Lindsay W.
About Lindsay W.
Lindsay W. serves as the Head of Global Escalations for Risk, Ethics, and Policy at Hinge, where she has worked since 2023. With a background in safety operations and policy management, she has held various roles in organizations such as Tinder and The Soma Institute.
Current Role at Hinge
Lindsay W. serves as the Head of Global Escalations - Risk, Ethics, and Policy at Hinge. She has held this position since 2023, operating out of New York, New York. In this role, she is responsible for overseeing escalations related to risk and ethics, ensuring that the company's policies align with best practices in user safety. Additionally, she has been involved in developing innovative safety practices and improving internal processes.
Previous Experience at Hinge
Prior to her current role, Lindsay worked at Hinge as the Global Safety Operations & Policy Program Manager from 2021 to 2023. She also held the position of User Safety Specialist for five months in 2021. During her time at Hinge, she focused on enhancing user safety and implementing effective safety policies.
Professional Background
Lindsay has a diverse professional background that includes roles in trust and safety operations. She worked as a Trust & Safety Analyst at Tinder, Inc. from 2018 to 2020. Additionally, she served as an Executive Assistant at Pablove Foundation Inc. and has experience in customer service as a Sales Associate at J Crew.
Education and Expertise
Lindsay earned her Bachelor's degree in Integrated Educational Studies with an emphasis in Teaching in the Community from Chapman University, where she studied from 2012 to 2016. She also studied at Richmond in Florence in 2015. Her educational background has equipped her with skills relevant to her current focus on risk management and safety operations.
Volunteer Experience
Since 2011, Lindsay has been involved as a Service Volunteer with Rustic Pathways in Fiji. This long-term commitment reflects her dedication to community service and her interest in providing support in various capacities.