Campus Placement in Engineering Colleges: A Case Study of Uttar Pradesh by Prof. (Dr.) S. Pathak, Prof.(Dr.) M. K. Madan

Campus Placement in Engineering Colleges: A Case Study of Uttar Pradesh

Prof. (Dr.) S. Pathak

(Academic Director), (Neelkanth Group of Institutions)

Prof.(Dr.) M. K. Madan(Director Gineral),

(Neelkanth Group of Institutions)

Abstract- The study intents to find out the reasons of low campus selection in the various Engineering Colleges. Here, we the researchers have focused our study on socio-cultural variables and their pivot role in shaping the students personality, which in turn affects his professional career. It has been experienced & substantiated by other research studies. Apart from these activities, quality of teaching and medium of instruction are important components at various stages of selection process. The percentage of drop outs in the first and second stages (Screening test and Group Discussion) is the highest in the selection process. See More

Simplified Design and Life Cycle Cost Assessment of Standalone Renewable Hybrid Energy System for a Rural Location by A. J. Siddiqui, Dr. S. K. Bharadwaj, Dr. D. P. Kothari, Sonam Soni

Simplified Design and Life Cycle Cost Assessment of Standalone Renewable Hybrid Energy System for a Rural Location

A. J. Siddiqui¹, Dr. S. K. Bharadwaj², Dr. D. P. Kothari³, Sonam Soni⁴

¹Assistant Professor, Department of Electrical and Electronics, VITS, Indore, (M.P.)

²Professor, Department of Electrical Engineering, MANIT, Bhopal (M.P.)

³Director Research, Gayakwad-Patil Group of Institutions, Wardha, Nagapur

⁴M.tech Student, VITS, Indore (M.P.)

Abstract - In this study an economic feasibility analysis and a simplified design of a standalone solar PV, Wind Energy and hybrid system with a battery system as a storage power source supplying a village is presented. The main objective of this study is to reduce the cost of electricity by using renewable energy sources for generation of electricity. This paper proposes the most feasible configuration of solar PV, Wind and hybrid system with batteries as back up for a remote village Umrikheda in Dist. Indore (M.P.). The sizing calculation of the PV system is based on the basic mathematical expressions, sunshine hours and the daily electrical load of the village Umrikheda (Latitude: 22° 43'N, Longitude: 75° 49' E). The designed system serves the load of 150 kWh/day and calculation of Capital cost (Rs./kWP), Unit cost of electricity (Rs./kWh), Life cycle cost (LCC) analysis, CO2 emission mitigation, carbon credit and energy payback time (EPBT) of standalone PV system are presented in this paper. For analysis purposes HOMER simulation software has been used. It is found that electrifying rural small community using this system is very beneficial and competitive with other types of conventional sources as it decreases both operating costs and pollutant emissions. See More

Robot Control using Brain Waves :Prashanth Kambli, Lingaraju G M

Robot Control using Brain Waves

Prashanth Kambli*, Lingaraju G M**

* Assistant Professor, ** Professor

Department of Information Science & Engineering

M S Ramaiah Institute of Technology

Bangalore India

Abstract— EEG based Brain Computer Interface (BCI) can be classified as one of the new communication channel that exists between the Human & Computers only through the biological signals by avoiding the use of muscular activity in association for executing different applications involved in it. There are many available technologies & interfaces that are facilitating in reading the bio-electrical signals from human brain associated with explicit commands in controlling various devices. In this work, a technological based application is developed in bringing an engineering solution in development of a conceptual framework, as a part of enhancement in remote controlled communication of a robot through Brain (EEG) signals interacted by the end-users. See More

“Maintaining Industrial Harmony Through Employee’s Engagement -: A Study Report Conduct in Automobile Industry, Delhi NCR” by Gyanender Kumar Dixit *, Dr Ajay Kumar Sharma**

“Maintaining Industrial Harmony Through Employee’s Engagement -: A Study Report Conduct in Automobile Industry, Delhi NCR”

Gyanender Kumar Dixit *, Dr Ajay Kumar Sharma**

*Research Scholar, Management, JJTU, Jhunjhunu (Rajasthan-India).

