Indian Institute of Technology Bombay
Indian Institute of Technology Bombay
The C1973 EV Power Train Lab, IIT Bombay, is pleased to introduce the e-Postgraduate Diploma in E-Mobility. This cutting-edge, 18-month online ePGD, designed and delivered by IIT Bombay faculty, aims to equip professionals with advanced skills in electric mobility, fostering career growth in a rapidly evolving field. Why choose this e-Postgraduate Diploma? This …
Our lab aims to develop high-performance fiber lasers with customizable properties, such as wavelength tunability, power scalability, and broadband spectral output, to address a variety of real-world applications. “For information about current openings for PhD and M.Tech students in our lab, please visit PhINLab.” Related Specialization and CoursesSpecialization : Solid State Devices Contact DetailsEmail address …
The Wadhwani Electronics Laboratory (WEL) was set up in the Department of Electrical Engineering, IIT Bombay with the help of an endowment from Dr. Romesh Wadhwani, batch of 1969, EE department, IIT Bombay, for the purpose of teaching and project work in electronics. The laboratory was formally inaugurated by Dr. Romesh Wadhwani on February 12, …
The aim of Photonics and Quantum Enabled Sensing Technology (PQUEST) Laboratory is to explore and push the boundaries of precision metrology and sensing using unprecedented opportunities presented by novel interdisciplinary research in fields like nano-photonics, classical and quantum information processing and computing and life sciences. To this end, we wish to develop practical quantum devices via design …
PHOTONICS AND QUANTUM ENABLED SENSING TECHNOLOGY LABORATORY (PQUEST) Read More »
Electronic Instrumentation lab comprises of the students from various fields:- Communication & Signal Processing, Electronic System and Biomedical Engineering. The major research areas of this lab are: video surveillance and image processing, impedance glottography and cardiography, audiometer, motion tracking for assisted living, ECG denoising, audio and speech signal processing. Most of the work in this …
The NEMS and MEMS Proto Fab (NMPF) situated in the IIT Bombay campus in Powai, Mumbai, is a unique, highly specialized fabrication unit for NEMS/MEMS and microfluidic device research and prototyping needs. The facility offering unparalleled flexibility to entities that require prototyping fabrication services, unlike other large scale foundries or research (academic) fabs. Established through …
Research AreasThe prime focus areas of EmSys Lab are as follows. More than 20 test ASICs designed by graduate students and Ph.D. scholars have been tested and various performance parameters of the ASICs have been measured in our lab. Several prototypes have been designed and developed using the in-house designed ASICs and sensors/transducers or commercial …
Integrated Systems Laboratory at IIT Bombay is a simulations and testing laboratory located in the first floor of the EE Annexe Building. We primarily design and test Passive and Active RF and circuits. We have EM design software like CST Microwave Studio, HFSS and Keysight ADS installed in our lab. We have several Core i7 …
At HPC labs, we aim to research to address future needs of high-end parallel computing. Rapid advancements in VLSI technology have ushered a new era in system design, by integrating many systems in a single framework. This makes the whole system much more powerful than it used to be earlier. It has, in turn, enabled …
Research in the area of: (a) Advance and futuristic architecture and system including compiler and operating system support for architecture, (b) Advanced dependable system including formal verfication and VLSI testing, and (c) Computer Aided design of VLSI and hardware accelerator.For further information about the lab, you can access the lab website
Known as the Microelectronics Computation Laboratory( MCL ) in the early days, NCL was started with a financial aid from the Government of India. NCL is located in room no. 205 in the second floor of the Annexe Building of the Department of Electrical Engineering. Since the last few years, the prime focus of NCL …
In VLSI Design Lab, the main research focus is in the areas of analog and digital design. All major VLSI Cad vendor’s tool licenses (Synopsys, Cadence, Mentor, Agilent, Magma, Xilinx etc) are hosted here.
