Are we designing systems, or are we truly thinking in systems? 

In the second episode of the INCOSE Podcast, we sit down with Dr. @Jimmie McEver, the Principal Scientist in the Cyber Operations Mission Area at the Johns Hopkins University Applied Physics Laboratory.  

With over 20 years of experience at the intersection of national security and cyber operations, Dr. McEver brings a unique "back door" perspective—rooted in physics and public policy—to the systems engineering community. 

Key Takeaways from the Conversation: 

✅Mastering the art of zooming between high-level stakeholder needs and granular technical details. 

✅Shifting focus from technical vulnerabilities to ensuring operational success in contested environments. 

✅Why the next generation of engineers must move beyond rigid methods to embrace deep uncertainty and flexibility. 

✅How to manage systems that are no longer just complicated, but deeply intertwined with human behavior. 

Whether you are navigating AI-enabled systems or managing complex systems of systems, this episode offers a refreshing framework for building robustness in an unpredictable world. 

👉 Listen to the full episode here: https://www.incose.org/resources-publications/member-communications/the-incose-podcast/ 

📢We are thrilled to announce the launch of The INCOSE Podcast!  

To kick off our very first episode, we have the distinct honor of hosting Michael D. Watson, the new President of INCOSE and a widely respected leader in the systems engineering community. 

In this premiere episode, Watson dives deep into the evolving landscape of our discipline, sharing insights from his 30-year career at NASA and his vision for the future of INCOSE. 

What’s inside this episode: 

✅How the INCOSE President balances his role at Leidos with leading the international systems engineering community. 

✅A look at the "elegant system" and why systems engineers own the interactions. 

✅Why we need a tool bag of six different modeling types—from physics-based to system dynamics—to handle modern complexity. 

✅Understanding the critical human and organizational dimensions of engineering. 

✅Moving systems engineering toward a foundation of mathematical and physical science basis. 

🤝A huge thank you to Weber State University for making this debut possible.