In this episode, joining us is Jayshree Seth, a leading STEM advocate and Chief Science Advocate at 3M, as she shares her insights on the science of innovation and thought leadership. You’ll learn from one of the top science advocates in the industry about how to lead with purpose and drive meaningful change through science.

In the ever-evolving world of science and technology, thought leadership plays a critical role in shaping the future. One of the most notable figures in this space is Jayshree Seth, Chief Science Advocate at 3M and the author of The Heart of Science: Engineering Fine Print. This book, published by the Society of Women Engineers, dives deep into the intricacies of science, engineering, and the importance of diversity in STEM fields. But beyond the book, Jayshree’s work extends into thought leadership, innovation, and advocacy, making her a unique voice in today’s scientific community.

A Glimpse into The Heart of Science: Engineering Fine Print
The Heart of Science: Engineering Fine Print is more than just a book; it is a manifesto for how science and engineering can be harnessed to make meaningful impacts in society. Jayshree Seth’s experience as a Corporate Scientist at 3M, where she holds 80 patents, provides her with a unique vantage point. Her journey from earning a Ph.D. in Chemical Engineering to becoming the first Chief Science Advocate at 3M is a testament to her expertise and dedication to innovation.

This book offers insights into how engineering and science are not just about solving problems, but about leaving imprints that shape our world. Jayshree emphasizes the importance of diversity in STEM, not just as a moral imperative, but as a critical driver for innovation. Also, before this book was published, the first The Heart of Science book, entitled The Heart of Science: Engineering Footprints, Fingerprints, & Imprints, was created in 2020.

Thought Leadership: A Necessity in Today’s World
Jayshree’s recent work on thought leadership provides a roadmap for aspiring leaders in any industry. Her insights are timely, especially given the increasing importance of thought leadership in driving change and innovation. In a recent article for Authority Magazine, Jayshree shared “5 Things You Should Do To Become a Thought Leader In Your Industry,” emphasizing the need for authenticity, continuous learning, and the courage to challenge the status quo.

Jayshree’s thought leadership is not just theoretical. It’s grounded in her collaborations with top scholars like Prof. Amy Edmondson and Prof. Rita McGrath, where they explore topics such as leadership communication and innovation management. Her frameworks, like “Acing Communications: Do This, Not THAT!” and “Leak-proof Your Leadership,” offer practical advice for leaders looking to make a lasting impact.

The Role of Thought Leadership in STEM
In her role as Chief Science Advocate, Jayshree Seth has been a vocal proponent of increasing diversity and belonging in STEM fields. Her recent paper in Nature on “Purpose reflection benefits minoritized students’ motivation and well-being in STEM” highlights how reflective practices can significantly impact the motivation of underrepresented groups in STEM. This research is a powerful example of how thought leadership can be used to address some of the most pressing challenges in the field.

Jayshree’s work is not just about promoting diversity for diversity’s sake. She argues that diversity in thought and experience is critical for innovation. In her TEDx Talk, “Why I Reframed My ‘Why’ – The Context of Purpose,” she discusses how finding and reframing one’s purpose can lead to greater innovation and fulfillment in science and engineering.

Conclusion: A Call to Action
Jayshree Seth’s work is a powerful reminder of the importance of thought leadership in driving innovation and change. Whether through her books, articles, podcasts, or talks, Jayshree continues to inspire and challenge the next generation of leaders in STEM. The Heart of Science: Engineering Fine Print is not just a book; it’s a call to action for all of us to use science and engineering to make a difference in the world.

 

You may also refer to the transcripts below for the full transciption (not edited) of the interview.

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