Location: Gyeonggi-do
Contract Type: Temperory
A semiconductor equipment manufacturer is seeking a Talent Acquisition Partner. The chosen candidate will drive strategic sourcing initiatives, build strong talent pipelines, and deliver market insights to support hiring needs across multiple regions.
Responsibilities:
- Identify, engage, and build relationships with high-potential candidates in the Metrology industry, focusing on roles in Sales, RPM, and Technical Sales
- Establish and maintain a robust talent pool to support current and future hiring needs in Korea, Taiwan, China, Japan, and Singapore
- Continuously map the external talent landscape, including competitor analysis and local market insights, to inform sourcing strategies
- Partner closely with regional business leaders and HR teams to understand hiring needs and role specifications
- Ensure a high-quality candidate experience through consistent communication and professional engagement
- Represent the company positively in external interactions, leveraging platforms like LinkedIn and local networks to enhance visibility among target talent
Requirements:
- Bachelor’s degree or above in Human Resources, Business, or related field
- More than 7 years of recruitment experience (semiconductor, high-tech, or capital equipment industry is preferred)
- Proven track record of managing complex, multi-country recruitment (Korea and Taiwan are strongly preferred)
- Strong knowledge of talent markets in Korea and Taiwan, with deep sourcing expertise in niche technical roles
- Experience working in a global matrix environment and reporting directly to HQ
- Excellent communication skills in English and local language (Korean and/or Mandarin).
- Proficient in English, Korean, and/or Mandarin
About the Company:
A global provider of advanced metrology and process control solutions for the semiconductor industry. The company supports local semiconductor manufacturers by offering sales, applications, and technical services, helping ensure precise measurement and improved production efficiency in chip manufacturing.