Associate Professor
Department of Electronics and Communication Engineering
Maharaja Institute of Technology Mysore
shantyajish_ece@mitmysore.in
Phone: 8762356886
Analog signal processing, Nanomaterials for high voltage insulation
1. Santhy P Kuruvilla, N M Renukappa, Mythri R and J Sundara Rajan, “Assessment of Hydrophobicity of Silicone and Fiber reinforced filled Epoxy Composites under contamination”. IEEE TDEI. ISSN-10709878, Vol.27/No.2-April 2020/Pp-649-657,April 2020
2. Santhy P. Kuruvilla and N. M. Renukappa,“Role of micro and nano filler combination in Hydrophobic recovery of Glass Fiber Reinforced Epoxy Composites under various contaminants, IJEAT”, ISSN:2249-8958, Feb 2020
3. Santhy P. Kuruvilla, N. M. Renukappa and J. Sundara Rajan, “Influence of Hybrid Fillers on Electrical and Mechanical Properties of Glass Fiber Reinforced Epoxy Composites”, IJERT, ISSN:2278-0181,Vol.9 Issue 01, January 2020.
4. Santhy P. Kuruvilla, N. M. Renukappa and J. Sundara Rajan, “Development of Epoxy with Nano and Micro Fillers for Core Insulation of Composite Insulators”
IEEE Xplore, Added on 30 May 2019 - DOI: 10.1109/ICHVET.2019.8724139.
5. Santhy P. Kuruvilla, N. M. Renukappa and B. Suresha, “Dynamic Mechanical Properties of Glass Fiber Reinforced Epoxy Composites with micro and nanofillers”- Techno Societal 2018,Springer Lecture Notes; doi.org/10.1007/978-3-030-16962-6_6
6. Santhy P. Kuruvilla, N. M. Renukappa “Effects Nao and Micro fillers on Leakage current and Water diffusion of GRP rods”, -Springer—Singapore Lecture notes- 15 th Dec 2018 , ISBN-978-981-13-2696-7.
7. Santhy P. Kuruvilla, N. M. Renukappa and Mythri R, “Investigation on Leakage Current Characteristics of Glass fiber Reinforced Epoxy Composite Insulator under Different levels of Pollution”, - International Conference Recent Advances in Materials and Manufacturing Technology held at Hyderabad,19-20 Nov, 2018.
8. Automated Aqua Invoicing System IJERT, ISSN: 2278-0181, IETE – 2020 Conference Proceedings
9. Resource Allocation of device to device communication on underlying cellular networks IJIREEICE June 2016
10. Word Repetition Analysis in Stuttered Speech Using Dynamic Time Warping IRJET June 2016
11. An efficient fault tolerance algorithm for wireless sensor networks, IJETST July 2015
12. Energy Efficient Hierarchical Based Routing Protocol for Mobile Wireless Sensor Network IJETST July 2015
13. Congestion control in wireless peer networks IJETST August 2015
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Basic Electrical Engineering
Analog Electronics
Electronic Devices
Digital Communication
Analog and Mixed mode VLSI Design
Analog Circuits
GSM
Basic Electrical Lab
Advanced Communication Lab
LIC+Communication Lab
Analog Electronics Lab
Power Electronics Lab
Electronic Devices and Instrumentation Lab
Analog Signal Processing
Nano Composites for High Voltage Insulation
NBA Criteria #1 coordinator for the department.
Disciplinary committee member for the department.
Project Coordinator.
Grievance Redressal cell member
Student mentoring
Class Teacher
PT Meeting Lead
Member of Professional / Academic bodies
ISTE (Membership No): LM100118
1. FDP on Research Pedagogy- Tools & Skills
2. Webinar on “Teaching Pedagogy”
3. One day workshop on ‘”Exploring Excellence”
4. International Conference on High Voltage Engineering and Technology
5. 5 days FDP on Evolution of Research Techniques, Tools and Commercialization Aspects
6. 3rd International conference on “Innovative design analysis and development practices in aerospace and automotive engg” IDAD 2018
7. 2 days International workshop on Recent Trends in nano materials for Energy and Electronic Applications
8. International Conference Recent Advances in Materials and Manufacturing Technology
9. International conference on Signal and Image processing
10. Two-Week ISTE STTP on CMOS, Mixed Signal and Radio Frequency VLSI Design (conducted by IIT Kharagpur)
11. International conference on Cognition and Recognition (ICCR2016)
12. Two days’ workshop on statistics and probability
13 NPTEL course-“Recent advances in Transmission Insulators “and passed the exam with a score of 73 %