Search results

To explore the mediating role of altruism in the relationship between self‐sacrifice and transformational leadership, and to look at the effect of all three on followers' collective identity and perceptions of unit performance.

For Study 1, survey responses were collected from 127 managers in India. They answered questions on their leader's self‐sacrifice, altruism, and transformational leadership, and on their own collective identity and perceptions of unit performance. Study 2 used a scenario experiment and 161 students to manipulate self‐sacrifice and altruism and measure their effects on transformational leadership, collective identity and perceived unit performance.

It is possible to distinguish between self‐sacrifice and altruism empirically. Altruism mediates the relationship between self‐sacrifice and transformational leadership. Transformational leadership is positively related to followers' collective identity and perceived unit performance.

Common source bias may have affected the findings. Use of student sample in Study 2 limits the generalizability of findings.

Other‐orientedness (altruism) of a manager enhances transformational leadership, which in turn leads to higher collective identity and perceived unit performance. Self‐sacrifice could be a good starting point in this chain of events.

Studies have shown that self‐sacrifice enhances transformational leadership. This paper highlights the mediating process through altruism. This is the first empirical study to look at the relationship between altruism and transformational leadership. This is also the first study to look at self‐sacrifice and altruism simultaneously.

A leader plays an important role in the growth of an organization. The leader is a person who influences the standards, structure, culture and behaviour of the individuals employed in the organization. A leader also has effects on the result and productivity of teams. The purpose of this paper is to analyze the effect of transformational leadership style on team performance. This paper will also analyze the existence of a relationship between transformational leadership style and team performance.

For this study, the researcher collected the data from 354 individuals employed in IT organizations in Pune. The team members answered questions asked about the transformational leadership style, and the team leaders answered questions related to team performance. The data has been analyzed using the latest available version of Statistical Product and Service Solutions.

The results of this examination suggest that there is strong and positive relationship between the transformational leadership style and team performance. Further, it was also found that transformational leader helps in a great way in improving team performance which in turn increases the organization’s productivity.

Few limitations of this research work are that the data collected for this research work is non-cognitive in nature and simultaneously respondents may incline to evaluate the positive facets of opinion poll more propitiously than negative facets. Secondly, the data have been collected only from companies located in Pune.

This research study provides empirical data that will be helpful for human resources department of an organization, as it can help them in the development of policies and practices. It will also provide help leaders to support employees who are seeking effective ways to support struggling employees in context to their team performance.

The present study can be differentiated from past studies, as it thinks over an ensemble of transformational leadership style as an essential antecedent of team performance and also enhances the knowledge of the researchers and practitioners about the leadership style that upshot to the team performance. This will also help the managers, researchers, organizational development specialist and employees who are seeking effective ways to support struggling employees in context to their team performance.

Electrical discharge machining (EDM) of hard materials like NiTi 60 alloys is important as it finds application in different sectors of engineering such as automobile, aircraft, biomedical, oil industries, etc.

The first target of this investigation is to determine the effect of process parameters such as current, voltage, pulse on time and pulse off time on the material removal rate (MRR), surface roughness (SR) and white layer formation (WLT) for NiTi 60 smart material alloy. The secondary aim is to identify the presence of surface integrity parameters such as cracks, WLT, microvoids, globules and debris formation by using the scanning electron microscopy technique and with the use of ImageJ software for die sink EDM machining of NiTi 60 alloy.

The results reveal that current is significant for MRR, voltage and current influence SR, and for WLT, voltage is a significant factor. The experimentation study also shows the generation of oxide and carbide layers on the machined surface, which were evident with the use of the X-ray diffraction technique. The presence of these oxide and carbide layers causes to form WLT on the machined surface and thereby increases the hardness of the machined surface.

Hardness test was performed with Vickers hardness tester, which gives evidence for the increase in hardness of machined surface due to the generation of WLT.

This study aims to experimentally investigate the influence of considered process parameters, i.e. pulse on time, pulse off time, peak current and gap voltage, on tool wear rate (TWR) in electrical discharge machining (EDM) of iron (Fe)-based shape memory alloy (SMA) through designed experiments. The parametric optimization for TWR has also been attempted using the desirability approach and genetic algorithm (GA).

