Mr Rishi Sikka

vidwan id: 434682

Male

Assistant Professor, Department of Electrical and Electronic Engineering
Sanskriti University

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Expertise

Electrical and Electronic Engineering

Publications

Total Articles 99

Books 0

Proceedings 0

Publications

Scopus

Citations 94

h-index 4

CrossRef

Citations 64

h-index 4

Google Scholar

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Professional Recognition

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Community & Membership

2016

Discipline Committee in Sanskriti University, Mathura

Member

2016

Examination Committee in Sanskriti University, Mathura

Member

2016

Academic Committee in Sanskriti University, Mathura

Member

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Bio

Mr. Rishi Sikka has completed his B.Tech from BSA College of Engineering and Technology Mathura in 2004 and M.Tech from Shivdhan Singh Institute of Technology and Management, Aligarh in 2015. Since 2004 his research interests Basic Electronics, Communication Engineering etc.

Personal Details

Male
Assistant Professor , Sanskriti University
Department of Electrical and Electronic Engineering, Sanskriti University

M.Tech

Other Institute 2015

B.Tech

Other Institute 2004

Assistant Professor Aug 2016 – Present

Sanskriti University | Department of Electrical and Electronic Engineering

Senior Lecturer Sep 2009 – May 2016

SANJAY INSTITUTE OF PROFESSIONAL STUDIES, CHAUMAHAN, MATHURA

Lecturer Aug 2007 – Aug 2009

BABU BANARASIDAS INSTITUTE OF ENGINEERING TECHNOLOGY AND RESEARCH CENTRE, BULANDSHAHAR

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Mr Mrinmoy Sadhukhan

Research Scholar

Mr Haranath Rakshit

Junior Research Fellow

Organisations (337+)

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Dr AVINASH MISHRA

Assistant Professor (Grade-I)

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Mr Ashish Kumar Upadhyay

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Dr Arvind Kumar

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Mr Arvind Kumar

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Co-Authors (7)

Dr Arvind Kumar Pandey

Arka Jain University, Jharkhand

Dr MANJUNATH CR

CMR University, Bangalore

Sakshi Sharma

Assistant Professor

Ms Laxmi Goswami

Sanskriti University

Mr Madhav Singh Solanki

Sanskriti University

Dr Mansih Sharma

Graphic Era University, Dehradun

Dr E Sivasankar

National Institute of Technology Tiruchirappalli

Scholarly Work

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Automated Vehicle Covering Device

Sanskriti University

Engineering and Technology Application No. : 202311009269 Filed : 13-02-2023

Published : N/A Filed

Amusement Device For Toddler

Sanskriti University

Engineering and Technology Application No. : 202311009265 Filed : 13-02-2023

Published : N/A Filed

Shoe Maintenance Device

Sanskriti University

Engineering and Technology Application No. : 202311009317 Filed : 13-02-2023

Published : N/A Filed

Automated Ice Processing Device

Sanskriti University

Engineering and Technology Application No. : 202311009323 Filed : 13-02-2023

Published : N/A Filed

Ambience-Light Installation Device For Ceilings

Sanskriti University

Engineering and Technology Application No. : 202311009326 Filed : 13-02-2023

Published : N/A Filed

Cleaning Device For Artificial Eyelashes

Sanskriti University

Engineering and Technology Application No. : 202311009333 Filed : 13-02-2023

Published : N/A Filed

Road Safety Device For Cyclists

Sanskriti University

Engineering and Technology Application No. : 202311009447 Filed : 13-02-2023

Published : N/A Filed

Ice Candy Preparation Device

Sanskriti University

Engineering and Technology Application No. : 202311009448 Filed : 13-02-2023

Published : N/A Filed

Air Conditioning Indoor Unit Servicing Device

Sanskriti University

Engineering and Technology Application No. : 202311009449 Filed : 13-02-2023

Published : N/A Filed

Multi-Mode Amusement Device

Sanskriti University

Engineering and Technology Application No. : 202311009467 Filed : 13-02-2023

Published : N/A Filed

Packaged Commodities Dispensing Device

Sanskriti University

Engineering and Technology Application No. : 202311009454 Filed : 13-02-2023

Published : N/A Filed

Greenhouse Management Device

Sanskriti University

Engineering and Technology Application No. : 202311009469 Filed : 13-02-2023

Published : N/A Filed

Automated Bottle Collection Device

Sanskriti University

Engineering and Technology Application No. : 202311009483 Filed : 13-02-2023

Published : N/A Filed

Automated Tape Applicator Device

Sanskriti University

Engineering and Technology Application No. : 202311009490 Filed : 13-02-2023

Published : N/A Filed

Stability Aid Device For Electronic Gadgets

Sanskriti University

Engineering and Technology Application No. : 202311009114 Filed : 11-02-2023

Published : N/A Filed

Assistive Device For Applying Makeup

Sanskriti University

Engineering and Technology Application No. : 202311009107 Filed : 11-02-2023

Published : N/A Filed

Communication Device For Deaf-Mute People

Sanskriti University

Engineering and Technology Application No. : 202311009103 Filed : 11-02-2023

Published : N/A Filed

Foot Elevating Device

Sanskriti University

Engineering and Technology Application No. : 202311009104 Filed : 11-02-2023

Published : N/A Filed

Automated Glass Installation Device For Spectacles

Sanskriti University

Engineering and Technology Application No. : 202311009132 Filed : 11-02-2023

Published : N/A Filed

Reading Assistive Device

Sanskriti University

Engineering and Technology Application No. : 202311009135 Filed : 11-02-2023

Published : N/A Filed

Sculpture Making Device

Sanskriti University

Engineering and Technology Application No. : 202311009124 Filed : 11-02-2023

Published : N/A Filed

Frisbee Cleaning Device

Sanskriti University

Engineering and Technology Application No. : 202311009141 Filed : 11-02-2023

Published : N/A Filed

Scholarly Publications

Harris Corner Detection for Eye Extraction

Open Access

article

Year: 2022. Volume: 273 , Pages: 164-169 .