Facilities present in the laboratory: Design and Simulation Softwares: Magnet; PSIM; Eagle; MATLAB; PSCAD Equipment: PV Emulators; Low-high Power DC/AC sources and programmable sources; 2-8 channel Digital Storage Oscilloscope; Multi-meters with DAQ Description of the lab: Conducting research on power electronics based converters for motor drives applications and renewable integration to grid. Novel concept of …
Facilities present in the laboratory: Equipment: 3-phase AC-DC Programmable Source; Low-high power DC Sources; Digital Signal Oscilloscope; Digital Signal Scope-Corder; High Performance Power Analyzer; Modular Solar Array Simulator; Programmable PV Emulator Software: Electromagnetic Simulation Software – MAGNET; PE Circuit Simulation – PSIM Description of the lab: Research related to integration of solar PV systems, micro-grids …
NATIONAL CENTRE FOR PHOTOVOLTAIC RESEARCH AND EDUCATION (NCPRE) Read More »
In this computational laboratory, the focus is on the following two broad research areas: This facility has been set up primarily for conducting research in Electromagnetic and Coupled Field Computations. Advanced 2-D and 3-D Finite Element Method (FEM) based numerical analysis can be done for complex systems. A number of FEM codes have been developed …
The Insulation Diagnostics Laboratory was established in the year 2006-2007 in the Electrical Engineering Department of IIT Bombay. It is intended for academic and research purpose. There is 100 kV AC/140 kV DC test setup with Partial Discharge Measurement facility. Additionally, special purpose instruments such as oscilloscopes, LCR meter, spectrum analyzer, function generator, and high …
Facilities present in the laboratory: Design and Simulation Software: Infolytica MagNet; OptiNet; ThermNet; Cedrat Flux; Matlab Equipment: Digital Signal Oscilloscopes; DC/AC sources; Power Analyzers; Thermal Imager; Tachometers; Multi-meters, Motor-generator load-cell test bench Description of the lab: Conducting research on the finite element based design of modern electrical machines for various applications Conducting undergraduate and postgraduate …
Fully Functional Scaled down model of 2 Area 4 machine system which is used for 1. Demonstration of power system dynamic phenomena, i.e., frequency, voltage dynamics, effect of controllers like AVR. 2. Demonstration of FACTS and HVDC converters (variable impedance, voltage source and line-commutated converters) with digital control. A Wide Area Synchronized Frequency Measurement System …
PowerAnser Labs was setup in April 2007 in collaboration with TCS. Earlier it was known as Power System Computation Lab. The association aims at leveraging research outputs to full fledged software product, primarily in the form of web services, which can be used by power utilities. Research in the lab generally involves large scale computation …
Non Conventional Energy – Modelling the steady state and dynamic characteristics of the PV, Fuel cell and wind energy sources – Power converter topologies for stand – alone and grid connected PV, FC and wind systems – Maximum Power Point Tracking Schemes – Microgrid Power Quality – Power factor correction techniques for AC to DC …
The research carried out in the Stochastic Systems Laboratory focuses on modelling, algorithm design, and performance evaluation issues in networks, online learning systems, and smart power grids. Our research uses tools from applied probability, data science, optimization, control theory and game theory.Recent projects include: Cache management in content delivery networks Algorithms for information-centric networking Online …
At HPC labs, we aim to research to address future needs of high-end parallel computing. Rapid advancements in VLSI technology have ushered a new era in system design, by integrating many systems in a single framework. This makes the whole system much more powerful than it used to be earlier. It has, in turn, enabled …
PC Lab provides general computing facilities to students of Electrical Engineering and Reliability Engineering. Both Windows and Linux machines are present in the lab. In addition, a load-balanced server (Rudra) is available for heavier computational use. Software packages like MATLAB, Lyx, Scilab, Spice, Ansys, Sequel, Grace, etc. are installed on Rudra. You can use them …
The control and computing group investigates the theoretical and algorithmic principles underlying modern electrical engineering in order to innovatively solve current day engineering problems faced by academia and industry.The following partial list is of problems being tackled by our students in the department and alumni in industry. Automatic control theory Data estimation and filtering nD-Systems …
People in the Medical Deep Learning and Artificial Intelligence Lab (MeDAL) work largely on artificial intelligence, deep learning, medical image analysis, chemical reaction networks. The lab is equipped with GPU-based computers. Research Areas/PublicationsDeep learning, neural networks, artificial intelligence, image processing, medical image analysis, genomic data analysis, and chemical reaction networks. Resources and FacilitiesGPU-computing with Nvidia …
MEDICAL DEEP LEARNING AND ARTIFICIAL INTELLIGENCE LAB (MEDAL) Read More »
aiCAS lab was established in 2018. Research at the aiCAS lab focuses on high-performance Analog, RF, Digital, Mixed-signal ICs, and Embedded Systems design. State-of-the-art hardware and software tools are available to develop integrated circuits using RF-Analog and Digital design flow. The lab has high-end measurement instruments required for the post-silicon validation of ICs. Research Areas …
ADVANCED INTEGRATED CIRCUITS AND SYSTEMS LAB (aiCAS LAB) Read More »
STOCHASTIC SYSTEMS LABORATORY The research carried out in the Stochastic Systems Laboratory focuses on modelling, algorithm design, and performance evaluation issues in networks, online learning systems, and smart power grids. Our research uses tools from applied probability, data science, optimization, control theory and game theory.Recent projects include: Cache management in content delivery networks Algorithms for …
Microwave Lab is involved in research work in the area of RF Systems, Electromagnetic Waves and Antenna design. Primarily research work is being done in different fields like Micro-strip Antenna, Microwave Integrated Circuits and Broadband Antennas.Equipment: HP 8753A Network Analyzer Microwave Sources Microwave Frequency Counter and Power Meter Radiation Pattern Measurement System Arbitrary Function Generators …
The work in the Networking lab deals with the theoretical aspects of queuing theory, sensor networks, applications of stochastic approximation, software routing etc.