** Assistant Professor, Management Studies, The Technological Institute of Textile & Sciences, Bhiwani-(Haryana-India)

Abstract: Industrial Harmony means the state of relative peace in the organization which generally involves ; absence of strike, lack of trust among the work group or union, peaceful relationship between unions and management of the organization , positive involvement or participation of the employees. The organization productivity, performance and profit depend on the critical factor which is named as Industrial Harmony. It also covers the industrial relations with stakeholders, amicable settlement of industrial dispute, negotiations with trade union etc.

The mutual trust and cooperation between employees and management is the core to industrial peace. When the trust exists, all the problems are mutually explore able and the solutions become visible. Unions are representatives of the workers , treating them with respect as partner in progress and taking them along in achieving the goal of the organization makes the journey easier and meaningful. Workers believes in union more than the management.

Employee Engagement is an art which touches almost all the part of human resource management . Through employee engagement we can develop the two – way communication relationship between employees and the employer for the growth of the organization as well as the employees. In the earlier days the employee engagement redistricted up to job satisfaction , employee commitment and organizational citizenship behavior.

This research paper is completed on the study bases of the data collected through primary and secondary sources from Automobile Industries located at DELHI NCR. See More

Solid Waste Analysis and Proposed management Plan Pune: Abhijit D. Garad, Dr. S. B. Thakare

Solid Waste Analysis and Proposed management Plan Pune

Abhijit D. Garad, Dr. S. B. Thakare

Abstract: There has been a significant increase in MSW (Municipal Solid Waste) generation in India in the last few decades. MSW generation is largely because of rapid population growth and economic development in the country. Solid waste management has become a major environmental issue in India. The per capita of MSW generated daily, in India ranges from about 100 g in small towns to 500 g in large towns. There is no national level data for Municipal Solid Waste generation, collection and disposal, over the years in our India. Municipal Solid waste management (MSWM) constitutes a serious problem in many third world Cities. Most cities do not collect the totality of wastes generated, and of the wastes collected, only a fraction receives proper disposal. The insufficient collection and inappropriate disposal of solid wastes represent a source of water, land and air pollution, and pose risks to human health and the environment. Over the next several decades, globalization, rapid urbanization and economic growth in the developing world tend to further deteriorate this situation. Items that we no longer need or don’t have any further use are falling in the category of waste and we tend to throw them away. In early days people were not facing such big problems of disposal because of availability of space and natural material but now a day’s congestion in cities and use of non-biodegradable materials in our day life create many problems. It is directly deals with our hygiene and psychology. See More

Optimum Sizing and Estimation of a 30 kWp Hybrid Solar Photovoltaic System with Multilevel Inverter: Ahmad Faiz Minai, T. Usmani, M. A. Mallick

Optimum Sizing and Estimation of a 30 kWp Hybrid Solar Photovoltaic System with Multilevel Inverter

Ahmad Faiz Minai¹, T. Usmani²,  M. A. Mallick³ 

¹Electrical Engineering Department, Integral University, Lucknow, India

²PVC, Integral University, Lucknow, India.

³EN Department, Integral University, Lucknow, India,

Abstract—In this paper, an optimum sizing and estimation of a hybrid solar photovoltaic plant is done in which battery storage is designed for four hours and rest requirement is fulfilled by AC mains. The system was designed for a University library in Uttar Pradesh, India to cover basic electricity needs when grid power is not available. Lighting and Fans were considered as basic electricity needs for each place. The photovoltaic array consists of 120 photovoltaic modules of 250 Wp each, for a combined 30kWp total installed power. In the University the overall requirement from 9:00am to 04:00pm is fulfilled by AC mains. At any instant when power from the grid is not available (up to 4 hrs.) the basic requirement such as fans and tube lights in the reading halls of the library are switched to SPV system either manually or automatically. Using this sizing and estimation study and then implementation of it, the requirement of overall basic load i.e. 30kWp is fulfilled. Also during the day, the basic load may be satisfied directly from the photovoltaic generator through a multilevel inverter (30kVA), while any energy surplus is directed to the battery storage. There is a battery bank design of 60 batteries of 240Ah. The batteries cover basic load peaks in absence of grid power. The paper presents sizing, estimation and payback for the complete system. See More

