R&D Projects

LIST OF MAJOR SPONSORED PROJECTS WITH VALUE EXCEEDING Rs 50 LAKHS (Ongoing on Jan 01, 2019, or started since)
  • Coding Schemes for Information-Theoretically Secure Communications, Computation and Storage [DST]  (53.09 Lakhs)
  • Coupled Electromagnetic-Device-Circuit Modelling for High Power Microwave Effects [MTRDC, DRDO] (329 Lakhs)
  • Sources for quantum information processing [DST CPS Quantum initiative (QUEST)] (200 Lakhs)
  • Indigenous 5 G Test Bed (Building an end to end 5G Test Bed) [Department of Telecommunications] (1232.8 Lakhs)
  • India Urban Data Exchange [Ministry of Housing and Urban Affairs] (226 Lakhs)
  • Learning for Robots [Yaskawa] (65 Lakhs)
  • Cisco Center for Networked Intelligence [Cisco] (250 Lakhs)
  • Integrated RF, microwave and mm-wave radar-on-chip systems for security applications [IMPRINT] (398 Lakhs)
  • Integrated photonic sensor technology in fruit supply chain [NNetra DST, Nanomission, MeiTY]( (100 Lakhs)
  • Industrial IoT for energy efficiency [MHRD, DeITY, TCS (UAY)]  (109.1 Lakhs)
  • EQWATER – Intelligent Water Supply Network Monitoring and Control for Equitable Distribution of Water within a Mega City [MHRD and Ministry of Urban Development] (399 Lakhs)
  • Artificial Pancreas Device for Type-1 Diabetic patients in India [IMPRINT(MHRD) and ICMR] (50 Lakhs)
  • High resolution air quality monitoring and air pollutant data analytics [IUSF] (140 Lakhs)
  • A Thematic Project on Frontiers of Nano S&T on 2D Materials [Joint proposal DST (Nano Mission)] (2064.71 Lakhs)
  • E-Sense: Sensing and analytics for energy-aware smart campus [Bosch Engineering and Business Solutions Private Limited] (108.08 Lakhs)
  • High Sensitivity IR detector using nano-materials heterojunction [ISRO] (78 Lakhs)
  • Virtual Oscilloscope – Electromagnetic Analysis for Package Verification and Fast Analysis in Design Cycle [Intel and UAY] (150 Lakhs)
OLDER PROJECTS
  • Education and research network (ERNET), (Dept. of Information Technology, MCIT)
  • Cognitive radio (MCIT)
  • Sensor network project (DRDO)
  • Program on advanced research in mathematical engineering (DRDO)
  • Broadband wireless communications research (DST)
  • National MEMS design center (NPSM)
  • Device variability and its impact on circuit design methodology (DST)
  • Nonlinear signal processing using stochastic resonance (DRDO)
  • Study and design of a high-data-rate secure data link for airborne applications (DRDL)
  • RF MEMS switches (STC)
  • Design and development of a wireless multimedia monitoring system for coal mines (CMPDIL)
  • Design and development of a security scheme for e-commerce applications,(DIT)
  • Centre of excellence in nanoelectronics (MCIT)
  • Low-Power IC solutions for high-speed RF applications (SSI)
  • Performance studies of WSDPA/HSUPA physical layers (Tl)
  • 3G – WLAN Internet working (LTITL)
  • Design and development of UC test-bed and UC Application (DST)
  • Wireless ad hoc and sensor networks (DRDO)
  • Resource allocation for multi-terminal wireless systems (DST) 
  • Fundamental physical layer aspects of cognitive radio (ANRC) 
  • Energy budget and system design for wireless energy harvesting sensors (ANRC)
  • Centre for analog dvd mixed signal integrated circuits (MCIT)
  • Design of MIMO systems with feedback (DST)
  • Design of integrated on board antennas (ANRC)
  • Enhancement of design tools at National MEMS design/resource center
  • End-to-End quality of service over next generation Wimax systems (MiTO)
  • Physical layer algorithms for next generation wireless communication systems, Indo-UK advanced telecom centre (IU-ATC) (DST)
  • Wireless sensor networks for Industrial applications (DIT)
  • Emerging strategies for wireless communications (Indo-French, DST)
  • Prototype a 6LowPan network towards managing utility-based wireless sensor networks – (DIT)
  • Building a prototype of WLAN manager (WM): A device for performance management of WLAN (Second Phase) – (DIT)
  • Mobile IPv6 testbed for mobility management over heterogeneous access networks – (DIT) 
  • Generation of modulated microwave signals using Integrated techniques (ISRO) 
  • Invetigation of nano-photonic bandgap structures for optical WDM networking and sensor networking applications (NPMASS)