Tata Teleservices IITB Center of Excellence in Telecommunications (TICET) came into existence on 12th December 2007 with the signing of a tripartite Memorandum of Understanding (MoU) between the Department of Telecommunication, Government of India, Indian Institute of Technology Bombay, Mumbai and Tata Teleservices Ltd., during the inauguration ceremony of India Telecom 2007, presided over by …
TTSL – IITB CENTER OF EXCELLENCE IN TELECOMMUNICATION (TICET) Read More »
The Signal Processing and Instrumentation lab focuses on research in the areas of speech and signal processing, biomedical signal processing & instrumentation, electronic instrumentation, and embedded system design. The following is a list of research problems being tackled by students in the lab. Vocal tract shape estimation from speech signal, Enhancement of electrolaryngeal speech using …
The Communication Laboratory in the Department of Electrical Engineering at IIT Bombay is led by Prof. Girish P Saraph. The research activity focuses on: Communication networks, RF electronics and wireless communication, High power microwave sources and radar, Fiber optics and optical communication. The Communication Engineering (CE) Lab for the course EE-455 is held here.
The Digital Audio Processing Lab is a signal processing research facility dedicated to speech and audio applications. Research projects involving Ph.D. and M.Tech. students include music content analysis and retrieval, speech prosody for language learning, speech enhancement and recognition. The lab is equipped with computers, GPU servers, recording and listening equipment. The interdisciplinary flavour of …
The Fiber Optics Laboratory is involved in research on optical communication, networking and sensor applications. The capabilities include testbeds for optical fiber links and high speed optical communication systems. Research Areas/PublicationsOptical communication, Optical sensors Resources and FacilitiesHigh speed data generators, oscilloscopes, lasers, photodetectors, optical fibers. Related Specialization and CoursesSpecialization : Communication and Signal ProcessingCourses : EE606: Optical …
The Bharti Center for Communication is a centre to generate fundamental knowledge in telecommunication and allied systems. The Vision of the centre is to be an internationally recognised contributor in moving the frontiers of knowledge through research and education, to keep technology practise in focus & to educate for innovation and leadership.
Vision and Image Processing Lab is a research facility in the Electrical Department dedicated to haptics, computer vision and image processing applications. Research activities include the following topics 1) Haptics2) Motion analysis and tracking3) Gesture analysis4) Data clustering and pattern recognition5) Recovery of depth from defocus (focus stereo)6) Super-resolution imaging7) Content-based image retrieval8) Computational photography9) …
TI-DSP laboratory was set up in EE Department in June 1996 to serve the following important function: To support DSP hands-on projects in the undergraduate level. To conduct DSP lab for undergraduate students for better understanding of DSP concepts using DSP processors. To support DSP Research and Development in the Postgraduate level. Provide feasibility study …
TEXAS INSTRUMENTS DIGITAL SIGNAL PROCESSING LAB (TIDSP) Read More »
The Information Networks Lab is a part of the Communications and Signal Processing group in the Department of Electrical Engineering at IIT Bombay. The faculty members associated with the lab are Prof. Abhay Karandikar and Prof. Prasanna Chaporkar. The lab has undergraduate students, postgraduate students and project staff pursuing research in the following broad areas: …
TA duty for Analog and Digital Labs conducted in WEL 1 and 2, Maintenance of Lab equipments.The link for WEL Lab site is here.
SIGNAL PROCESSING AND ARTIFICIAL NEURAL NETWORKS (SPANN) SPANN Laboratory is a research environment for Wireless Communications, Sensor Networks, Image Processing and Signal Processing domains. A team of around 40 people comprising of doctoral, graduate and undergraduate students from the fields of Electrical, Computer Science, School of Biosciences and Bioengineering, under the guidance of distinguished faculty …
SIGNAL PROCESSING AND ARTIFICIAL NEURAL NETWORKS (SPANN) Read More »
IIT Bombay was established in the year 1957 and the department of Electrical Engineering (EE) has been one of its major departments since its inception.
IIT Bombay was established in the year 1957 and the department of Electrical Engineering (EE) has been one of its major departments since its inception.
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IIT Bombay was established in the year 1957 and the department of Electrical Engineering (EE) has been one of its major departments since its inception.
Links
Contact Us
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© 2023, IITB. All rights reserved.