Service Surrender Queuing Model Applicable To Travel Tickets Reservation System of Indian Railways: S. P. Kane, S. V. Shinkar

Service Surrender Queuing Model Applicable To Travel Tickets Reservation System of Indian Railways

S. P. Kane*, S. V. Shinkar#

* Vice-Chancellor, RashtrasantTukadojiMaharahj Nagpur University, Nagpur (India)

# Junior Research Fellow, Department of Statistics, RashtrasantTukadojiMaharaj Nagpur University, Nagpur (India)

Abstract- The existing queuing theory provides various models which are inadequate to handle “Secondary queues” generated out of the situation of the availability of the „Service Surrender‟ facility. The present paper deals with such secondary queues as applied particularly in Indian Railways ticket reservation system. See More

Recognition of Human Unusual Activity in Surveillance Videos: Biswa Ranjan Acharya, Pradosh Kumar Gantayat.

Recognition of Human Unusual Activity in Surveillance Videos

Biswa Ranjan Acharya

School of Computer Engineering

KIIT University, Bhubaneswar

Odisha, India

Pradosh Kumar Gantayat

Associate Professor

DRIEMS, Cuttack, India

Abstract— Identification of human irregular activity is to a great degree vital for feature reconnaissance. As feature observation cameras get to be pervasive, there is a surge in studies on mechanized action understanding and abnormal occasional discovery in reconnaissance features. In any case, feature content investigation in broad daylight scenes remained a considerable test because of natural challenges, for example, serious between article impediment in swarming scene and low quality of recorded reconnaissance footage. Additionally, it is important to accomplish a strong discovery of irregular occasions, which are uncommon, uncertain, and effectively mistook for commotion. We outline a novel structure that incorporates object acknowledgment, movement estimation, and semantic-level acknowledgment for solid acknowledgment of various leveled human-object cooperation. The structure is therefore proposed to incorporate acknowledgment choices made by every part, and to probabilistically adjust for the disappointment of the segments with the utilization of the choices made by alternate segments. Therefore, human-object collaborations in an airplane terminal like environment, for example, 'a man is conveying a things', 'a man leaving his/her stuff', or 'a man grabbing another's things', are perceived. This paper proposes answers for determining uncertain visual perceptions and overcoming trickiness of habitual movement investigation routines be actualized calculations for perceiving abnormal exercises in a feature. The use has been made under visual studio utilizing OpenCV library. These compositemanaging human exercises like

i) persons shaking hands,

ii) persons battling and

iii) a man grabbing the sake of another.

In this work associated with a probabilistic model (HMM) for seeing human-human based activities. We have accepted static foundation for testing our usage. See More

J and K –A Power Potential Source or Power Deficit State : Shafqat Mughl

J and K –A Power Potential Source or Power Deficit State

Shafqat Mughl

Departement of ERE, COET

Baba Gulam Shah Badshah University

Jammu & Kashmir, India

Abstract - Power Development in Jammu and Kashmir has a long and distinguished history. 9MW Mohra Hydro-electric Plant, among the first of its kind in the subcontinent, was developed as early as 1905. The estimated hydel potential is about 20,000 MW, out of which projects of about 16,200 MW capacity have already been identified. The State is currently focused on generation through big hydro power project. Potential of micro Hydel power and Solar are increasingly being tapped. Grid electricity penetration in remote hilly areas of J&K is techno-economically unviable by virtue of geographical disadvantages and scattered household pattern. Moreover, the power sector of the State is already facing difficulties like slow rate of capacity addition, poor power evacuation facility, high AT&C losses and mismatch in load profile. Power utilization mix is not commensurate with the State's climatic conditions. Promotion and utilization of renewable energy is the most feasible solution which would also promote low carbon growth and can meet the decentralized energy requirement of the remote locations. The aim of the paper is to identify the power potential of the state and problems associated with it. Also the various schemes operational in power sector are discussed. See More

