To kick start season 6 of the Profound Podcast, I have a conversation with Dr. Bill Bellows and Lori Strom. Together, we explore how W. Edwards Deming’s philosophy continues to challenge prevailing styles of management, and why curiosity, systems thinking, and better questions matter more than ever in today’s digital and organizational landscape.

Lori shares her personal journey from Georgia Tech to the Deming Scholars MBA program at Fordham, describing the “light-bulb moment” that came from discovering Deming’s work. She reflects on learning in an environment without grades, without competition, and with a deep emphasis on cooperation, intrinsic motivation, and real-world application. Her story illustrates how Deming’s ideas resonate with people who sense that “something is off” in traditional management but lack the language to name it.

Dr. Bellows expands the discussion by reflecting on Deming’s later years, his frustration at being misunderstood, and his push to move beyond prescriptions like the 14 Points toward deeper thinking about our thinking. He recounts the origins of the In2:In Thinking Network, the importance of making Deming’s ideas accessible, and why changing words and the meaning behind them matters when changing systems.

Across the episode, we connect Deming’s System of Profound Knowledge to modern challenges in education, large enterprises, and digital transformation. From AI and critical thinking to burnout inside massive organizations, this conversation highlights why real change doesn’t come from tools or methods alone, but from learning to see systems differently, ask better questions, and create environments where people can truly learn.

Show Notes:

http://www.in2in.org/

https://www.in2in.org/contact

I have a conversation with Diane Kulisek in this episode. Diane, a veteran in quality systems and regulatory affairs, shares her journey from Gillette to Rocketdyne to Johnson & Johnson, weaving in the principles of Deming and the realities of complex, high-stakes industries. We dive into W. Edwards Deming’s seminal perspectives on quality and how they’ve shaped Diane’s extraordinary career across aerospace, consumer products, and medical device manufacturing.

We start with Diane’s early work at Gillette, where she first encountered military-grade quality standards, and move into her groundbreaking experience at Rocketdyne. There, she managed space shuttle main engine avionics and led self-managed teams. Diane highlights the power of elected management and the deep cultural dysfunctions she observed, drawing sharp analogies to adult children of alcoholics and the normalization of deviance in corporate environments.

Our conversation then pivots to regulatory complexity. Diane explains how compliance efforts in medical device manufacturing must transcend minimum standards to uphold the priceless value of human life. She critiques the profit-centric motives of insurance companies and exposes the structural misalignments that can compromise quality in favor of greed and speed.

We also explore the limitations and potential of AI in auditing, with Diane emphasizing the importance of human experience in identifying risk and systemic failures. She proposes the provocative idea of creating an “AI Deming,” using Deming’s extensive body of work to model principled decision-making.

Diane’s reflections bring a critical eye to regulatory frameworks, the ethics of risk management, and the potential of technology to augment human insight. Through it all, she remains grounded in Deming’s enduring vision that quality is a moral imperative and a societal good.

This is Diane's LinkedIn Page:

https://www.linkedin.com/in/dkulisek

Show Notes:

1: https://www.scribd.com/document/451480272/MIL-Q-9858A-Quality-Program-Requirements-pdf

2: https://adultchildren.org

3: https://www.acquisition.gov/far/16.305

4: https://www.wsj.com/articles/SB991862606575154843

5: https://www.nasa.gov/wp-content/uploads/2015/04/708066main_Shuttle_Bibliography_2-ebook.pdf?emrc=c67e14

6: https://www.irvinestandard.com/2023/johnson-johnsons-innovation-irvine-roots-and-credo-to-give-back/

7: https://asq.org/-/media/ASQ-Supplemental-Media-Import/1/3/9/2/6/ar_1106_105018.pdf

8: https://www.dol.gov/sites/dolgov/files/oalj/PUBLIC/WHISTLEBLOWER/REFERENCES/STATUTES/SARBANES_OXLEY_ACT_OF_2002.PDF

9: https://store.pda.org/TableOfContents/Risk_Assessment_Ch01.pdf

10: https://www.healthcarefinancenews.com/news/class-action-lawsuit-against-unitedhealths-ai-claim-denials-advances

11:

In this episode, I have a conversation with Doug Finke. A 16-time Microsoft MVP and long-time technologist, Doug’s experience ranges from mainframe assembly programming to pioneering AI integrations in software development. We reminisce about the early days of system programming and explore how those foundational skills have enabled technologists like Doug to excel in the rapidly evolving world of AI.

Doug shares his journey from COBOL and assembler to becoming a PowerShell innovator, highlighting how his early exposure to structured programming and domain-specific languages now serves as a superpower in working with large language models (LLMs). Our discussion pivots to the game-changing potential of AI, specifically the rise of function calling, modular design, and the Model-Context-Protocol (MCP). Doug explains how these patterns transform AI from simple copilots into powerful collaborators capable of orchestrating entire software systems.

We also look at the implications of AI-driven software development for enterprises, examining whether vertical SaaS solutions may soon be disrupted by in-house, AI-built alternatives. Doug emphasizes how AI accelerates both code creation and maintenance, challenging long-held assumptions about whether to buy or build software.

Our conversation concludes with a philosophical lens on teaching AI, the evolving role of junior developers, and the importance of naming, structure, and design patterns in crafting software that AI can effectively understand and extend. Whether you're deep into AI tooling or just starting to explore, Doug's perspective offers a clear bridge between classical computing and today's transformative technologies.