Journal of Applied Economics and Business Studies, Volume. 4, Issue 2 (2020) 163-180 https://doi.org/10.34260/jaebs.428 163 Journal of Applied Economics and Business Studies (JAEBS) Journal homepage: https://pepri.edu.pk/jaebs ISSN (Print): 2523-2614 ISSN (Online) 2663-693X The Performance Effect of HPWS and Relational Coordination on Branch Efficiency: A Data Envelopment Analysis Approach Muhammad Siddique1*, Zahoor Khan2 & Saleem Gul3 1Assistant Professor, Institute of Management Sciences, Peshawar. 2Assistant Professor, Institute of Management Sciences, Peshawar 3Associate Professor, Institute of Management Sciences, Peshawar ABSTRACT This study is set to analyse the role of high-performance work systems which is mainly aimed to boost knowledge, skills, and abilities of human resources in the form of effective communication and better coordination termed as relational coordination and subsequently improving performance. Using the theory of relational coordination that explains the relational aspects of coordination along with effective communication to influence performance outcomes, the study obtained data from 218 branches through survey focusing on employees’ perspectives regarding high-performance work system in anticipating relational coordination among employees in performing focal work process of branch banking functions. The data obtained from officers was analysed through the Data Envelopment Analysis approach to identify efficient bank branches pivotal in formulating optimal policy measures. Results indicated that high-performance work systems envisaged relational coordination via the intervention of deposits and profitability. The findings contribute to the literature of high-performance work systems by indicating what interventions in high-performance work systems and the relational coordination may lead to bringing down operations cost or making improvements in the delivery of banking services. The study also implies that compared with managerial perspectives in the field, employees’ perspectives provide significant insights about the relational process in explaining how a well-coordinated approach towards HR systems establish the social context for better HRM practices, enhancing. Keywords DEA, financial sector, HPWS, Organizational Performance, Pakistan, Relational Coordination. JEL Classification B26; D2; D21 * Email: muhammad.siddique@imsciences.edu.pk Muhammad Siddique, Zahoor Khan & Saleem Gul 164 1. Introduction Over the last few decades, there has been an increasing interest within management research in recognising the human factor in organizational performance. Organizations rely on various forms of resources to accomplish desired objectives, among other resources; human resources can accomplish a significant impact on firm performance. It is based on the premise that enhanced performance is mainly realized through the effective use of human resources in the organization (Nien-Chi & Lin, 2019). The relationship between HRM and performance has been widely reported in the last few decades (e.g. Russell, et al., 2018; Ogbonnaya & Valizade, 2018) as a large number of studies have reported significant associations between HR practices and performance (Delery & Doty, 1996). Recently, the focus is to examine not only the linkage between HR practices but also to explore the process through which human resource management influence performance. Researchers have suggested that to understand the relationship between human resource management practices and firm performance, there is a need to distinguish what constitutes as high-performance work systems (HPWS), the impact HRM practices as a system make on performance, and most importantly exploring the mechanism and process through which HRM practices make such impact on organizational performance. The HPWS is generally understood to mean a set of HRM practices in the HRM literature (Methot, Rosado, & Allen, 2018). Extensive research (e.g., Kehoe & Collins, 2017; Zacharatos et al., 2005) has shown that studies have mostly adopted Pfeffer (1998) set of practices. These practices have received greater attention in the HPWS literature. These include practices that can improve the skills, knowledge, and abilities of employees, enhance their motivation, and can be helpful in the retention of competent employees while advocating poor performers to leave organization. The HR-performance link has been investigated from various perspectives rooted in organizational psychology, industrial relations, sociology and economics. Theories such as human capital, RBV of the firm, and the AMO framework provided support for understanding the HRM-performance link (Boselie, Dietz, & Boon, 2005). There is a large volume of studies describing the multidimensional nature of organizational performance (Boxall, 2012). The seminal work of Huselid’ (1995) established empirical HRM- performance link, inspired a series of studies analysing the various form of performance such as economic gains, accounting income, customer satisfaction, and productivity (Paauwe, Wright, & Guest, 2012). Across various sectors, there are different measures of organizational performance. The rationale for selecting certain indicators of performance largely depends on the objectives of the specific organization under study (Methot, Milwani, & Rothman, 2017). Dyer and Reeves (1995) labelled performance outcomes into 4 categories including employee, financial, organizational, and market outcomes. Journal of Applied Economics and Business Studies, Volume. 4, Issue 2 (2020) 163-180 https://doi.org/10.34260/jaebs.428 165 Despite studies have reported that HPWS are positively associated with performance outcomes (e.g., Chao, & Chih-Ting, 2018; Liao, Toya, Lepak, & Hong, 2009), researchers have identified that earlier studies have paid little attention to the process linking HR practices to organizational performance (Boon, Den Hartog, & Lepak, 2019; Malhotra & Singh, 2016; Han, Bartol, & Kim, 2015) Previous studies have taken up different theories in examining the relationship between HRM practices with performance (Boselie et al., 2005). Using the concept of social capital, the relationships between employees have been theorised to act an important part in accomplishing high levels of performance (Havens, Gittell, & Vasey, 2018). The theory of relational coordination as one of these relational perspectives describes specific dimensions of relationships that are essential to the coordination of work. Relational coordination is considered a developing theory for distinguishing the dynamics of coordination work. The term relational coordination is generally understood to mean coordination of group members in the context of relationships in interdependent work setup (Gittell, 2001). According to Gittell (2002, p. 301) “relational coordination is a mutually reinforcing process of interaction between communication and relationship carried out for task integration”. Relational coordination is an organised process that consists of communication and relationships. In addition to theoretical understanding, scholars have also suggested methodological gaps such as considering both managers’ and employees’ perceptions about HR practices will result in a better understanding of the HR-performance relationship (Wright &Ulrich, 2017; Bowen & Ostroff, 2004;). These issues imply that the process of linking high- performance work systems and performance is distant from complete hence, indicating a research gap (Fu, Bosak, Flood, & Ma, 2019; Gerhart, 2012). Therefore, based in the theory of relational coordination, this study focuses on examining the links through which HPWS fosters relational coordination among employees and consequently influences organizational performance. The research questions are: 1. To what extent HPWS can influence the efficiency of unit-level performance in predicting relational coordination among employees. 2. To what degree the linkages between HPWS, Relational coordination, and performance is related to the ranking of efficient units. This study used the above arguments to develop a research framework that incorporated the RC theory in HPWS-performance nexus, identifying relational coordination might help explain the process linking HPWS in positively influencing the efficiency of unit-level performance. This study contributes to the multiple facets of HPWS and RC literature (concerning Pakistan). Firstly, the study used Data Envelopment Analysis (DEA) approach based on input Muhammad Siddique, Zahoor Khan & Saleem Gul 166 and output models in which efficiency scores were calculated for three combinations. Firstly, to estimate the effects of HPWS in predicting relational coordination among employees (HPWS as input and relational coordination as output), secondly, to assess the relationship of HPWS with branch level performance outcomes (HPWS as inputs and performance outcomes as outputs), and thirdly, the effects of relational coordination on performance outcomes (RC as inputs and performance as outputs). Thus, inputs for DMU's are divided into two main groups, i.e., HPWS & Relational coordination. The variables under the umbrella of HPWS are JS, T&D, employee participation, information sharing, job description, compensation, and appraisal. The variables concerning Relational coordination are