Electrical Engineering

Indian Institute of Technology Bombay

Solid State Devices

Solid State Devices

Engineers need to use physical objects to sense, compute and signal the natural physical world. These objects are solid-state devices. Major thrusts are nanoscale technology, design, and modeling of advanced devices. Moore’s Law has powered nanoelectronics. Three major trends drive the future for solid-state devices – More Moore, More-than-Moore, Beyond Moore. In More Moore which drives conventional computing, the group works on transistor and memory scaling and systems. In More-than-Moore which adds “eyes and hands” to computing, the group drives RF electronics, cameras, lasers and photodiodes, MEMS sensors and actuators, power electronics, etc. Finally, the Beyond Moore strategy is based on quantum technologies and artificial intelligence/neuromorphic computing where the group pushes qubit, quantum systems, neural networks chips. At 16 faculty members and growing, this is the largest devices group in the country and top performer driving “India’s Rise in Nanoelectronics Research” to global leadership. The group runs the IIT Bombay Nanofab Facility (IITBNF), National Center for Photovoltaics and Renewable Energy (NCPRE) – which are national centers to compete globally in creating nanoscale technologies and devices in cleanrooms, design labs. The group also has significant global industry partnerships and informs semiconductor policy at the national level.

Associated Faculty Members

Associated Research Labs

PHOTONICS AND QUANTUM ENABLED SENSING TECHNOLOGY LABORATORY (PQUEST)

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 and experimentation, thus connecting quantum theory to engineering applications.
Further information about the lab is available at PQUEST lab website

Resources and Facilities

  • Wide-field magnetometer based on ensemble nitrogen-vacancy centers in diamond
  • Home-built confocal microscope with single photon detection and measurement capabilities
  • High-end, low noise MW and RF equipment for single qubit control.

Related Specialization and Courses
Specialization : Solid State Devices

Acknowledgments

  • DST-SERB
  • DST-Inspire
  • IITB Seed grant
  • Air Force Research Lab (AFRL), USA

Contact Details
Email address : kasturis@ee.iitb.ac.in
Address : Second Floor, Main EE Building, Department of Electrical Engineering.
Phone Number : +91-22-2576 9413

Associated Faculty Members

Kasturi Saha

Ongoing Projects

Past Projects

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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.

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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.

Contact Us

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.

Contact Us

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© 2022, IITB. All rights reserved.

About | IITBEducation | Research | Site Map | Feedback | RTI | Contact Us

© 2022, IITB. All rights reserved.