The response surface methodology (RSM) in the form of Box–Behnken design has been used to scheme out the experiments. The influence of considered process inputs has also been observed through variance analysis. The reliability and fitness of the developed mathematical model have been established with test results. Microstructure analysis of machined samples has also been evaluated and analyzed using a scanning electron microscope (SEM). SEM images revealed the surface characteristics such as micro-cracks, craters and voids on the tool electrode surface. SEM images provide information about the surface integrity and type of wear on the surface of the tool electrode.

The input parameters, namely, pulse on time and pulse off time, are major influential factors impacting the TWR. High TWR has been reported at large pulse on time and small pulse off time conditions whereas higher TWR is reported at high peak current input settings. The maximum and minimum TWR values obtained are 0.073 g/min and 0.017 g/min, respectively. The optimization with desirability approach and GA reveals the best parametric values for TWR i.e. 0.01581 g/min and 0.00875 g/min at parametric combination as pulse on time = 60.83 µs, pulse off time = 112.16 µs, peak current = 18.64 A and gap voltage = 59.55 V, and pulse on time = 60 µs, pulse off time = 120 µs, peak current = 12 A and gap voltage = 40 V, correspondingly.

Proposed work has no limitations.

SMAs have been well known for their superior and excellent properties, which make them an eligible candidate of paramount importance in real-life industrial applications such as orthopedic implants, actuators, micro tools, stents, coupling, sealing elements, aerospace components, defense instruments, manufacturing elements and bio-medical appliances. However, its effective and productive processing is still a challenge. Tool wear study while processing of SMAs in EDM process is an area which has been less investigated and of major concern for exploring the various properties of the tool and wear in it. Also, the developed mathematical model for TWR through the RSM approach will be helpful in industrial revelation.

The apex planning body of India, NITI Aayog launched an Aspirational District Programme (ADP) in January 2018. The programme aimed to the quick and effective transformation of 112 (14%) districts of the country. This programme is considered as world's biggest result-based governance initiative having reached up to 250 million people. It is based on a ranking that is done on monthly basis. This ranking is based on 49 KPIs across six broad socio-economic themes.

The study attempts to inquire and assess the progress made by 112 Aspirational Districts under Financial Inclusion, Skill Development and Basic Infrastructure theme from the inception of the programme to June 2022 (i.e. 54 months). Instead of ranking districts with delta rank or composite scores, the study divorce from NITI Aayog's methodology of monthly delta ranking. The study explores 8 indicators under the basic infrastructure theme and 16 indicators under the financial inclusion and skill development themes. For this purpose, the study explores the availability of individual household latrines, drinking water, electricity and road connectivity. Districts are also tracked for the number of Internet-connected Gram Panchayats, and panchayats with Common Services. Every district is provided with the target as per national development priority, the study makes an effort to grasp the distance of each district from the national target. This allows researchers to develop a scale Very Far, Far, Near, Very Near, Achieved with descriptive statistics techniques. Juxtaposing the scale with timelines results in a pattern of progress made by these 112 districts.

This case can be used to highlight aspects of strategic management, such as industry analysis as well as country competitiveness. After working through the case and assignment questions, the students will be able to analyse the competitiveness of – the green hydrogen industry in India – while comparing key structural elements with international benchmarks with European Union and China; examine the strategy of India’s Ministry of New and Renewal Energy an anchor entity implementing India’s National Green Hydrogen mission; assess the recent strategy of India’s ministry of new and renewal energy implementing Indian Government’s National Green Hydrogen Mission to contribute to India’s sustainability and climate goals including net zero targets, and motivations for the shift and its fit with the broader external environment; and suggest recommendations that might help Indian Government in achieving its strategic goals of improving India’s competitiveness in green hydrogen energy industry.

This case, based on actual events, described a situation faced by Raj Kumar Singh, the Cabinet Minister for Power & New & Renewable Energy, Government of India. The “National Green Hydrogen Mission”, launched by the Government of India in January 2023, is seen as a strategic endeavour to position India at the forefront of green hydrogen production globally. The budget allocated for the mission is $2.4bn (INR 19,744 Cr) until FY 2029–2030, and it aspires to stimulate the paradigm shift in India’s energy landscape. The mission seeks to reduce India’s dependence on its energy imports by capitalizing green hydrogen’s potential, lowering the production cost to $1 per kg by 2030, and develop a formidable 5 million metric tons (MMT) annual production capacity with potential expansion to 10 MMT. The success of the mission is dependent of several key factors like decrease in production costs, advancements in electrolyser technology, support system of the government and the strategic collaborations. However, the path towards mission’s success faces challenges such as infrastructure development, storage and distribution. Despite these challenges, the government is determined in its commitment to scale up green hydrogen production, positioning India as a global center for this sustainable energy source. This case provides a rich context for discussions on how policy, technical and economic factors will interact for shaping the future of green hydrogen industry in India.

