Insights into System Engineering and the Role of AI: An Interview with Robert P. Lyons Jr.

Introduction

Colonel Robert P. Lyons Jr. is a distinguished technical and management consultant and educator with over 40 years of experience in research and development, engineering, program planning, acquisition, and maintenance across a wide range of military and commercial systems. He is a past president of the IEEE Systems Council, where he has made significant contributions to the field of systems engineering. He is also a Past President of the Aerospace Electronic Systems Society where he was a Distinguished Lecturer, and served in many leadership positions. Currently, Bob serves on the Board of Governors of the IEEE Professional Communication Society (PCS) where he is helping educators grapple with AI applications and issues with engineering students learning to communicate their ideas. He has held leadership roles within the IEEE Technical Activities Board, including Chairman of the Conflict Resolution and Member of the Society and Council Review Committee.

Bob retired from the United States Air Force as a Colonel, having served as the Director of the HQ Air Force Materiel Command Acquisition Center of Excellence. He has led key initiatives in major projects, including the F-22, F-15, and F-35 programs. Bob earned his bachelor’s degree from New Mexico State University and a master’s degree (with honors) from the Air Force Institute of Technology. He is actively involved in education, lecturing on digital avionics and project management.

On April 4, 2025, I had the privilege of interviewing Colonel Lyons, who shared invaluable insights into the evolution of system engineering and the transformative potential of artificial intelligence (AI) in our field.

Recent Advancements in Systems Engineering

During our discussion, I asked Bob about the recent innovations in systems engineering that he finds most impactful. He highlighted several key trends:

• Model-Based Systems Engineering (MBSE): Bob noted an increasing focus on MBSE in U.S. Government and prime contractor Requests for Proposals (RFPs), indicating a shift towards more systematic and automated approaches in engineering projects.

• Digital Twins: He mentioned the growing push for digital twins in recent years, which enhance system modeling and simulation capabilities of a system's life cycle.

• Retrieval Augmented Generative AI: Bob discussed potential applications of this technology to find curated information beyond the traditional limits of AI training, which could provide more comprehensive answers to systems engineering questions.

• AI in Requirements Analysis: He suggested that AI could significantly improve initial requirements analysis and decomposition, particularly in comparing current product specifications with requirements for modified systems. Bob shared that he witnessed this process done manually for nearly three months, highlighting the efficiency AI could bring.

• AI in Software Development: Bob also spoke about the applications of AI in software development, particularly tools like Copilot, Wolfram Alpha, and Wolfram Notebook Assistant, which can generate code in response to specific requests.

Enhancing Member Engagement

As a past president of the IEEE Systems Council, Bob has firsthand experience in fostering member engagement. I inquired about effective strategies for enhancing involvement, particularly in initiatives like online webinars and networking events. Bob proposed:

• Technical Panels and Conferences: Focusing on the latest systems engineering approaches and tools, especially AI applications.

• Workshops and Student Competitions: Organizing AI application workshops and competitions for students to encourage hands-on learning and innovation.

Key Initiatives for the Future

With his extensive background, I asked Bob what initiatives the IEEE Systems Council should focus on in the coming years. He suggested:

• Interdisciplinary Societies: Adding new societies to the Council as interdisciplinary approaches in systems engineering become
  more relevant, particularly for multidomain AI applications.

• Co-sponsorships: Increasing co-sponsorships of conferences and joint technical panels with member societies to enhance collaboration.

• Student Branches: Promoting systems engineering in universities and increasing the involvement of student branches.

• Industry Topics: Expanding coverage of industrial practitioner topics alongside academic research to bridge the gap between theory and
  practice.

• Non-IEEE Collaboration: Enhancing interactions with non-IEEE systems engineering organizations to broaden the Council’s reach.

Addressing Technology Challenges

From his unique perspective, Bob discussed the biggest challenges facing the technology landscape today, including:

• AI Issues: The evolving complexities of privacy, security, and proprietary concerns as AI technologies advance, necessitating careful consideration of their implications in systems engineering.

Opportunities for Collaboration

I also asked Bob about opportunities for collaboration across industries. He identified several key areas:

• Reducing Barriers to Entry: Working to lower impediments for non-traditional suppliers in systems engineering and AI applications to foster collaboration across sectors.
• Missile Defense Agency Iron Dome Initiative: Bob mentioned the initiative's goal to streamline systems of systems engineering methods and tools, which could significantly enhance collaborative efforts.

As we wrapped up the interview, I thanked Bob for his insights and contributions to the IEEE. His final thoughts encouraged members to engage actively and embrace innovation as we navigate the future of technology.

This article combines both Bob's oral responses during our interview and additional written insights he provided afterward, creating a comprehensive view of his perspectives on the future of systems engineering and the IEEE Systems Council.

Stay tuned for more updates in our column, and let’s keep pushing the boundaries of technology together!