Faculty Profile

SAI RADHA KRISHNA G

ASSISTANT PROFESSOR

Faculty In-charge, Health Centre

Electronics and Communications Engineering

1. Sai Radha Krishna G, Maneesha V. Ramesh, Abishek T.K “Geophone Based Signal Processing for Detecting Landslides” has been presented in “Seventh International Conference on Image and Signal Processing (ICISP), 2013” pp. 180-187 Bangalore, India.

Degree	Programme / Specialization	University / Board
PG	Master of Technology in Wireless Networks and Applications	Amrita Vishwa Vidyapeetham
UG	Bachelor of Technology in Electronics and Communication Engineering	Joginpally B R Engineering College/JNTU-H
Ph.D	Blokchain and Machine Learning based Agricultural Food Supply Chain	Amrita School of Engineering, Amrita University, Amritapuri, Kollam, Kerala

Institution / Organization	Designation	From	To
Rajiv Gandhi University of Knowledge Technologies Basar	Assistant Professor	2016	till the date
Amrita Center for Wireless Networks and Applications	Project Associate	2012	2013

1. Sai Radha Krishna G, Maneesha V. Ramesh, Abishek T.K “Geophone Based Signal Processing for Detecting Landslides” has been presented in “Seventh International Conference on Image and Signal Processing (ICISP), 2013” pp. 180-187 Bangalore, India.
2. Sai Radha Krishna G, Rekha P 'Food Supply Chain Traceability System Using Blockchain Technology' 8th International Conference on Signal Processing and Communication (ICSC 2022).
3. Kalakota, Sandeep, and Regula Harshavardhan. "Performance prediction of cricket player using blockchain enabled HMM model." Second International Conference on Emerging Trends in Engineering (ICETE 2023). Atlantis Press, 2023.
4. Sai Radha Krishna G, R Raghupathi and S Karthik, Smart IoT Wearable Belt for Maternal Health:Cloud-Based Data Logging and Real-Time Fetal Kicks and Heart Rate Monitoring, 2026 IEEE International Conference on Emerging Computing and Intelligent Technologies (ICoECIT)

1. Maneesha Sudheer, Sai Radha Krishna G, Abhishek T 'Geophone based signal processing for detecting landslides' 7th International Conference on Image and Signal Processing, Bengaluru, India August 9-11, 2013.
2. Sai Radha Krishna G, Rekha P 'Food Supply Chain Traceability System Using Blockchain Technology' 8th International Conference on Signal Processing and Communication (ICSC 2022).
3. Kalakota, Sandeep, and Regula Harshavardhan. "Performance prediction of cricket player using blockchain enabled HMM model." Second International Conference on Emerging Trends in Engineering (ICETE 2023). Atlantis Press, 2023.
4. Sai Radha Krishna G, R Raghupathi and S Karthik, Smart IoT Wearable Belt for Maternal Health:Cloud-Based Data Logging and Real-Time Fetal Kicks and Heart Rate Monitoring, 2026 IEEE International Conference on Emerging Computing and Intelligent Technologies (ICoECIT)

