Ep. 466 - Neat Strategy and Operations Lead, Alicia Ramirez-Ingalls

In today's episode of the Second in Command podcast, co-host Sivana Brewer is joined by Alicia Ramirez-Ingalls, Strategy and Operations Lead at Neat, a video communications device design company based in Oslo, Norway.Throughout the conversation, Sivana and Alicia explore the challenges and experiences of navigating high-pressure environments, particularly when self-doubt and imposter syndrome inevitably arise. Alicia shares insights on how to balance personal uncertainty with the need to contribute meaningfully in demanding professional settings.You'll hear about the concept of a "fail fast" mindset, which involves embracing failure as part of the learning process. Alicia explains how speed, agility, and a willingness to iterate can lead to breakthroughs, with real-world examples illustrating how this approach has shaped decision-making and growth within the company.This episode offers practical advice for those looking to build effective partnerships in any field.If you've enjoyed this episode of the Second in Command podcast, be sure to leave a review and subscribe today!Enjoy!In This Episode You'll Learn:Alicia's strong relationship with Janine Pelosi, the CEO of Neat, and her decision to join Neat after a career break.The importance of not shying away from new challenges and making the most of opportunities to learn and grow.Why leaders should provide a safe space for team members to communicate and learn from their mistakes. The importance of trusting oneself and the team and being willing to take on new challenges.And much more...Important Links:Connect with Alicia: Website | LinkedInConnect with Cameron: Website | LinkedInExplore the COO Alliance - The World’s Leading Community for Seconds in CommandGet Cameron’s book: Second in Command: Unleash the Power of Your COO BookTake Cameron’s leadership course: Invest In Your Leaders Online Course (Use promo code PODCAST10 before the end of the month for 10% off)Chat or video call with AI Cameron via Delphi