Ting Hsuan(anita) Lee
About Ting Hsuan(anita) Lee
Ting Hsuan (Anita) Lee is an Overseas HR Account Manager at ASUS, specializing in North America and South Asia. She has over six years of experience in human resources, having previously worked as an Overseas HR Service Representative at ASUS in Taipei.
Work at ASUS
Ting Hsuan Lee has been employed at 華碩電腦股份有限公司 (ASUS) since 2018. She initially served as an Overseas HR Service Representative for two years in Taipei City, Taiwan, before transitioning to her current role as Overseas HR Account Manager-APAC in 2020. In this position, she has been responsible for managing HR accounts across the Asia-Pacific region. Additionally, since 2021, she has taken on the role of Overseas HR Account Manager for North America and South Asia, further expanding her responsibilities within the company.
Education and Expertise
Ting Hsuan Lee earned her Bachelor's degree in Political Science from 國立成功大學 (National Cheng Kung University) from 2014 to 2018. Her academic background provides her with a solid foundation in understanding organizational dynamics and human resources management. This educational experience complements her professional roles in HR, where she applies her knowledge to manage diverse HR needs across various regions.
Background
Ting Hsuan Lee is based in Taipei City, Taiwan. She has developed her career in human resources, focusing on overseas account management. Her work at ASUS has allowed her to gain experience in handling HR services and account management for different regions, particularly in the Asia-Pacific, North America, and South Asia markets.
Career Progression
Ting Hsuan Lee's career at ASUS reflects a clear progression in her HR roles. Starting as an Overseas HR Service Representative, she gained valuable experience that led to her promotion to Overseas HR Account Manager-APAC in 2020. Her subsequent role as Overseas HR Account Manager for North America and South Asia in 2021 demonstrates her growing responsibilities and expertise in managing HR operations across multiple regions.