1. Title: Geophone Based Signal Processing for Detecting Landslides (Jan, 2013 to Jul, 2013). Description: This project deals the effect of the footstep and vehicle movement signals on the landslide signals and it gives the detail explanation about the characteristics of the footstep, vehicle movement and landslide signals. Eventually it conforms the landslide signals and provides the landslide alert to the people. Environment: LabVIEW, NI-DAQ, NETGEAR Router, Geophone, nesC, and MICAz motes.
2. Remote Triggered Lab Project (Aug, 2012 to Jul, 2013). Description: Program in nesC to remotely design different wireless sensor network and experiment sending and reception at various power levels. This experiment will calculate the life time of the network for given scenarios. Environment: nesC, LabVIEW and MICAz motes.
3. Title: Continuous Monitoring and Detection of Landslides by using Wireless Geophone Network (July, 2012 to Dec, 2012). Description: The project deals with the detection of landslide by using wireless geophone network. Each wireless node is connected to the geophone to detect direction of the landslides. Environment: MSP430 microcontroller, ADS1282, Geophone, MICAz motes, nesC, MATLAB, Code Composer Studio and Proteus.
4. A. Title – Agricultural Supply Chain Traceability System by Using Blockchain Technology B. Summary -Agricultural sector plays a major role in a country’s Gross Domestic Product (GDP). The existing Food Supply Chain (FSC) suffers from issues like quality, safety, conscious consumption, and regulatory issues. Blockchain technology is a promising technology that can handle all the short comes faced by the current FSC with its key multidimensional features like decentralization, immutability, security, and smart contract. Introducing blockchain technology to FSC systems enhances sustainability and ensures the trust among different entities. The blockchain based FSC system suffers from data handling capability and regulatory issues. In this paper, the problems of the existing blockchain based FSC system are overcome by introducing a new Food Traceability System (FTS) by using Ethereum smart contract linked to an Inter Planetary File System (IPFS) which can handle huge amounts of data. The interaction between the different entities is elaborated by using sequence diagrams through the cryptocurrency called Amrita Virtual Coin (AVCoin) which overcomes regulatory compliances. Further the implementation framework of the proposed system and its advantages over the existing system are discussed. Finally, different types of open research challenges in the blockchain based FSC are addressed in the paper.
5. Title: Performance Prediction of Cricket Player Using Blockchain Enabled HMM Model. Abstract. Sports play an essential role for human life which keeps physical and mental fitness. Competition in sports is rising day by day. In sports giving opportunity to right talented person is a challenging task. In countries like India, team sport like cricket faces huge competition. This paper introduces the performance prediction of cricket player using blockchain enabled Hidden Markov Model (HMM). In the proposed work, the time series data of matches played by batsmen during past one year is collected, analyzed and performance of a batsman is predicted by using HMM. The data obtained including the predicted results are stored in the proposed blockchain with IPFS based system architecture for data management, decentralization, data security and immutable. It focuses on the players rather than the whole match outcome so best players can team up.

1. GATE-2011-Score 382_Rank 12451
2. GATE-2014-Score 511_Rank 9448
3. GATE-2015-Score 487_Rank 6778
4. GATE-2016-Score 632_Rank 1761
5. UGC NET June 2015_Qualified for Assistant Professor
6. UGC NET December 2015_Qualified for Assistant Professor
7. UGC NET July 2016_Qualified for JRF and Assistant Professor
8. Certified in 'Blockchain Basics' by Coursera, dated July 8, 2022
9. Certified in 'Smart Contracts' by Coursera, dated Dec 15, 2022
10. Certified in 'Decentralized Applications' by Coursera, dated July 24, 2023
11. Certified in 'Foundations of Probalility in Python' by Datacamp, dated December 18, 2021
12. Certified in 'Blockchain Platforms' by Coursera, dated Oct 31, 2023
13. Elite Certified in 'Blockchain and Its Applications' by NPTEL, Jan-Apr 2024

1. 7 days Faculty Development Program on 'Amazon Web Services' organized by R&D Lab, Department of CSE RGUKT- Basar in collaboration with BRAINOVISION from 22nd August to 27th August 2022.
2. 10 days Faculty Development Program on 'Emerging Research Trends in Blockchain, Cyber Security and Digital Forensics' organized by E&ICT Academy, NIT Warangal, and GITAM School of Technology, Hyderabad from 25th July to 4th August 2022.
3. 1-day session participated in IP Awareness/Traning Program under Nationa Intellectual Property Awareness Mission on 31st October 2022.
4. 3 days International Conference on Wireless Technologies for Humanitarian Relief (ACWR2011) form 18th December to 21st December 2011.
5. 6 days workshop on 'Read for Success@5:30AM' organised by Unstoppable Wisdom Academy from 17th October to 22 October 2022.
6. 4 Weeks Coursera Course on 'Blockchain Basics' Conducted UB and The State University of New York from 8th Jun to 8th July 2022.
7. 1 Week DATACAMP Course on ' Foundations of Probability in Python' form 11 December - 18 December 2021.
8. Attended a one-week Faculty Development Program (FDP) on 'Data Science using Python' from October 10-14, 2022, conducted by the National Institute of Technical Teachers' Training and Research (NITTTR), Chandigarh, under the aegis of the Ministry of Education, Government of India
9. Attended the National Intellectual Property Awareness Mission held on October 31, 2022, conducted by the Intellectual Property Office, Government of India.
10. Successfully completed the Faculty Development Program (FDP) course on 'Blockchain and its Applications' with a consolidated score of 75%, conducted by NPTEL, AICTE.