timely, frequent, accurate, problem- solving, communication, shared knowledge, shared goals, and mutual respect. In terms of output for each decision-making unit (branches as DMU’s) are Deposits, advances, and profitability of 120 bank branches (see Table 1). The findings of DEA suggest that based on the combination of input-output models, certain branches were more efficient on HPWS in predicting relational coordination among employees. Secondly, some branches were highly efficient on HPWS concerning performance outcomes of deposits, advances, and profitability and many branches were efficient in terms of relational coordination and its influence on performance outcomes, which is in line with the literature (Gittell, Seidner & Wimbush, 2010). Thirdly, it provides practical implications for policymakers suggesting the importance of employees’ perspectives. Fourthly, the empirical evidence supports an important role of key stakeholders in designing HPWS frameworks, and increasing the input of relational coordination will further improve performance outcomes in terms of higher levels of deposits, performing loans, and profitability. 2. Literature review HRM literature carries a consistent message that HR practices positively influence organizational performance (Murphy, Torres, Ingram, & Hutchinson, 2018). In recent years, researchers have aimed at several other issues in HPWS. One of the major issues is related to the “black box” in HR literature (Sun, Xing, Yin, & Yang, 2018; Boselie et al., 2005). To examine the black box, studies have focused on the role of HRM systems in affecting the attitude and behavior of employees (Mingqiong, Cherrie, Dowling, & Bartram, 2013; Karadas & Osman, 2019). For instance, Ostroff and Bowen (2000) viewed HR practices as critical elements in encouraging employees to behave in manners beneficial to organizational goals. Guest (1997) proposed that appropriate HR practices entice the commitment and motivation of employees that have a direct relationship with business results. In doing so, researchers have mainly relied on the resource-based view and AMO framework as theoretical foundations of the HPWS-performance relationship (Paauwe et al., 2012). Journal of Applied Economics and Business Studies, Volume. 4, Issue 2 (2020) 163-180 https://doi.org/10.34260/jaebs.428 167 Resource-Based View: The RBV approach proposes that firms pay greater attention to their resources for competitive advantage. Researchers have suggested that the RBV has significantly influenced the field of HRM and considered that a system of HR practices that are valuable in nature, rare, unique, and non-substitutable will lead to competitive advantage (Romanow, Rai, & Keil, 2018). However, a number of studies have found that each HR practice prevailing in the organization cannot be a source of sustained competitive advantage (Meuer, 2017; Guest, 1997). The AMO Framework: The AMO model (Appelbaum, Bailey, Berg, & Kalleberg, 2000) has received more attention from the scholars for several reasons including its main components that enable employees to develop better skills, knowledge, and abilities along with motivation and get better opportunities about involvement in decision making. 2.1 Relevance of relational coordination theory Several models explain the link between HPWS and performance (e.g. Guest, 1997; Appelbaum et al., 2000; Lee, Pak, Kim, & Li, 2019). In view of Ostroff and Bowen (2000), most models are based on the assumption that superior HR practices are considered to result in more committed, motivated, and better-skilled employees, who, in turn, can be more productive to affect firm performance. So far, the most predominant arguments about causal mechanisms are based on employees’ skills, abilities, motivation, human capital, and commitment. In addition to these arguments, there is a developing view that focuses on relationships between employees and considers it as an essential causal mechanism through which HPWS influence performance (Collins & Smith, 2006). Therefore, in this study, a relational view is adopted and a model of HPWS has proposed in which each HR practice applies to multiple functions in an interdependent work setting. Relational coordination distinguishes the relational dynamics of coordination work, which comprises communication and relationship aspects in the performance of the interdependent task (Siddique, Procter, & Gittell, 2019; Gittell, 2002). Relational coordination theory assumes that HPWS is due to influence the performance outcomes through their effects on the degree of relational coordination. It suggests that because of social relationships and better information