Volume 1 Issue 2 [July-September, 2023]

Id Title & Author Paper
1 Study on the Effect of Implementation of Transit System between Pandharpur Railway Station to Vithoba Temple-A way towards Sustainable Transportation and Congestion Mitigation | Omkar Bidkar, Prashant Bhaganagare, Chaitrali Abhangrao, Nishigandha Mahamuni, Suyash Lubal, Ashpak Sayyad, Chaitanya Adhavalkar, Arbaj Mulani

On the banks of the Candrabhaga River, close to Solapur City in the Solapur District of Maharashtra, India, is the well-known pilgrimage town of Pandharpur. One of the eleven tehsils in the District, its administrative territory is also a state legislative assembly electoral constituency. Pandharpur to honour Vithoba, the Wari or Wari yatra travels to Pandharpur, Maharashtra.

Study on the Effect of Implementation of Transit System between Pandharpur Railway Station to Vithoba Temple-A way towards Sustainable Transportation and Congestion Mitigation
2 Sustainable Remedial Measures for the Prevention of Lumpi Skin Disease from Natural Medicinal Plants | G. R. Bharsakle

Lumpy Skin Disease (LSD) has been rapidly spreading all throughout the Maharashtra state. Lumpy skin disease is a high-consequence disease in cattle caused by infection with the poxvirus lumpy skin disease virus (LSDV). So far approximately 1.43 lakh cattle affected by lumpy skin disease in Maharashtra.

Sustainable Remedial Measures for the Prevention of Lumpi Skin Disease from Natural Medicinal Plants
3 Design, Analysis and Simulation of a Hydro-Pneumatic Suspension System for a Quarter Car Model with Two Degrees of Freedom | Prem Narayan Vishwakarma, Ajay Sharma, K Kedar, Abhishek Jha, Bharat Kumar

Hydro pneumatic suspension enables smooth suspension as the hydraulic fluid to the bladder containing the dinitrogen gas transmits the force due to uneven road. In the present work, design has been developed in such a manner that the isolation is possible to maximum extent, as four chambers of hydro pneumatic systems have been incorporated for each wheel.

Design, Analysis and Simulation of a Hydro-Pneumatic Suspension System for a Quarter Car Model with Two Degrees of Freedom
4 Design and Development of Optimized Cardiovascular Disease Prediction Model using Artificial Intelligence | Nitin Sonaji Magar, Zafar Ul Hasan, Anand B.Humbe

The medical industry is expanding quickly as new ailments are discovered daily, necessitating the development of effective treatment options. The muscular heart, which is about the size of a clenched human fist, is in charge of blood circulation. Although heart/cardiac disease is the term used to describe conditions that generally affect the heart, there are numerous conditions that fall under this umbrella term, including coronary artery disease (CAD), cardiomyopathy, cardiovascular disease (CVD), and others that depend on blood flow throughout the body.

Design and Development of Optimized Cardiovascular Disease Prediction Model using Artificial Intelligence
5 Land Use and Land Cover Analysis Using GIS: A Case Study of International Center of Excellence in Engineering and Management(ICEEM), Waluj-Aurangabad (Maharashtra) Master Planning | Mangal kale, Vinod Shikhre, Jyoti dighole, Anand humbe

Geographical location and object description are crucial tasks in this research. Environmental researchers have been analysing data and noting records of location and descriptions of observations using a variety of instruments and methodologies. Field mapping has recently become considerably easier thanks to mobile mapping on handheld devices.

Land Use and Land Cover Analysis Using GIS: A Case Study of International Center of Excellence in Engineering and Management(ICEEM), Waluj-Aurangabad (Maharashtra) Master Planning
6 Enhancing Indoor Air Quality through Innovative Ventilation Designs: A Study of Contemporary HVAC Solutions | Ankitkumar Tejani, Rashi Khandelwal

Indoor air quality has turned out to be critical in today’s building design and has profound effects on the health of occupants. This research examines the applicability of modern HVAC systems in improving Indoor air quality (IAQ) with special emphasis on new-age ventilation strategies. Hoping to answer this question, the study will look into the specifics of the most recent developments in ventilation technologies that have to do with energy efficiency, smart controls, and the integration of natural ventilation schemes.

Enhancing Indoor Air Quality through Innovative Ventilation Designs: A Study of Contemporary HVAC Solutions
7 Forecasting the Future Job Market: Leveraging AI and Predictive Analytics to Revolutionize Talent Acquisition Strategies | Sadia Afrin ,Tasriqul Islam , Neda Zand

In today's competitive and fast-changing business environment, organizations must rethink their quantitative talent decisions. HRM has been disrupted by Big Data and AI. Business executives today have unparalleled access to management and large-scale talent data, enabling data science study into organizational behavior. They can then make better real-time judgments and adopt more effective personnel management techniques.

Forecasting the Future Job Market: Leveraging AI and Predictive Analytics to Revolutionize Talent Acquisition Strategies
8 Modeling And Simulation In Robotic Process Automation: Exploring Potential For Speed And Efficiency In Critical Systems | Shashank Pasupuleti

This paper delves into the pivotal role of Modeling and Simulation (M&S) techniques in enhancing the speed, efficiency, and reliability of Robotic Process Automation (RPA) within critical systems. As automation continues to reshape industries such as healthcare, manufacturing, logistics, and beyond, the need for robust, pre-deployment testing has become increasingly apparent. M&S techniques, by creating virtual environments to simulate robotic workflows, enable the identification of inefficiencies, bottlenecks, and potential risks, allowing for the optimization of RPA systems before their full-scale implementation. These techniques ensure that the automated systems operate seamlessly, minimizing risks and maximizing operational effectiveness in high-stakes environments. Specifically, this paper explores key M&S methods such as Discrete Event Simulation (DES), process modeling, and system dynamics, and highlights their application through detailed case studies.

Modeling And Simulation In Robotic Process Automation: Exploring Potential For Speed And Efficiency In Critical Systems