Authors: Rishi Sikka

This article provides a current state-of-the-art overview of a hot subject in the literature, namely vibration-based energy harvesting techniques, which includes theory, modeling methodologies, and implementations of piezoelectric, electromagnetic, and electrostatic approaches. The energy harvesting method based on vibrations has been a dynamic area of research interest in recent years, with the goal of reducing the need for external power sources and maintenance for electric devices such as wireless sensor networks. The power output performance of current energy harvesting methods is severely influenced by the resonance frequencies of environmental vibrations, which are often unpredictable and wideband. Researchers have focused on creating efficient energy harvesters by adopting novel materials and optimizing harvesting devices to address this issue. Specifically, various kinds of energy harvesters have been developed with nonlinear features in mind so that the frequency bandwidth for efficient energy harvesting of energy harvesters may be widened. This article covers three of the most significant vibration-to-electricity conversion mechanisms in the literature, as well as their design theory or techniques and possible applications. The energy conversion efficiency of various conversion methods is also summarized as one of the key variables to evaluate the power output performance. Finally, the difficult problems based on current techniques and future energy collecting requi

Open Access

article

Year: 2021.

Authors: Rishi Sikka | Manoj Ojha

Drone Technology in the Mining Industry: A Comprehensive Review

Open Access

article

Year: 2021.

Authors: Mr. Rishi Sikka

Choosing a Microcontroller for a given application is very challenging. The success or failure of any project is mainly determined by the Microcontroller Unit used. In this article, a short review of the unit is given in terms of making the best choice for a certain application. Many companies produce microcontrollers in large quantities. The comparison is based on a few well-known manufacturers' goods. System requirements, availability, performance, size, power dissipation, flexibility, Reliability, Maintainability, Environmental Constraints, Software Support, Correctness, Safety, Cost, and the manufacturer's history and track records are all important considerations when using a microcontroller as the device's heart. Several variables are highlighted in this article, and following through on those aspects leads to project success.

Open Access

article

Year: 2021.

Authors: Rishi Sikka | Manoj Ojha

Wireless sensor networks improve systems for home automation, healthcare, temperature management, energy consumption monitoring, and other applications. This article focuses on a temperature control system for residential, educational, industrial, and commercial buildings, among other applications. Using ZigBee-based wireless sensor networks, we offer a framework for interior temperature control and optimization. The system's architectural architecture as well as implementation recommendations are discussed in this article. The suggested system promotes energy-saving techniques that reduce the number of data transfers throughout the network. The framework also investigates methods for localization, such that algorithms that control temperature settings may utilize the nodes' position. Due to the vast number of applications that can greatly benefit from such systems, wireless sensor networks have become a growing area of research and development. This has led to the development of tiny, cheap, disposable, and self-contained battery-powered computers known as sensor nodes or "motes," which can accept input from an attached sensor, process the data, and transmit the results. Despite making such sensor networks feasible, the sensors' very wireless nature poses a variety of security risks when used for specific purposes such as military, surveillance, and so on.

Open Access

article

Year: 2021.

Authors: Rishi Sikka | Manoj Ojha

: Mobile gadgets have become an integral part of our daily lives. from the last several years As a result, providing facilities and services is essential. On the internet, security is becoming more important. mobile phones We must create a home in this paper. Android mobile interacts with an automated system devices. The system and mobile device may communicate with one other. Wi-Fi allows them to communicate with one another. The smartphone app may be downloaded. and connects to the system from any device that is suitable. Lights, fans, and other electrical equipment may be turned on and off using commands. air conditioners, etc., as well as setting a timer at home or anywhere else From a mobile device, an organization may be delivered fast and simply. devices through a user-friendly graphical user interface (GUI), which isAny average user will find it simple to use. After that, the system takes action. respond to these commands by performing the actions specified in the commandsand informs the user of the outcome The outcome is also visible to the user. within the Wi-Fi range of an Android mobile application As a result, designing a home automation system for is a good choice. a luxury lifestyle aimed at creating a cutting-edge houseWi-Fi technology is used to create an automation system.

Open Access

article

Year: 2021.

Authors: Manoj Ojha | Rishi Sikka

Cloud computing is a paradigm for providing on-demand network access to a shared pool of customizable computing resources (e.g., networks, servers, storage, applications, and services) that may be quickly provided and released with little administrative effort or service provider involvement. Cloud computing has emerged as a major technological trend, with many experts predicting that it would alter information technology (IT) operations and the IT industry. Users may utilize a range of devices, such as PCs, laptops, smart phones, and PDAs, to access programs, storage, and application-development platforms via the Internet via cloud computing services provided by cloud computing providers. An overview of cloud computing technology deployment methods, classifications, and features is presented in this article.

Open Access

article

Year: 2021.

Authors: Rishi Sikka | Manoj Ojha

Water level detector using 8051 micro controller

Open Access

Conference Paper

Year: 2021. Volume: 81 , Issue: 2 , Pages: 1163-1166 .

Authors: Mohan Satpathy L.;Sikka R.

10.1016/j.matpr.2021.04.545

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