Adin Stein
About Adin Stein
Adin Stein serves as the Chief Information Security Officer and Head of Infrastructure & Compliance at Rune Labs, where he focuses on enhancing cybersecurity and compliance measures. With extensive experience in engineering operations across various industries, he is passionate about leveraging technology to advance healthcare and life sciences.
Current Role at Rune Labs
Adin Stein serves as the Chief Information Security Officer and Head of Infrastructure & Compliance at Rune Labs. He has held this position since 2022, contributing to the organization's focus on healthcare and life sciences. His role involves overseeing information security strategies and ensuring compliance with regulatory standards, which are critical in the biotech sector.
Previous Experience at Lyell Immunopharma
Before joining Rune Labs, Adin Stein worked at Lyell Immunopharma as the Head of Engineering Operations, IT, and Cybersecurity from 2019 to 2022. During his three years in this role, he was responsible for managing engineering operations and enhancing cybersecurity measures within the organization, which is based in South San Francisco.
Professional Background at Roche
Adin Stein held the position of Director of Engineering Operations at Roche from 2018 to 2019. His tenure lasted for 11 months in the San Francisco Bay Area, where he focused on engineering operations within a leading global healthcare company.
Education and Academic Background
Adin Stein studied at Notre Dame de Namur University, where he earned a Bachelor of Science in Business Administration (BSBA) with a focus on Information Technology and Leadership. His studies spanned from 2007 to 2010, providing him with a solid foundation in both technology and leadership principles.
Diverse Industry Experience
Adin Stein has extensive experience across various industries, including AdTech, smart grid/energy, and biotechnology. His diverse background equips him with a balanced perspective and a comprehensive skill set, enabling him to create innovative solutions in both regulated and non-regulated environments.