Samantha Chan
About Samantha Chan
Samantha Chan serves as the Director and Sector Head for Conglomerates in Commercial Banking at HSBC, a position she has held since 2024. She has extensive experience in the banking sector, having worked in various roles at HSBC for over a decade.
Current Role at HSBC
Samantha Chan currently serves as the Director and Sector Head for Conglomerates within the Commercial Banking division at HSBC. She has held this position since 2024, contributing to the bank's strategic initiatives in Hong Kong SAR. Her role involves overseeing operations and managing client relationships within the conglomerate sector, ensuring alignment with the bank's objectives.
Previous Positions at HSBC
Samantha Chan has held multiple positions at HSBC throughout her career. She worked as a Management Associate in Commercial Banking from 2007 to 2009, followed by a role as Vice President in the same division from 2009 to 2011. She then advanced to Senior Vice President, Commercial Banking, from 2013 to 2020, and served as Division Head for Corporate Commercial Banking from 2018 to 2020. Most recently, she was the Director for Industrials from 2020 to 2024.
Experience in Commercial Banking
With over 15 years of experience in the commercial banking sector, Samantha Chan has developed expertise in various aspects of banking operations. Her roles at HSBC have included management of client portfolios, strategic planning, and sector-specific financial solutions. This extensive experience has equipped her with a deep understanding of the banking landscape in Hong Kong.
Career Progression at HSBC
Samantha Chan's career at HSBC reflects a steady progression through various roles in the Commercial Banking division. Starting as a Management Associate, she gained foundational knowledge in banking practices. Over the years, she advanced through positions of increasing responsibility, culminating in her current role as Director and Sector Head. This trajectory showcases her commitment to professional growth within the organization.