School of Management
Management
| Assistant Systems Engineer/ Tata Consultancy Services |
| Sep 2009 to Jun 2011 |
| Assistant Professor/ UPES Dehradun |
| Aug 2020 to Oct 2020 |
| Assistant Professor/ IIM Bodh Gaya |
| Nov 2020 to May 2022 |
| Assistant Professor/ IIM Bodh Gaya |
| Aug 2022 to July 2023 |
| Assistant Professor/NISM Navi Mumbai |
Impact of deviation from target working capital on firm profitability: evidence from India; The purpose of this paper is to assess the impact of deviation from the target investment in working capital (WC)(measured by net trade cycle (NTC)) on the profitability (measured by gross operating income (GOI) and net operating income (NOI)) of the listed non-financial Indian firms.
Impact of board size on the accounting returns and the asset quality of Indian banks;The purpose of the paper is to explore the impact of board size on the accounting returns and asset quality of Indian banks.This paper uses ordinary least squares regression, robust regression and panel data methods for estimation, based on data collected for a sample of 29 Indian banks that are listed on the National Stock Exchange (NSE) and form part of the NSE-500 index over a period of eight financial years 2009-2016. The data pertaining to the board size of the sample banks is collected from the annual reports of banks, whereas the data relating to return on assets (ROA) and ratio of the gross non-performing assets to total assets and control variables (bank age and bank size) is extracted from ACE Equity database.This paper concludes that the size of the governing board has a positive impact on the accounting returns (measured through ROA) of the Indian …
“Influence of independent directors on the market risks of Indian banks;The purpose of this paper is to empirically explore the influence of independent directors (non-executive directors) on the market risks of the Indian banks.
This paper is based on the data collected over a period of seven years (2009-2016) for a set of 29 Indian banks that are the constituents of the National Stock Exchange 500 Index. The data for independent directors of the sample banks are extracted from the annual reports of the banks, whereas the data relating to the dependent and control variables are compiled from the Ace equity and the Reserve Bank of India databases. The study uses the panel data method for analysis of the collected data for the sample banks.
Findings
This study concludes that independent directors increase the market risks for Indian banks (measured through equity beta).”
Do Women Directors Impact the Risk and Return of Indian Banks;The purpose of the paper is to investigate whether women directors impact the risk and return of Indian banks. This study employs panel data models for a sample of 29 Indian banks that form part of the National Stock Exchange 500 index for the period 2009–2016. This paper concludes that women directors influence the accounting returns (measured through Return on Assets) of Indian banks. However, it was found that women directors did not affect the risks (measured through Equity Beta and gross NPA to Total Assets) of the sample banks. This paper contributes to the literature and practitioners in several ways. To the best of the knowledge of the authors, no study has examined the impact of women directors on the risk and return of banks operating in India. Hence, the findings of this article have substantial implications both to academia and practitioners.
The aim of Automation course is to demonstrate how PLC controls communicate with the machines by user defined programs and monitor/control the whole process by means of HMI and SCADA. This lab is equipped with 6 S7-1200 PLCs and 1 S7-1500 PLC with KTP HMI-700 Basic and SCADA system and used to train the trainees about the different hardware arrangements of PLC, application of PLC, HMI and SCADA and the process to program a PLC using different programming languages. PLC has a wide variety of applications in manufacturing industry to automate the conventional arrangement in to automated systems it make ease for manufacturing industry.
The aim of the Mechatronics course is to apply the fundamentals and principle of mechanical, electronics and computer engineering for the integration of automated systems for the ease of production industry. The lab is equipped with two sets of 5-station Industrial application prototypes for understating the application of mechatronic concept. These are used to provide the training on basic concepts and implementation of computers, electronics, mechanical drives and systems, programmable logic controllers, sensors and transducers, hydraulic, pneumatic and electric drives design of mechanical structure and mechanism.
To support faculty in research in Materials Science and Engineering, BMU has created an advanced research facility named the “Center for Advanced Materials and Devices”.
It is equipped with several scientific instruments that are available in some of the renowned universities/ IITs/ Institutes in India. The Center is broadly classified into three research facilities:
This facility generates the capability to design a product and validate the design by automating the process of designing, drawing and analysing with digital tools and curriculum prepared by renowned professionals from SIEMENS PLM. Students can learn and perfect the engineering of conceptualizing and designing a new product right from the scratch and validate it using FEA. The following softwares are installed:
The aim of Automation course is to demonstrate how PLC controls communicate with the machines by user defined programs and monitor/control the whole process by means of HMI and SCADA. This lab is equipped with 6 S7-1200 PLCs and 1 S7-1500 PLC with KTP HMI-700 Basic and SCADA system and used to train the trainees about the different hardware arrangements of PLC, application of PLC, HMI and SCADA and the process to program a PLC using different programming languages. PLC has a wide variety of applications in manufacturing industry to automate the conventional arrangement in to automated systems it make ease for manufacturing industry.
This lab is used to train how to apply the fundamentals and principle of machining, part programming, tooling and production technology for the integration of automated systems for the ease of production industry. The centre has real time CNC controller to provide the training on CNC Turning and Milling. Lab is equipped with two CNC turning kits and 2 CNC Milling Kits and 1 replica of VMC in which trainees use to prepare the coding for the product design and also use SINUMERIC software for virtual training practice.
Pneumatic solutions are increasingly used in all branches of industry and it is also used in the development of automation solutions. This lab has a set of sophisticated Pneumatic/Hydraulics, Electro-Pneumatic and Hydraulics equipment which is used to impart fundamental training, including on the process of designing pneumatic and hydraulic circuits on kit and on Fluid Sim software.
The aim of the Mechatronics course is to apply the fundamentals and principle of mechanical, electronics and computer engineering for the integration of automated systems for the ease of production industry. The lab is equipped with two sets of 5-station Industrial application prototypes for understating the application of mechatronic concept. These are used to provide the training on basic concepts and implementation of computers, electronics, mechanical drives and systems, programmable logic controllers, sensors and transducers, hydraulic, pneumatic and electric drives design of mechanical structure and mechanism.
The Centre is equipped with standard training cells comprising of KUKA (a German manufacturer of industrial robots and solutions for factory automation) KRC-4 industrial robot with required auxiliary equipment. This training cell is capable of performing multitude of operations used for Arc welding, Material handling and Spot welding and other essential operations used by the automobile, food and beverages, packaging and other manufacturing and production industries.
The Centre is equipped with standard training cells comprising of KUKA (a German manufacturer of industrial robots and solutions for factory automation) KRC-4 industrial robot with required auxiliary equipment. This training cell is capable of performing multitude of operations used for Arc welding, Material handling and Spot welding and other essential operations used by the automobile, food and beverages, packaging and other manufacturing and production industries.
The objective of BMU CoE is to develop/enhance the technical skills and competence of the trainees (Engg. Grad. /Under Grad., ITI, Diploma and Industry people) which leads them to enlarge their area of employment opportunity and career in the field of modern industry The Centre is equipped with several scientific instruments that are available otherwise only in some of the renowned institutions of technical learning in India. The Centre is broadly classified into eight facilities:
This lab is designed to enable maintenance personnel to carry out commissioning, calibration and maintenance of the typical devices used for measurements and control in industrial systems. These are equipped with 2 types of industrial Pressure sensor, 3 types of Level sensor, Temperature sensor, 3 types of flow sensor and control valves with smart positioner and PCS7.
These are used to skill the trainees on how to program, calibrate and monitor the sensors using HART and Profibus modules. PCS-7 is used to instruct trainees on how to communicate and program the different industrial sensors and process control equipment and design the SCADA system to monitor and control the process.