processing capacity, relational coordination is expected to result in better communication ties among employees with different expertise across functions. Relational coordination brings more consistency in communication that enables employees to reduce the number of errors and time wasted in searching misplaced information, carrying out unnecessary communication, and waiting for a response from other workers (Gittell et al., 2010). Based on social capital, the relationships between employees have been understood to act an important role in accomplishing performance (Faraj & Sproull, 2000; Adler, Kwon, & Heckscher, 2008). In general, RC theory is exclusive in determining explicit dimensions of Muhammad Siddique, Zahoor Khan & Saleem Gul 168 relationships that are essential to the coordination of job, precisely going ahead of shared knowledge to encompass mutual respect and shared goals, while concentrating on the improvement of these relationships between roles instead of between specific individuals. Relational coordination theory offers a particular approach to conceptualize the relational dynamics of coordination, their anticipated effects, and basic predictors. Therefore, this theory is applicable to work processes with a high level of interdependence involving multiple employees to carry out the tasks under uncertain circumstances and time restrictions (Gittell et al., 2010). 2.2 Conceptual framework In this model, relationships among employees are considered as a link between HPWS and performance. This study recommends that HPWS is set for improving relational coordination, which is expected to build up branch-level performance. Based on the theory of relational coordination, HPWS affects relational coordination at the unit level, and relational coordination in turn is linked with the impact of HPWS on overall branch performance, indicating a relational process through which HPWS work. Figure 1: Conceptual framework Source: The above theoretical framework is adopted form Gittell, Seidner & Wimbush (2010). 3. Methods 3.1 Research approach The study used a predictive research design. For this purpose, in the first stage, the information related to HPWS and RC was obtained from managerial and officer cadre employees working in various functions including operations, cash, and credit departments from 218 branches (Babbie, 2004). Secondly, data regarding branch-level performance outcomes including deposits advances, and profitability was gathered subsequently after the survey on completion of the financial year. Thirdly, based on the inputs and outputs of Decision-making Units (DMU’s) efficiency and super-efficiency of DMU’s were determined via Data Envelopment Analysis (DEA) analysis. These efficiency scores were computed using HPWS JS T&D Employee Participation Information sharing JD Contingent Comp Appraisal Relational Coordination Communication ties Relationship ties Unit Performance Deposits Advances Profitability Journal of Applied Economics and Business Studies, Volume. 4, Issue 2 (2020) 163-180 https://doi.org/10.34260/jaebs.428 169 the variable returns to scale (VRS) approach. The VRS approach allows for the computation eliminating calculation of technical efficiency (TE) further, using input-oriented BCC models, super efficiency scores were computed for 120 branches and were ranked according to efficiency scores. 3.2 Measurement of variables High-Performance Work Systems and unitary index There has been little agreement as to what constitutes HPWS (Lepak, Liao, Chung, & Harden, 2006). Organizations have specific objectives and connecting them to the design of HPWS might present better insights into the effectiveness of HPWS (Lepak et al., 2006). Therefore, for this study, influential studies and its relevance to the study settings were identified which have focused on the effects of high-performance work practices on performance as an inclusion criterion in HPWS. These practices include JS, T&D, employee participation, JD, information sharing, contingent compensation, and appraisal. These practices were measured with validated scales (Delery & Doty, 1996; Zacharatos et al., 2005; Scott & James, 1992) on a 5-point Likert scale. The study adopted a widely used additive approach, which is consistent with one of the main principles of strategic human resource management that the effects of practices is better understood by testing the system of high-performance work practices (Huselid, 1995; Ostroff & Bowen, 2000; Lepak et al., 2006). Following the subscale aggregation additive approach, seven HR practices were aggregated into a unitary index that measures HPWS (Macky & Boxall, 2007). An additive approach