EPISODE · Oct 30, 2025 · 42 MIN
The Five Phases to Activate and Accelerate Breakthrough Innovation | Shannon Lucas, Co-Founder of Catalyst Constellations
from Fault Lines · host Richard Roman
In this episode, Shannon Lucas shares her journey in building an innovation program at Vodafone and the challenges that come with driving organizational transformation, including burnout among change-makers. She explores the unique role of catalysts (individuals who spark and sustain change within organizations) and the importance of recognizing, supporting, and empowering them In this episode, we sit down with Shannon Lucas to explore the hidden power of catalysts inside organizations, those fast-moving, highly intuitive change-makers who spot opportunities others miss and help teams turn transformation ideas into real results. Shannon shares how her career in global innovation led her to co-found Catalyst Constellations, why so many high-impact employees burn out, and what leaders can do to support the people driving positive change. We also dig into the five attributes of a catalyst, the role of trust in innovation, why traditional change management often fails, and how organizations can activate internal talent to accelerate transformation. If you’ve ever felt like you see problems before everyone else does (or you lead people like that) this conversation will make you feel see and understood. Topics include: Building innovation programs at Vodafone, Cisco, and Ericsson Why catalysts are often overlooked in large organizations Burnout, rejuvenation, and sustainable change leadership How trust unlocks transformation The Catalyst Constellations program and its five phases Learn more at catalystconstellations.com and take the quiz to see if you might be a catalyst.
Embed this episode
NOW PLAYING
The Five Phases to Activate and Accelerate Breakthrough Innovation | Shannon Lucas, Co-Founder of Catalyst Constellations
No transcript for this episode yet
Similar Episodes
No similar episodes found.
Similar Podcasts
No similar podcasts found.