Paper Contents
Abstract
The recruitment and selection process is a critical component of an organization's human resource management strategy, determining the quality of new hires and influencing overall organizational performance. This review focuses on the recruitment and selection processes employed by Hyundai, a global automotive leader known for its innovation and efficiency. The study examines the methods and practices Hyundai employs to attract, assess, and onboard talent, providing insights into the company's approach to maintaining a competitive edge through human capital. Hyundai's recruitment process begins with workforce planning to identify current and future staffing needs. The company utilizes a mix of internal and external recruitment strategies, leveraging online job portals, campus recruitment, and employee referrals to source candidates. Hyundai's selection process is rigorous and multifaceted, incorporating various assessment tools such as psychometric tests, technical assessments, and structured interviews to evaluate candidatesskills, competencies, and cultural fit. This review also explores Hyundai's emphasis on diversity and inclusion within its recruitment framework, highlighting initiatives aimed at fostering a diverse workforce. Additionally, the role of technology in streamlining and enhancing the recruitment and selection process is discussed, with a focus on the use of applicant tracking systems (ATS) and artificial intelligence (AI) to improve efficiency and candidate experience. The findings suggest that Hyundai's systematic and strategic approach to recruitment and selection contributes significantly to its ability to attract and retain top talent, thereby supporting its organizational goals and sustaining its market leadership. The review concludes with recommendations for further enhancing Hyundai's recruitment and selection processes, considering emerging trends and best practices in human resource management
Copyright
Copyright © 2024 BHADRAPPA HARALAYYA. This is an open access article distributed under the Creative Commons Attribution License.
