Page 17 - Azerbaijan State University of Economics
P. 17

Prerna Ahuja, Meenu Gupta, Jinesh Jain, Kiran Sood, Luan Vardari: HR Analytics Research
                                                       Landscape (2003–2024): A Systematic, Bibliometric, and Content Analysis


                    their personal data is being misused, it can erode their trust and confidence in the
                    organisation [Roberts DR. 2013; S. Chatterjee and S. Mousumi, 2023] In the backdrop
                    of  above  discussion,  it  can  be  strongly  asserted  that  employee  engagement  and
                    retention  have  been  widely  examined  aspects  in  the  arena  of  HR  Analytics,
                    highlighting  the  potential  of  data-driven  approaches  in  lowering  the  employee
                    turnover rate and improving their efficiency [Roberts DR. 2013].

                    Workforce Planning and Optimisation
                    Various  scholarly  investigations  undertaken  in  the  domain  of  HR  Analytics  have
                    accentuated the critical role of data in workforce planning and optimisation decision
                    making [Momin WYM, Mishra K. 2015; Bajaj NA. 2025; Huselid MA. 2018]. The
                    findings  of  these  studies  emphasised  that  organisations  could  harness  the  power  of
                    predictive analytics, scenario planning, and advanced data modelling techniques to make
                    an  accurate  estimate  of  future  workforce  requirements.  Such  methodologies  enable
                    businesses  to  optimise  staffing  levels,  ensuring  that  available  resources  are  neither
                    underutilised nor overburdened, while also facilitating strategic mobility of workforce
                    [Nalla NNR. 2024;  Kishnani N. 2019;  Yuan J. 2019; Falletta SV, Combs WL 2020].

                    By  using  advanced  analytics  techniques,  organisations  can  get  an  idea  about  the
                    possible skill gaps, align future staffing requirement with objectives of the business,
                    and ensure the placement of the right people in the right job [Huselid MA. 2018;
                    Worth CW. 2011; Chaturvedi V. 2016]. For example, a study undertaken by Falletta
                    & Combs (2020) [Falletta SV, Combs WL. 2020] revealed that predictive models can
                    be  utilised  to  forecast  future  staffing  requirements,  taking  into  consideration  the
                    factors including employee turnover, retirement trends, and expansion of business.

                    Furthermore, the research highlights the potential of using employee data, including
                    performance  level,  skills,  expertise  and  career  aspirations,  to  find  the  talented
                    workforce,  doing  succession  planning,  and  ensuring  strategic  workforce  mobility
                    [Rombaut E, Guerry MA. 2017]. The adaptability of a data-driven approach to talent
                    management  may  assist  organisations  in  retaining  and  developing  their  top
                    performers, while also sustaining a responsive and multifaceted workforce.

                    Employee Capacity Building and Skill Development Initiatives
                    The application of data analytics in measuring and evaluating the effectiveness of existing
                    training and development programs and identifying the knowledge and skill gaps among
                    employees has been extensively investigated by the research community [Chauhan R,
                    Mishra AK. 2025; Ramamurthy KN, Singh M, Davis M, Kevern JA, Klein U, Peran M.
                    2015; Dixit R, Sinha V. 2020; Falletta SV, Combs WL.2020]. It has been suggested by
                    the researchers that organisations could employ learning analytics to monitor the impact
                    of training on employee performance [Barbar K, Choughri R, Soubjaki M. 2019; Mushtaq


                                                           17
   12   13   14   15   16   17   18   19   20   21   22