Case applicable for management classes preferably in MBA class.

Teaching notes are available for educators only. Porter, Michael E. (1990–03 - 01). “The Competitive Advantage of Nations”. Harvard Business Review. No. March–April 1990. ISSN 0017–8012.

CSS 11: Strategy.

The present era, in its pursuits for economic development, has equated development with affluence. The balance between economic development and using natural resources for the purpose needs to be solved. The previous civilisations became extinct less because of foreign invasions and more due to neglecting the ecological environment. In the same way, this civilisation is also digging its own grave.

After reviewing the available literature, it is proposed to study in the context of the Punjab state of India. The pattern of receipts and expenditures of funds utilised for ecological upgradation emphasises evaluating the performance of the funds utilised for ecological improvement. Furthermore, most of the study has concentrated on the experiences of developed economies. In contrast, there have been minimal studies explicitly addressing the circumstances of emerging countries.

The study is confined to Punjab and is based on secondary data. The Punjab government collected the annual data on expenditures and receipts from the last 10 years. The nature of the receipts and expenditures for the entire 11 sectors is determined through descriptive statistics. Moreover, the regression model and compound annual growth rate with the help of semi log model have been used to examine the extent of government funds. A line chart shows the pattern of government funding.

The government can implement changes or create new environmental protection policies based on the results. As a whole, the research contributes to better environmental protection policy. The study concludes that a thorough examination of money flow in and out is essential.

Considers the implications of 30 per cent quota innovation for women politicians in Mumbai (formerly Bombay) and other area of India since the 1990’s. Uses a survey to explore the influence of women on policy and compares this with some previous research in London. Suggest ways this representation may be sustained.

As an emerging technology, Radio Frequency IDentification (RFID) and blockchain have the potential to disrupt many areas of business and social structure. However, it is loaded with significant technical, social, legal, financial and ethical complications that bring difficulty in its widespread use within the public distribution system (PDS). This research aims to analyze the barriers to integrated RFID and blockchain adoption in developing countries' PDS. Furthermore, this study also aims to validate the proposed framework against the Indian PDS.

The proposed framework consists of 10 potential barriers to integrated RFID and blockchain adoption. To identify the barriers, this study referred to the extant literature followed by consultations with domain experts. This study prepared the DEMATEL-based questionnaires, collected the data from four domain experts and analyzed them using an integrated Grey-DEMATEL approach.

The obtained results provide a precise list of barriers and the correlations among them. From the results, it is concluded that the unavailability of a skilled workforce at affordable cost, lack of knowledge about privacy level and unclear return on investment and benefits are the most critical blockchain adoption barriers in the context of Indian PDS.

This research proposes a framework consisting of 10 integrated RFID and blockchain adoption barriers in relation to Indian PDS. It also proposes a method for analyzing causal interrelationships between the barriers while allowing for data input from domain experts. Consequently, the framework is capable of coping with experts' biases and data scarcity.

In recent years, the use of high performing materials, and application of additive manufacturing technology for industrial production has witnessed a steady rise and its expanse is only to increase in the future. “Selective laser melting (SLM) technique” for an exotic nickel-titanium (NiTi) shape memory alloy (SMA) is expected to a great facilitator to research in this area. The purpose of this paper is to put forth the research direction of NiTi shape memory alloy by selective laser melting.

This review also summaries and skims out the information on process equipment, adopted methodologies/strategies, effects of process parameters on important responses e.g. microstructure and comprehensive functional and mechanical properties of SLM-NiTi. In particular, the functional characteristics (i.e. shape memory effects and super-elasticity behavior), process analysis and application status are discussed.

Current progresses and challenges in fabricating NiTi-SMA of SLM technology are presented.

This review is a useful tool for professional and researchers with an interest in the field of SLM of NiTi-SMA.

This review provides a comprehensive review of the publications related to the SLM techniques of NiTi-SMA while highlighting current challenges and methods of solving them.