigations. Much of this research is funded by national and international funding agencies, both government and corporate. The research is published in leading international journals and conferences.
The Electrical Engineering Department is one of the largest departments in the institute and also in the country. Currently there are about 1100 students enrolled in various academic programs, about 200 project employees in various sponsored projects, about 30 technical staff, 30 administrative staff and about 60 faculty members. In addition, many prominent researchers/teachers across the world hold visiting appointments in the department.
The department, through the Electrical Engineering Students Association EESA, maintains regular contact with its alumni, many of whom are well-known and established in their careers across the world.
IITB Calendar directs you to the IITB academic calendar containing information about the academic activities such as orientation and registration of the new and already enrolled students, semester exams, vacation, dessertation and annual progress seminar details and details of other important events of the ongoing year.
Timetable directs you the course timetable and exam timetable.
Seminar and Events direct you to the list of recently held seminars and events respectively at Electrical Department, IITB.
The Department of Electrical Engineering (EE) is one of the major Departments of IIT Bombay since its inception in 1958. The department is very active in teaching and research in the areas of Communications and Signal Processing, Control and Computing, Power Electronics and Power Systems, Microelectronics and VLSI design, and Electronic Systems.
COMMUNICATION SYSTEMS - I
Review of signals and systems, Fourier transform, and random processes
Lowpass representation of bandpass signals and systems: downconversion and upconversion, lowpass representation of bandpass systems
Analog modulation techniques: Amplitude modulation, DSB, SSB, VSB modulations, Angle modulation: FM and PM
Sampling, quantization and pulse modulation: Sampling and pulse amplitude modulation, PCM and DPCM, Delta modulation, scalar and vector quantization
Overview of multiplexing and multiple access techniques: TDM(A), CDMA, FDM and OFDM(A)
Digital modulation techniques: Basics of PSK, ASK, FSK, QAM; ML demodulator implementation with matched filter, decision regions and probability of error analysis.
Digital communication over bandlimited channels: Intersymbol interference, Nyquist criterion for ISI-free pulse, raised cosine pulse, ML sequence detection for bandlimited channels.
Optional topics: Hardware / Software Radio demos, PLL and Synchronization
Lathi, B. P. & Zhi Ding. Modern Digital and Analog Communication Systems.Oxford University Press, 2010
Haykin, Simon. Communication systems. John Wiley & Sons, 2008.3. Proakis, J. & Salehi, M. Digital Communications. McGraw-Hill, 2014.
© Department of Electrical Engineering
Students' Reading Group