1. Placement Coordinator "ECE Departmental Placement Orientation Program" on 1st November 2021.
2. University Placement Coordinator "Placement Orientation Program for AY 2022-23" on 2nd August 2022.

1. AY2016-17_SEM1_ECE_E2_Semiconductor Devices
2. AY2016-17_SEM2_ECE_E2_Digital Electronic Circuits
3. AY2017-18_SEM1_ECE_E3_Analog Communications
4. AY2017-18_SEM2_EEE_E2_Linear and Digital Electronic Circuits
5. AY2018-19_SEM1_ECE_E2_Signals and Systems
6. AY2018-19_SEM2_EEE_E2_Signals and Systems
7. AY2019-20_SEM1_ECE_E1_Digital Electronic Circuits
8. AY2019-20_SEM2_ECE_E2_Control Systems
9. AY2020-21_SEM1_ECE_E2_Signals and Systems
10. AY2020-21_SEM2_ECE_E2_Control Systems
11. AY2021-22_SEM1_CSE_E3_Signals and Systems
12. AY2021-22_SEM1_ECE_E2_Signals and Systems
13. AY2021-22_SEM2_ECE_E2_Contol Systems
14. AY2022-23_SEM1_ECE_E2_Signals and Systems
15. AY2022-23_SEM2_ECE_E3_Machine Learning
16. AY2023-24_SEM1_ECE_E3_Machine Learning
17. AY2023-24_SEM2_ECE_E2_Control System
18. AY2023-24_SEM2_ECE_E4_Blockchain Technology
19. AY2024-25_SEM1_ECE_E2_Signals and Systems
20. AY2024-25_SEM2_EEE_E1_Analog Electonics Circuits-1
21. AY2025-26_SEM1_CSE_E2_Digital Electronic and Circuit
22. AY2025-26_SEM2_ECE_E1_Signals and Systems

1. IoT based crack detection. (Bachelor’s project in the AY2017-18)
2. Replying questions of social network users by using WSN based on sensor relationships. (Bachelor’s project in the AY2018-19)
3. Converting a plant to a battery and wireless sensor with scatter radio and ultra low cost. (Bachelor’s project in the AY2018-19)
4. Wireless sensor networks based Monitoring of Railway tracks. (Bachelor’s project in the AY2018-19)
5. Sensor node failure detection using SVM Classifier. (Bachelor’s project in the AY2018-19)
6. Vehicle to Infrastructure Communication. (Bachelor’s project in the AY2019-20)
7. Vehicle Control System. (Bachelor’s project in the AY2019-20)
8. Smart Shopping Trolley. (Bachelor’s project in the AY2019-20)
9. Automated RGUKT College Bell. (Bachelor’s project in the AY2019-20)
10. Blockchain based e-voting system. (Bachelor’s project in the AY2020-21)
11. Blockchain-Based Traceability System in Agricultural supply chain. (Bachelor’s project in the AY2020-21)
12. Human Activity Recognition Using Convolutional Neural Networks. (Bachelor’s project in the AY2020-21)
13. Implementing Blockchain Technology in Irrigation. (Bachelor’s project in the AY2020-21)

1. ECE Boys Warden, Warden's office, RGUKT from 19th July 2017 to 19th July 2018.
2. University Co-Convener, Antha Pragnya 2k18, RGUKT Techfest 2018.
3. ECE Department Coordinator, Antha Pragnya 2k17, RGUKT Techfest 2017.
4. Addl. Coordinator, AICTE, RGUKT from 27th September 2021 to 27th September 2022.
5. University Placement Coordinator, Training and Placement Cell, RGUKT, 14th December 2021 to 2024.
6. ECE Department Placement Representative, Training and Placement Cell, For Academic Year 2021-2022.
7. ECE Department Project Coordinator for AY 2020-21
8. ECE Department Time-table Coordinator for AY 2025-26_SEM1
9. Faculty In-charge for RGUKT Health Centre, From 6th November 2025