is also more appropriate for the present study model that assumes each practice is equally important within the HPWS index (Gittell et al., 2010). Relational Coordination: A seven items RC survey, developed by Gittell et al. (2010) was adapted for measuring relational coordination. The RC survey has been used to determine cross-functional as well as cross-organizational coordination among employees working in highly interdependent work settings. Branch performance measures To measure the branch performance of a bank, Paradi et al. (2011) proposed a production, intermediation, and profitability approach. Using Paradi’s approach, selected branches are analysed about efficiency, liquidity, capital adequacy, and profitability. An identical set of unit- level performance measures comprising deposits, lending, and profit were gathered across one hundred and twenty bank branches. Sampling and data collection procedure This study has been conducted in one of the largest and pioneer banks in Pakistan with a nationwide branch network of more than 1300 branches. Considering the distinct geographical location of the bank, Muhammad Siddique, Zahoor Khan & Saleem Gul 170 the study considered 755 branches operating and located in the major provinces of Punjab, Khyber, and federal capital. Table 1: Sampled bank branches The Punjab Federal capital KP Total Branches 360 190 205 755 Surveyed 155 78 107 340 HPWS and RC 58 68 92 218 Matched Branches 38 49 33 120 In total, 3400 questionnaires were personally administered in the survey in 218 branches. The survey was sponsored by research funding. Participants completed 1830, of which only 1560 were usable. The sample characteristics of the respondents suggested that most of the employees are young professionals in the range of 31 to 40 years and mostly holding master’s in business administration (MBA) qualifications with 5 to10 years of experience in the banking sector. Instrument reliability and validity This study used validated scales with minor modifications and was evaluated and assessed in the context of reliability and validity. In the first step, an exploratory factor analysis (EFA) was conducted for HPWS and relational coordination. The factor loading of the items indicated the presence of strong loadings of all variables on only one component. Reliability was estimated using a common technique of Cronbach alpha coefficient and interrater reliability coefficients of ICC1 and ICC2 (LeBreton & Senter, 2008). Validity is assessed in terms of interrater agreement (IRA) (see table 2). The alpha coefficient values for each scale, ICC1 and ICC2 were more than the recommended value justifying aggregation of HPWS and RC at a branch level. In terms of validity, the average values of interrater agreement rwg(j) of HPWS relational coordination for all functions exceed the recommended value of 0.70 (LeBreton et al., 2003). Table 2: Reliability and validity analysis for HPWS and RC Departments ICC1 ICC2 Intraclass (1) Intraclass (2) Interrater Agreement Two-way One-way rwgj HPWS Manager 0.265 0.904 0.273 0.912 0.93 Operations 0.260 0.901 0.281 0.914 0.90 Credit 0.238 0.890 0.241 0.902 0.94 Cash 0.185 0.855 0.191 0.864 0.91 Survey Items Alpha Survey Items Alpha ES 4 0.612 IS 3 0.702 Training 4 0.739 CC 3 0.602 Participation 4 0.813 PA 5 0.853 JD 3 0.835 HPWS 26 0.895 Journal of Applied Economics and Business Studies, Volume. 4, Issue 2 (2020) 163-180 https://doi.org/10.34260/jaebs.428 171 Table 2a: Rotated component matrix for HPWS Components Practices Items 1 2 3 4 5 6 7 Performance appraisal Q25 .787 Q27 .767 Q26 .741 Q28 .700 Q29 .651 Employee participation Q10 .813 Q9 .738 Q11 .722 Q12 .651 Extensive training Q7 .779 Q5 .712 Q8 .704 Q6 .609 Role clarity Q14 .804 Q15 .772 Q13 .770 Information sharing Q19 .730 Q17 .708 Q20 .624 Job security Q2 .729 Q3 .722 Q4 .569 Q1 .520 Performance based compensation Q21 .751 Q22 .645 Q23 .606 Table 2b: Component matrix for relational coordination Component Items Factor Loading Accurately .785 Timely .746 Problem Solving .732 Shared Goals .726 Frequently .713 Respect .703 Shared Knowledge .688 4. Results and discussion The study is determined to measure the extent to which HPWS can predict the degree of relational coordination; to examine whether there is a positive relationship between the HPWS and firm performance in the banking sector of Pakistan. Data is analyzed using data envelopment analysis (DEA) technique to identify the most efficient branches in terms of their Muhammad Siddique, Zahoor Khan & Saleem Gul 172 inputs and output efficiencies for 120 branches. These branches were analyzed through a widely used DEA for the financial efficiency