Ph.D. Thesis supervised
1. Dr. Pravin Sakharam Mane (2009PHXF420G)
Title of the Thesis: Reconfigurable Architecture in Resistive Switching Crossbar
2. Dr. Rajalekshmi Kishore (2012PHXP401G)
Title of the Thesis: Performance Analysis of Energy Efficient Spectrum Sensing Techniques in Cognitive Radio Networks
3. Dr. Shamanth N ( 2011PHXP405G)
Title of the Thesis: Design and Development of Sectored Antenna and Energy Efficient Cross-Layer Protocol for Directional Wireless Sensor Networks
4. Dr. Khairnar Vikas Vishnu (2013PHXF409G)
Title of the Thesis: Design and Development of Pattern and Polarization Reconfigurable Microstrip Antenna
5. Mr. Kadam Bhushan Vinayak (2013PHXF010G) (Thesis Submitted
ME Research Project Supervised
1. Physics, Simulation and Modeling of Nanoscale Devices, Devesh Chandra, 2012
2. Nanoelectronics, Prateek Bindra, 2012.
3. Schottky diodes and MOS capacitors based on SiC, Pradeep Joy, 2013.
4. Schottky contacts to SiC, Neha Pachauri, 2013.
5. Design of a SAR control logic, Switches and Delay elements for a 12 bit SAR A/D Converter and Schematic level simulation of SAR ADC, Gite Snehal Pandharinath, 2016.
6. Design of Comparator, Capacitor array (DAC and S/H) and bootstrap switches in SAR ADC, Seetha Lakshmi, 2016.
7. Design and analysis of efficient phase locked loop, Sahithi Paleti, 2016.
8. Error Tolerant Multiplier, Lavish Patidar, 2019.
9. Design of Low power High Speed Error Tolerant Adders, Jaiswal Akshaykumar Satish, 2019.
10. Highly Accurate Approximate Multipliers and Adders with Error Correction, Animesh Misra, 2019.
11. Design of Approximate Radix-4 Booth Multipliers, Sharma Keshav Dineshprasad.
12. High Performance Low Power Carry Speculative Addition with Variable Latency, Piysuh, Parashar, 2019.
13. Multipliers with Approximate Compressors, Raghav Mishra, 2019.
14. Design of Parameterized Low Power High Performance Approximate Multipliers, Narendra Shrikant Tiwari, 2019.
15. A Comparative Study of Parallel Prefix Adders, Ashish Kushwaha, 2020.
16. LOW POWER & AREA EFFICIENT VLSI DESIGN, Deepika Kumari, 2020.
17. Area Efficient Braun Multiplier using Parallel Prefix Adder, Shinde Priyanka Bharat, 2020.
18. A Comparative Study of Parallel Prefix Adders For Fastest Response, Ashish Kushwaha, 2020.
19. Scaling of Stack Effect and its Application for Leakage Reduction, G. Rakshith Kumar, 2020.
20. ASIC DESIGN OF AREA AND POWER EFFICIENT APPROXIMATE BOOTH MULTIPLIER, Kakumani Nagasai Preetham Reddy, 2020.
21. High Performance Approximate Multiplier for Error Tolerant Applications, B. Lekha Reddy, 2020.
22. Design and Analysis of Multiplier using Booth’s Encoding Algorithm, Alay Shah, 2021.
23. Floating Point Multiplier For High-Speed Application, RAJVIR PRIYANK YOGESHBHAI, 2021.
24. DESIGN AND IMPLEMENTATION OF MULTIPLY ACCUMULATE (MAC) UNIT, Swayansu Satyaprajna Nayak, 2021.
BE FD Thesis Supervised:
| 1 | Nihanth Subramanya | 2012A3TS151G | A Study of Engineering Practices in the Development of a Modern Web Browser |
| 2 | Sumukh RamPrasad | 2012A3PS152G | Opto Electrical Characterisation of Multicrystalline Wafer Solar Cells |
| 3 | | 2015A8TS0357G | Real Time Obstacle Avoidance and Doorway Navigation using Monocular Camera on a low computational mobile robot |
| 4 | Jaychandran Padayasi | 2014B5A30401G | Surface effects in interactingWeyl Semimetals |
| 5 | Shashwat Kakkad | 2017A8PS0488G | Data Acquistion System for Compact Cosmic Muon Tracker |
| 6 | RISHABH ANIL KESTE | 2019A8TS1021G | Signal and Power Integrity Analysis for Integrated Circuit Package Design |
BE Projects Supervised
1. Implementation of Dual VT dynamic CMOS circuits, Sreesan V, 2009.
2. PC based oscilloscope, Adity Agrawal, 2009.
3. Speech recognition using MATLAB, Karthik M, 2009.
4. Reconstruction of torn-up documents using image processing, M. Alekhya, 2009.
5. Fingerprint recognition and authentication, Abhay Ashok Patil, 2010.
6. Microcontroller based power dissipation analysis and characterization in a circuit through infrared imaging, Amrit Devasish Moharana, 2010.
7. Omptimization of filter coefficients using genetic algorithms, Nihar Joshi, 2010.
8. Implementation of 2x2 OFDM-MIMO system using MATLAB, Thirumalesh K C, 2010.
9. Complete design and verification of UART protocol, V Sandeep and T S S Rohith, 2010.
10. Microcontroller based Solar charger, Madhura Kamat and Sindhura Malireddy, 2010.
11. Ultrasound guided Autonomous Robot Navigation, K Arvind, 2010.
12. Design of RISC Processor using Verilog, P Sree Neethika Reddy, 2011.
13. Synthesis, Implementation and Analysis of varios Pass Transistor logic circuits and current mirror circuits, V Bhavyashree and N Mahita, 2011.
14. Study of organic optoelectronic devices- OLEDs, Vikas Chauhan, 2011.
15. Character Recognition on a touch screen using PSoC-1, Saksham Bhatla, 2012.
16. Active noise cancellation in headphones, Amrita M, 2012.
17. Study of MOS Capacitors and its application, Pebbati Abhimanyu Reddy, 2013.
18. Semiconductor Photovoltaic cells, M Omprakash Reddy, 2013.
19. Schottky contacts to Silicon Carbide, Vamsi Reddy, 2013.
20. Wide Bandgap Semiconductor devices and Their Applications, Bhogate Parth Prashant, 2014.
21. Leakage Current Mechanisms and leakage current reduction techniques in deep sub-micron MOSFETs, Shreyash Sill, 2014.
22. I-V Characterisation of semiconductor Devices, Akkineni Sri Sai Venkat, 2014.
23. The applications of Graphene in Opto-electronic devices, Modak Chaitanya Yashwant, 2014.
24. Study of Spectrum sensing technique for cognitive radio, Viren Sharma, 2014.
25. Study of Spectrum sensing technique for cognitive radio, Ms. Roopal Joshi, 2014.
26. Heart Rate Monitor using Optical method, Akshay Chaturvedi, 2015
27. Heart Rate Monitor using Optical method, Rahul Singh, 2015
28. Graphene – Properties and Applications, Rishabh Anil Keste, 2021
29.
Design of ALU Circuits, Svadhi Jain, 2019A8PS0573G, 2022.
30. Digital Multipliers, SAKSHAM SHIVSHANKAR KAMATH, 2022.
31. Optimum ALU performance using different adders, Mansi Doshi, 2022.
32. Design and Optimization of ALU, Ashlesha Jagdal, 2022.
33. Optimum Design of a 16 bit ALU, Ashita Bhardwaj, 2022.
34. CMOS Image Sensors, ABHISHEK JASWAL, 2022.
35. Cognitive Radio and its Applications, Srivathsa, 2022.