Green Politics: A Dilemma of Cutting Edge Activism and Praxis by Anil Kumar Dular

Green Politics: A Dilemma of Cutting Edge Activism and Praxis

Anil Kumar Dular

Department of Environmental Science

Maharaja Ganga Singh University Bikaner, Rajasthan, India

Abstract: Green Politics is a recent one spanning little more than a decade, yet it has already analyzed from different perspectives. The green politics is not confined to a country or a region, recognized with four basic principles ecology, social justice, grassroot democracy and non violence. The shifting and heterogeneous character of such politics is of class but not for a class with universalistic claim .The green politics are

concerned less with materialistic goal with cultural stakes and the vindication a fundamental values .The

organizational structure and new social movement are not just instrumental for the movement goal but they also tend to be part of the goal .The new approach in politics emphasize pragmatic view on environmental movement with alliance of ecumene. See More

Transmission Losses in Reactive Muffler Analysis by Boundary Element Method,Numerical Method & Experimental Method: Akshay Gopal Doijode, Onkar Sharad Gadre

Transmission Losses in Reactive Muffler Analysis by Boundary Element Method,Numerical Method & Experimental Method

Akshay Gopal Doijode

Dept. Of Mechanical Design Engineering

N.B.N Sinhgad College of Engineering

Ambegaon, Pune

Onkar Sharad Gadre

Dept. Of Mechanical Design Engineering

N.B.N Sinhgad College Of Engineering,

Solapur, Pune

Abstract— Combustion process in the I.C. engines and exhaust process produces gaseous pollutants as well as acoustic pollutants. The pulsating flow from each cylinder's exhaust process of automobile engine sets up pressure waves in the exhaust system having average pressure levels higher than the atmospheric. The pressure waves propagate at speed of the sound relative to the moving exhaust gas, which escapes with a
high velocity producing an objectionable exhaust noise. A suitably designed exhaust muffler accomplishes the muffling of this exhaust noise. See More

Performance Analysis of Directional Media Access Control Protocol for Optical Wireless Sensor Networks: Aishwarya G. Patil, Prof. M. Nagraj

Performance Analysis of Directional Media Access Control Protocol for Optical Wireless Sensor Networks

Aishwarya G. Patil1, Prof. M. Nagraj2

1Aishwarya G. Patil, M. Tech. (DCN), IV-Sem, Dept. of E&CE, South East Asian College of Engineering and Technology,

Bangalore , (Karnataka State) India

2Professor M. Nagraj, Head, Dept. of E&CE, South East Asian College of Engineering and Technology, Bangalore ,

(Karnataka State) India

Abstract- In the present paper the authors have carried out the performance analysis of directional media access control (DMAC) protocol for optical wireless sensor networks developed around a microcontroller. In the recent years there has been extensive work carried out on the use of radio frequency (RF)  communication for sensor networking. Keeping in view the limitations of RF communications in terms of its security aspects and interference it is of vital importance to avoid the use of RF communication. Till date less emphasis has been laid on the use of optical wireless communication (OWC) for sensor networking because of the widespread use of radio frequency but recent applications show increasing use of O WC in sensor networks. The optical wireless (OW) sensor network technology based on direct-line-of-sight (DLOS) is advantageous in low power applications. In view of this in the present work the authors have developed the OWC system. The modulation, demodulation and control algorithms have been developed. See More