of decision-making units (DMU). DEA is set up to measure the financial efficiency of units with several inputs and outputs (Gutierrez & Goitisolo Lezama, 2011). To examine the effects of HPWS on relational coordination and performance outcomes, DEA efficiency scores were calculated through HPWS as input for relational coordination and performance outcomes using BCC (Banker, Charnes, & Cooper, 1984) input-based models. These inputs and outputs serve an exclusive combination to report the causes of either efficiency or inefficiency for each branch. Tables 3, 4, and 5 provide efficiency scores for 120 branches among the inputs and outputs. Based on the model of Cinca and Molinero (2004), this study calculated DEA efficiency scores for three combinations. Firstly, to estimate the effects of HPWS in predicting relational coordination among employees (HPWS as input and relational coordination as output), secondly, to assess the relationship of HPWS with branch level performance outcomes (HPWS as inputs and performance outcomes as outputs), and thirdly, the effects of relational coordination on performance outcomes (RC as inputs and performance as outputs). Finally, for all three combinations, DEA super efficiency scores were computed to rank the efficient branches (Lovell & Rouse, 2003). Table 6 presents the ranking of branches in terms of super- efficiency scores. The maximum score of an efficient branch is 1suggesting that the branch is fully efficient to convert inputs into outputs. Branches that are less than 1 are considered inefficient branches on transforming inputs into outputs (Charnes, Cooper, & Rhodes, 1978). Concerning the effects of HPWS in predicting relational coordination among employees, shown in Table 3, 4 out of 120 branches were 100 percent efficient. These branches include DMU number 58, 109, 102, and 116. Similarly, in terms of HPWs and its effects on performance, shown in Table 4, 6 out of 120 branches were fully efficient. A group of these 100 percent efficient branches comprises DMU 115, 101, 38, 103, and 33 respectively. Besides, regarding the effects of relational coordination on performance outcomes, shown in table 5, a total of 6 out of 120 branches were found 100 percent efficient in terms of RC as inputs and performance as outputs. Among full efficient branches, include DMU number 115, 103, 101, 38, 33, 45, 3, 109, and 15. Results shown in Tables suggest that DEA efficiency scores of branches vary across a combination of inputs and outputs. Several branches were efficient in several combinations. For instance, DMU such as 33, 38, 101, 105, and 109 are efficient branches in terms of using HPWS-performance relationships and relational coordination to performance relationships. These findings are consistent with numerous previous studies that examined the linkages and found that HPWS is positively related to firm performance (e.g. Siddique et al., 2019; Liao et al., 2009; Gittell et al., 2010). Together, these results contribute to the current understating of the linkages between HPWS and organizational performance in the service context. This study Journal of Applied Economics and Business Studies, Volume. 4, Issue 2 (2020) 163-180 https://doi.org/10.34260/jaebs.428 173 emphasizes the central role of relational coordination among employees as a meaningful element in the relationships between HPWS and performance. Table 3: Super efficiency of branches on BCC input oriented models HPWS-RC DMU VRS Efficiency Score DMU VRS Efficiency Score DMU VRS Efficiency Score DMU VRS Efficiency Score 1 0.56 31 0.32 61 0.46 91 0.67 2 0.41 32 0.49 62 0.53 92 0.56 3 0.45 33 0.58 63 0.62 93 0.73 4 0.43 34 0.54 64 0.72 94 0.68 5 0.71 35 0.55 65 0.58 95 0.62 6 0.58 36 0.63 66 0.61 96 0.51 7 0.42 37 0.42 67 0.56 97 0.84 8 0.67 38 0.50 68 0.34 98 0.55 9 0.48 39 0.43 69 0.39 99 0.72 10 0.45 40 0.46 70 0.55 100 0.37 11 0.57 41 0.36 71 0.52 101 0.39 12 0.47 42 0.32 72 0.52 102 1.00 13 0.47 43 0.42 73 0.57 103 0.83 14 0.57 44 0.49 74 0.45 104 0.56 15 0.63 45 0.52 75 0.70 105 0.49 16 0.42 46 0.35 76 0.73 106 0.63 17 0.50 47 0.52 77 0.57 107 0.63 18 0.48 48 0.54 78 0.52 108 0.70 19 0.44 49 0.63 79 0.62 109 1.00 20 0.61 50 0.52 80 0.44 110 0.60 21 0.47 51 0.60 81 0.44 111 0.74 22 0.52 52 0.69 82 0.57 112 0.53 23 0.57 53 0.56 83 0.42 113 0.56 24 0.67 54 0.44 84 0.44 114 0.51 25 0.58 55 0.62 85 0.49 115 0.71 26 0.50 56 0.66 86 0.52 116 1.00 27 0.40 57 0.50 87 0.56 117 0.43 28 0.65 58 1.00 88 0.58 118 0.58 29 0.60 59 0.44 89 0.54 119 0.83 30 0.44 60 0.67 90 0.58 120 0.96 Table 4. Super efficiency of branches on BCC input oriented models HPWS- performance DMU Efficiency Score DMU Efficiency Score DMU Efficiency Score