Associate Professor, Department of Electrical & Electronics Engineering, BITS Pilani, Pilani Campus

i). Advanced communication technologies, ii). IoT-enabled health, iii). Applied AI/DL/ML, iv). Signal processing, v). 5G/B5G/6G Wireless networks. vi). Quantum computation and communication vii). Sports engineering
| Student Name | Project/Thesis topic | 
| Apoorva | Hybrid FSO/RF satellite link design | 
| Nishant Gupta | Energy efficient satellite link design and analysis | 
| Vidit Jha | Energy efficient, power-adaptive, cooperative relay communication system | 
| Gokul Srinivasan | Cooperative green communications | 
| Ardra Ayyapath | Secure Index coding (off-campus @ IISc) | 
| Deepak Vasudevan | Cooperative wireless system with SWIPT | 
| Sumukh Nitundil | Hybrid FSO/RF satellite link design | 
| Manas Gupta | Telemetry subsystems of nanosatellites (Thesis) | 
| Nithin Rahav | Cooperative VLC with adaptive power sharing (Project) Hybrid FSO/RF system design and implementation on FPGS (Thesis) | 
| Umang Garg | Cooperative VLC with adaptive power sharing | 
| Ujjwal Panda | Slow pulsars search using fast folding algorithms (off-campus thesis) | 
| Vaibhav Miglani | Game theory application to cooperative and cognitive IoT lattice | 
| Saylee Kanadje | Game theory application to cooperative and cognitive IoT lattice | 
| Kaivalya Dabhadkar | Millimeter wave communication systems over fading channels | 
| Adeesh Bhargava | Millimeter wave communication systems over fading channels | 
| Aparna Murali | Energy harvesting cooperative relay-aided wireless system | 
| Anubhav Sachan | Spectrally efficient, adaptive underlay cognitive radio system | 
| Rakshith S | Spectrally efficient, adaptive underlay cognitive radio system | 
| Rutwik Jain | Cooperative satellite systems | 
| Shubham Sharma | OFDM systems performance investigation with pilots-based channel estimation (Thesis) | 
| Bindu Priya K | Hybrid, energy harvesting cooperative wireless system (project) Random access in energy harvesting cellular IoT (Thesis) | 
| Praphul Samavedam | Hybrid, energy harvesting cooperative wireless system | 
| Akhil Jaini | RF interference mitigation in radio astronomy (Project) | 
| Sai Gowtam Chandrahasa | RF interference mitigation in radio astronomy | 
| Aakriti Agarawal | Acoustic noise cancellation using ANN and Adaptive filters | 
| Rohit Kumar A | Acoustic noise cancellation using ANN and Adaptive filters (project) Applied machine learning for biomedical imaging (Thesis) | 
| Sarthak Jain | Optimizing modulation order for distortion minimization in green networks | 
| Sayan Rudra Pal | Optimizing modulation order for distortion minimization in green networks | 
| Siddharth Iyer | Interactive coding (off-campus thesis) | 
| Jagadeesh K | Energy harvesting relay outage in cooperative systems | 
| Santosh A | Energy harvesting relay outage in cooperative systems | 
| Shikhar Buddi | PHY layer security in IoT (Thesis) | 
| Srabasti Nandi | Energy harvesting system design for mobile health applications (Thesis) | 
| Satwik Prabhu | Sleep period optimization for green mobile radio terminals (Project) Rate distortion for autoregressive sources (off-campus thesis) | 
| Naman Gupta | Sleep period optimization for green mobile radio terminals (Project) Game theory for wireless networks and IoT (campus thesis) | 
| Garv Sharma | Optical and RF satellite link budget and performance | 
| Prachi Sharma | Optical and RF satellite link budget and performance | 
| Aditya S Diwakar | VSAT delay analysis and simulation | 
| Govind Mantri | Energy harvesting Internet-of-Things (IoT) | 
| Sarthak Garg | Green UWB radar design | 
| Sanjana Patil | Green UWB radar design | 
| Harsh Misra | Energy harvesting Internet-of-Things (IoT) | 
| Aishwarya N | Cooperative and cognitive satellite systems | 
| Naga Chaitanya K | Underwater UWB communications | 
| Rohit Sai J | Software defined GPS | 
| Bhuwan Mohan | Software defined GPS | 
| Student Name | Research topic | 
| Avik Mukhopadhyay | Quantum satellite and terrestrial communications | 
| Gaurav Punjabi | Backscatter communications | 
| Manoj Joshi | Backscatter communications | 
| Tuuba Shabnam M | Millimeter wave cooperative communication | 
| Kartik Shrivastava | Millimeter wave (mmWave) cooperative communication | 
| K. Swaminathan | Hybrid FSO/mmWave/RF communications | 
| Ashish Saini | Hybrid FSO/mmWave/RF communications | 
| Dhruv Saith | Underlay cooperative cognitive radio with SWIPT | 
| Mohit Bohra | Underlay cooperative cognitive with SWIPT | 
| Swapnil Nema | Cooperative visible light communication (VLC system | 
| Satyam Sharma | Cooperative visible light communication system | 
| Dileep Dattaraj Raut M | Millimeter wave communication system | 
| Nitesh Chandra | Millimeter wave communication system | 
| Aniruddha Paturkar | Underlay/interweave cognitive radio | 
| Vibhuti Goel | Underlay/interweave cognitive radio | 
| Shilpi Varshney | Millimeter wave cellular network: random access | 
| Shreya Tyagi | Millimeter wave cellular network: random access | 
| Rahul Shrotey | Full duplex cooperative relay system | 
| Gaurav Sharma | Full duplex cooperative relay system | 
| Shivam Goel | Energy harvesting D2D communication | 
| Prakash Dwivedi | Energy harvesting D2D communication | 
| Ramesh G Venkata | Cooperative UWB communication | 
| Ayushi Jain | Cooperative UWB communication | 
| Adesh Gupta | Device-to-device (D2D) communication | 
| Jeevan Kumar | Device-to-device (D2D) communication | 
| Rahul Gupta | Cooperative and underlay cognitive D2D communication | 
| Pratik Devikar | Cooperative and underlay cognitive D2D communication | 
Congratulations to: Taha Raja & Raj Bhattacherjee

Congratulations to: Akhil Misra

Congratulations to: Kaivalya Dabhankar & Adeesh Bhargava
Congratulations to: Mohit Bohra & Dhruv Saith

Congratulations to: Sarthak Jain & Sayan Rudra Pal

Congratulations to: Shilpi Varshney & Shreya Tyagi

Gate/NET qualified, well-motivated, and hard-working individuals are encouraged to apply through proper channel. I accept research students based on his/her interview's performance and department rules and regulations.
Background (essential): Probability and random processes, communication systems, signal processing, network fundamentals.
Skills: Programming in MATLAB (essential), C/C++, Python, plus technical writing (desirable)
Key research areas:
Terrestrial/satellite communication systems (fifth generation systems and beyond),
Efficient signal processing for communication (e.g., deep learning/machine learning),
Cognitive and cooperative Internet-of-Things (IoT),
Hybrid communication systems and networks.
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