Belkis Pimentel
Reshunda Redmond
Reshunda Redmond serves as the Sr. Director for Quality and Safety Oversight for Kaiser Foundation Health Plan of GA. With nearly 20 years of medical office operations experience, Reshunda has been able to support programs and implement strategies to address disparities and improve clinical outcomes. Outside of work, Reshunda enjoys spending time with her family and serving the community. She is an active member of Delta Sigma Theta Sorority, Inc. as well as several professional organizations including the American College of Healthcare Executives, the National Association of Health Service Executives and the National Association for Healthcare Quality.
Rodrigo Villar
Shyam Iyer
Andreas Walbrodt
Andrew Martin
SangJoon Hwang
SangJoon Hwang received B.S, M.S., and Ph.D. degrees in electric engineering from the Korea University in 1994, 1996, and 2008, respectively.
He joined the Samsung Electronics, Hwaseong, South Korea in 1996, where he had successfully led a DRAM design group in 2014 and the Flash design team in 2017 as a Vice President and the Memory Product Planning team in 2019 as as a Senior Vice President. Through leading various backgounds from product planning to design, his experience enhances the overall quality of Samsung DRAM products.
Since 2023, he has been leading the DRAM Product & Technology of the Samsung memory division. His current research interests include architecture for next-generation DRAM and product development utilizing new process technology for new product line-up.
Saraswathy RV
Saraswathy is a PET (Privacy Enhancing Technologies) Engineer in HP’s Global Privacy Engineering Center of Excellence (CoE).
In her role within the CoE, Sara works to apply a variety of PETs to enterprise scale use cases across the company. In her role she blends the theoretical underpinnings of PETs with a practical focus on business value and risk.
She earned her PhD in Mathematics from University of Cincinnati where her research focused on post quantum cryptography.
She has since worked on researching and developing solutions in privacy using multiple technologies including MultiParty Computation (MPC), Fully Homomorphic Encryption (FHE) and Differential Privacy (DP).
