Strategy for developing a competency model
There is a trend in the industry towards competency-based approaches to the training, assessment and development of employees. The trend is evident in various disciplines and specialist areas in the field of behavioural health. A step-by-step process for developing a competency model. Models and legal implications of competency development followed by a description of the seven steps involved in creating a competency model or position. This modeling process builds on complementary work on competencies in business and industry. The aim of this study is to develop a personalized competency model for a knowledge-based organization. A competency model is a company-wide framework and descriptive tool that identifies the competencies required to perform effectively in a particular job, occupation, industry, or organization. These are the built-in knowledge, skills, judgment, and qualities people need to do a job effectively. By having a defined set of competencies for each role in your company, you show employees the types of behaviours that the organization values and needs to help you achieve your goals. It is a quantifiable list of knowledge, skills, and traits demonstrated through individual behaviour that leads to excellence in a particular work context. This document is designed to provide a step-by-step process for developing a model of competition. The overview of competencies, competency models and the implications of competency development is followed by a description of the seven steps for creating a competency model for a specific function, role or position. This modelling process is based on advanced work on competencies in business and industry. A special competence model has been developed for employees working in management. The employees were mapped with the competence model developed for their current vis-à-vis competencies. contributes to original research by providing a starting point for solving the full spectrum of HR activities to improve organizational effectiveness in R & D environment. It adds to the practice as the model developed can be applied to similar organizations.
Published by: Alisha Panjwani, Chetan Shinde, Dr. Dur Khan, Dr. Sudhakar Gaonkar
Author: Alisha Panjwani
Paper ID: V8I1-1404
Paper Status: published
Published: February 14, 2022
Generation of clean energy through nuclear energy with a global perspective
Nuclear energy is commonly defined as the energy released by a chain reaction, such as fission or fusion. Nuclear energy, in practice, generates steam and power using fuel produced from mined and processed uranium. We have more cost-effective and creative ways to harvest and store wind and solar energy but nuclear power is the only form of energy that can provide a consistent supply of electricity, which is referred to as baseload power. —reliably without emitting greenhouse gases. The thermal energy from nuclear reactors may also be used to decarbonize other energy-intensive sectors such as transportation – the largest contributor to carbon pollution. In 2019, nuclear plants operated at full power more than 92% of the time, making it the most reliable energy source. DOE and its national labs are working with industry to develop new reactors and fuels that will increase the overall performance of these technologies and reduce the amount of nuclear waste that is produced. To improve operating costs, DOE is also working with the industry to develop new fuels and cladding known as accident tolerant fuels. These new fuels could increase plant performance, allowing for longer response times, and will produce less waste. Accident-tolerant fuels could gain widespread use by 2025.
Published by: Saivya Singh
Author: Saivya Singh
Paper ID: V8I1-1375
Paper Status: published
Published: February 14, 2022
Investigation of 2-dimensional fluid flow using finite difference flow method of Navier stokes equation
The presented research paper illustrates the development of a new methodology to solve 2-dimensional (2D) Navier-Stoke equations, which Pukhnachev proposed by introducing unknown functions in the stream and pressure functions of fluid flow. The proposed novel method is distinguishable from the common vorticity-stream given in Navier-Stokes expression because it has a stream function that corresponds to the unknown function in the elliptic expression. The equation represents a couple of scheme in algorithmic considerations because it enables two situations to be solved using one function of the subject stream without putting new conditions on the innovative function. Here, the concept of numerical algorithm is applied in a flow under cavity to represent a benchmark task to be solved. The benchmark task gives enough representation of the subject flow.
Published by: Rakshit Kaushik
Author: Rakshit Kaushik
Paper ID: V8I1-1411
Paper Status: published
Published: February 12, 2022
Smart Devices and Technologies for Athletes: A Survey
The survey addresses how an IOT smart device helps the athletes to monitor their Physical activities. Athletes are the one who are skilled in sports and other exercises. They take part in many sports and competitive events. It is important that every athlete should stay fit and healthy. When it comes to the health of an athlete the parameters to be considered are speed, body temperature, angle movement, oxygen level and many more physical activities. Maintaining health status and progress in games is essential. The IOT smart device which is wearable reads all the physical activities related to athlete. The device as to support both Wi-Fi and Bluetooth mesh networks. The device need to collects all the data like acceleration, angle of movement and health status of athletes during training. The IOT device also collects the real time data of athlete. The real time data collected from devices will be sent to device cloud which can be stored and can be examine in future. This survey may help the coach to keep a track and monitor the athletes who are training.as the real-time data is being stored in the cloud that can be accessed anytime from anywhere through the internet. In this paper initially the introduction is given, next to it the elaboration of some papers related to the topic are explained and so on followed by the conclusion.
Published by: Sandeep N. Kugali, Megha Navale, Krutika Jigajinni, Srishti Bali, Namrata Sonar
Author: Sandeep N. Kugali
Paper ID: V8I1-1410
Paper Status: published
Published: February 12, 2022
Self Redevelopment of Housing Societies
Around three percent of Pune city’s land possesses half the slum population. This glaring inequality is dominant at a socio-spatial level. The failure of government-incentivized market solutions to resolve the affordable housing crisis (like the Slum Rehabilitation Scheme and Pradhan Mantri Awas Yojna) is evident across Pune, except in a handful of projects. This research plans to investigate the lesser known examples in Pune, where communities have mobilized themselves to become housing providers, as a response to these market failures. A social innovation in itself, the process of Self Redevelopment involves communities coming together, registering themselves as a cooperative housing society, acquiring land and being at the forefront. Through a case by case analysis of scattered attempts of self-redevelopment in Pune, and a comparative analysis, we argue the presence and role of multiple stakeholders—like the State, private players, NGOs, activists, academicians, and certainly, the users—without whom this community-led execution shall be impossible. We hypothesize that, slum development/ redevelopment/ up gradation is successful only in places where users have been an integral part of the decision-making process.
Published by: Lokesh Anil Nahar, Sumit Thakur, Pooja Sonawane
Author: Lokesh Anil Nahar
Paper ID: V8I1-1408
Paper Status: published
Published: February 11, 2022
Cyber security and the internet of things: vulnerabilities, threats & future of IoT
Internet of Things (IoT) gadgets are quickly becoming omnipresent while IoT administrations are getting inescapable. Their prosperity has not gone unrecognized and therefore the number of dangers and assaults against IoT gadgets and administrations are on the increment also. Digital assaults aren't new IoT, yet as IoT is going to be profoundly interlaced in our lives and social orders, it's becoming important to maneuver forward furthermore, treat digital safeguard in a serious way. Subsequently, there's a really got to get IoT, which has therefore caused a requirement to thoroughly comprehend the risks and assaults on the IoT framework. This paper is an endeavor to rearrange danger types, aside from dissecting and portraying gate-crashes and assaults confronting IoT gadgets and administrations.
Published by: Stephin Philip, Anant Chaturvedi, Pawan Vashisth, Neha Gupta
Author: Stephin Philip
Paper ID: V8I1-1401
Paper Status: published
Published: February 11, 2022
