Sustainability Sprint with Diane Zandee

Diane Zandee is versatile.  She is a researcher at Nyenrode Business University, where she is working on her PhD on circular economy and financial challenges. She also teaches at Nyenrode on corporate social responsibility, always from the business perspective. As sustainable CFO, she helps startups understand their business model and their sustainable value in doing so. As a consultant, she also helps companies in their transition to sustainability and to integrate this into their core activities and take employees and supply chain partners along. Her goal is to make an impact and better understand the business side of sustainability. It is about building bridges between our old and new sustainable ways of working.  Learn more: https://ebullient.com/podcast/sustainability-diane/The Sustainability SprintThe Sustainability Sprint is a series of five half-day workshop sessions, designed and facilitated by expert coaches, for organisations to kick-start their sustainability ambitions. In a structured process, participants explore and align with each other on how best to address sustainability in their business. Over the course of the Sprint, they develop an all-around view of the issues and potential solutions. The sessions combine individual and group assignments, inspiration from guest speakers, customer feedback, and a pitch to executive management. The outcomes are a clear action plan, a high level of motivation, and a feeling of empowerment.The Sustainability Sprint: https://www.qhuba.com/diensten/sustainability/sustainabilitysprint/The Business Simplicity Podcast is where leaders share their most successful strategies and the failures that inspired them so you can avoid the suffering and reap the benefits.Guests have a wide diversity of backgrounds. We highlight people from around the world working in the environment, education, entertainment, and many other industries.  Simplify your thinking to accelerate your business!#ebullient #business #simplicity #podcast #sustainability