DMU Efficiency Score 1 0.45 31 0.29 61 0.34 91 0.76 2 0.35 32 0.47 62 0.37 92 0.43 3 0.46 33 1.00 63 0.53 93 0.46 4 0.38 34 0.40 64 0.78 94 0.46 5 0.61 35 0.38 65 0.45 95 0.83 6 0.66 36 0.69 66 0.52 96 0.37 7 0.27 37 0.33 67 0.45 97 0.89 8 0.63 38 1.00 68 0.28 98 0.49 9 0.56 39 0.40 69 0.34 99 0.58 Muhammad Siddique, Zahoor Khan & Saleem Gul 174 10 0.34 40 0.42 70 0.41 100 0.29 11 0.68 41 0.27 71 0.40 101 1.00 12 0.33 42 0.32 72 0.51 102 0.53 13 0.41 43 0.36 73 0.38 103 1.00 14 0.44 44 0.51 74 0.38 104 0.43 15 0.69 45 0.96 75 0.40 105 0.45 16 0.40 46 0.30 76 0.55 106 0.48 17 0.46 47 0.43 77 0.56 107 0.43 18 0.34 48 0.34 78 0.37 108 0.59 19 0.38 49 0.39 79 0.43 109 1.00 20 0.47 50 0.32 80 0.31 110 0.57 21 0.33 51 0.39 81 0.31 111 0.59 22 0.38 52 0.46 82 0.39 112 0.34 23 0.37 53 0.43 83 0.42 113 0.43 24 0.52 54 0.31 84 0.38 114 0.42 25 0.41 55 0.70 85 0.46 115 1.00 26 0.38 56 0.37 86 0.50 116 0.56 27 0.32 57 0.34 87 0.32 117 0.35 28 0.54 58 0.46 88 0.27 118 0.48 29 0.75 59 0.29 89 0.27 119 0.58 30 0.35 60 0.44 90 0.36 120 0.86 Table 5: Super efficiency of branches on BCC input oriented models for RC-performance DMU VRS Efficiency Score DMU VRS Efficiency Score DMU VRS Efficiency Score DMU VRS Efficiency Score 1 0.68 31 0.55 61 0.28 91 0.53 2 0.51 32 0.54 62 0.25 92 0.40 3 1.00 33 1.00 63 0.43 93 0.24 4 0.36 34 0.30 64 0.63 94 0.26 5 0.72 35 0.27 65 0.40 95 0.55 6 0.44 36 0.45 66 0.38 96 0.28 7 0.25 37 0.33 67 0.43 97 0.40 8 0.36 38 1.00 68 0.41 98 0.36 9 0.45 39 0.51 69 0.44 99 0.44 10 0.31 40 0.80 70 0.37 100 0.39 11 0.59 41 0.40 71 0.39 101 1.00 12 0.28 42 0.90 72 0.55 102 0.16 13 0.54 43 0.52 73 0.27 103 1.00 14 0.57 44 0.59 74 0.50 104 0.37 15 1.00 45 1.00 75 0.21 105 0.60 16 0.77 46 0.47 76 0.28 106 0.33 17 0.62 47 0.29 77 0.66 107 0.29 18 0.28 48 0.26 78 0.34 108 0.35 19 0.52 49 0.27 79 0.27 109 1.00 20 0.38 50 0.22 80 0.32 110 0.39 21 0.27 51 0.24 81 0.29 111 0.38 22 0.32 52 0.22 82 0.23 112 0.36 23 0.28 53 0.30 83 0.94 113 0.33 24 0.34 54 0.29 84 0.63 114 0.41 25 0.26 55 0.46 85 0.68 115 1.00 26 0.30 56 0.22 86 0.43 116 0.22 Journal of Applied Economics and Business Studies, Volume. 4, Issue 2 (2020) 163-180 https://doi.org/10.34260/jaebs.428 175 27 0.46 57 0.27 87 0.18 117 0.39 28 0.47 58 0.12 88 0.13 118 0.45 29 0.48 59 0.28 89 0.15 119 0.27 30 0.39 60 0.22 90 0.24 120 0.54 Table 6: Ranking of efficient branches based on super efficiency HPWS-RC HPWS-Performance RC-Performance DMU Efficiency Score Rank DMU Efficiency Score Rank DMU Efficiency Score Rank 58 1.30 1 115 1.52 1 115 1.88 1 109 1.23 2 101 1.47 2 103 1.86 2 102 1.08 3 38 1.43 3 101 1.84 3 116 1.00 4 103 1.40 4 38 1.80 4 33 1.38 5 33 1.71 5 109 1.26 6 45 1.61 6 3 1.51 7 109 1.18 8 15 1.05 9 5. Conclusion and implications This study was aimed to assess the effects of HPWS in predicting the degree of relational coordination among employees and improving the efficiency of unit-level performance in the banking service sector of Pakistan. The data obtained from officer cadre employees of 218 branches about HPWS and relational coordination and branch performance outcomes including deposits, advances, and profitability was analysed using DEA techniques for efficiency scores of bank branches in terms of the use of inputs in generating efficient output. The super- efficiency scores were computed for analysing the effect of HPWS and relational coordination in improving the efficiency of branches. Using input-oriented BCC data envelopment analysis models, super efficiency scores were computed for 120 branches and the most efficient branches were ranked in terms of three combinations of input-output models including HPWS- RC; HPWS-performance; and RC-performance. The findings suggested that based on the combination of input-output, certain branches were more efficient on HPWS in predicting relational coordination among employees, while some branches were highly efficient on HPWS and relational coordination concerning performance outcomes of deposits, advances, and profitability. These results suggest that HPWS designed to foster relational coordination among employees will positively influence unit-level performance. The study provides a new understanding of the linkages between HPWS and performance. It provides practical implications for policymakers suggesting the importance of employees’ perspectives as the findings present an important indication that there was a relational process, whereby relational coordination was related to an extent of HPWS and its impact on unit-level performance outcomes. Muhammad Siddique, Zahoor Khan & Saleem Gul 176 References Adler, P., Kwon, S. & Heckscher, C. (2008). 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