Zoom Meeting Info:

https://us02web.zoom.us/j/87562221357?pwd=J8drTnTpllVKIVmGJoKkLkI9cabwmI.1

Meeting ID: 875 6222 1357

Passcode: 346220

Presentation Abstract:

Will's paper, "The TRA Tool: Modeling and Projecting Readiness Levels with MBSE", discusses the application of the concepts of TRL, IRL, and SRL in a SysML based MBSE setting. Well established and new proposed concepts were merged into a tool to automatically track the maturity of a complex space system and project it into the future. The paper discusses the existing concepts, how they were applied in anew MBSE tool, and lessons learned from the process.

Presenter Biography:

Will Popovich. Will is a systems engineer at Northrop Grumman Corporation working on spacecraft design. He is currently the System Architecture Lead for a vehicle design team where he applies MBSE throughout his work. He graduated from Purdue University with a B.S. in Aeronautical and Astronautical Engineering. He is currently pursuing a M.S. in Space Systems Engineering from Johns Hopkins University.

Meeting Invite:

https://us02web.zoom.us/j/84597162766?pwd=nZ6TmjBM9DnwBACxXdK4LQ8mO43T9b.1

Meeting ID: 845 9716 2766

Passcode: 881995

Presentation Abstract:

This presentation explores how systems engineering and enterprise architecture drive transformation in modern healthcare. Key topics include cloud-based design strategies, model-based systems engineering (MBSE), and frameworks that foster agility, interoperability, and scalable care delivery. It offers a technical perspective on aligning digital innovation with operational excellence in clinical settings.

Presenter Biography:

Amir Esfandiari is an Enterprise Architect at WelbeHealth, where he leads initiatives focused on aligning cloud technologies with healthcare delivery systems. With a foundation in solution architecture and a passion for systems thinking, Amir applies engineering discipline to complex clinical environments, emphasizing scalability, interoperability, and agility. His expertise spans digital transformation, enterprise integration, and designing resilient architectures that support high-quality, patient-centered care.

Meeting Invite:

https://us02web.zoom.us/j/83575126014?pwd=K58bzgt4oTtw13T4lSTwwyT9VE5xws.1

Meeting ID: 835 7512 6014

Passcode: 463356

Presentation Abstract:

NASA’s Digital Engineering Program manager will be speaking on what is Digital Engineering for NASA, their approach and how the MBSE methodology, and associated SysML modeling, is being used at all levels of the Agency and planned evolution in the future.

Presenter Biography:

Terry R. Hill has served as the Lead of the NASA’s Digital Engineering Transformation Leadership Team since January 2022, and formerly served as NASA’s Model-based Systems Engineering Leadership team from July 2020 through Jan 2023. Both teams are responsible for providing recommendations for an executable strategic and implementation approach for delivering digital engineering and MBSE methodology and interoperable toolchain capabilities to usher the agency into the modern world of DE design and SE. This is all in addition to his day job of being the DE Transformation lead for JSC Engineering. Educated with a Masters in GN&C, Terry has been with NASA for almost 25 years and has supported almost all of the human space flight programs since the late ‘90’s in addition to spending a decade in spacesuit & EVA tools engineering and five years as the deputy program manager of the Astronaut Crew Health and Safety Program.

Zoom Invite:

https://us02web.zoom.us/j/82457685887?pwd=A7a5c0RE3PjIrtdmub9Vb6bNDCySGa.1

Meeting ID: 824 5768 5887

Passcode: 720388

Presentation Abstract:

A high level discussion of the challenges and pitfalls of applying standard compliance and IT approaches to cybersecurity in complex high availability systems / services. This will be contrasted with the strengths and advantages of a systems engineering approach based on NIST SP 800-160v1r1 Engineering Trustworthy Secure Systems and NIST SP 800-160v2r1 Developing Cyber-Resilient Systems: A Systems Security Engineering Approach.

Presenter Biography:

Mark Griffith is a seasoned, yet only minimally jaded, engineering leader and individual contributor with over 35 years of diverse experience. His unplanned yet serendipitous career has navigated him from naval nuclear engineering to deploying and managing large-scale aviation systems. Mark later led technology operations at a small SaaS company delivering global personnel and asset risk management services to Fortune 100 companies. Recently, he returned to aviation with a dedicated focus on product and service cybersecurity.

Presentation Abstract:

The advantages of integrating Lean Agile and DevOps practices into cyber-physical systems, which encompass software, hardware, and firmware, are gaining increasing recognition. These strategies, known as Industrial DevOps (IDO), enhance the responsiveness and adaptability of cyber-physical system development, while streamlining lead times. For some, these principles may resonate with your current ways of working, reflecting familiar practices that unlock potential and accelerate results. For others, they may represent a mindset shift in creating teams that leverage everyone’s talents to deliver value in the shortest sustainable lead time. Dr. Johnson will discuss the implementation of Industrial DevOps practices spanning the entire value chain from development to operations, while highlighting the benefits obtained across industries to cyber-physical systems, promising even greater outcomes in product delivery.

Presenter Biography:

Dr. Suzette Johnson works for Northrop Grumman Corporation Space Systems as an NG Fellow for Lean Agile and Digital integration, where she fosters operational and program excellence. She has led the adoption of Lean Agile across the enterprise and has supported over 150 internal projects and government programs on their Lean Agile journey.  Her experience with Lean Agile began over twenty years ago with software and systems engineering experiences across IT and cyber-physical systems. Dr. Johnson recently completed MIT’s Digital Transformation certificate program and has a Doctor of Technology Management from the University of Maryland with a dissertation on The impact of leadership styles on software project outcomes in traditional and agile environments. She has co-authored multiple papers on Industrial DevOps through IT Revolution and published the book Industrial DevOps: Build Better Systems Faster, in 2023. She currently serves industry as NDIA Systems Engineering Division Chair and volunteers in local schools to promote STEM education.

https://us02web.zoom.us/j/81428332302?pwd=EtMkHIWqpiUvaSFL9fnafXjdCY3qMs.1

Meeting ID: 814 2833 2302

Passcode: 689042

Presentation Abstract:

Gen AI is a buzzword today and is giving rise to many possibilities and fields of applications. Gen AI is poised to transform Systems Engineering by introducing approaches to which have potential to significantly cut the development time and costs. However, this is not prone to challenges. We will visit areas where Gen AI can help significantly in the Systems Engineering landscape and what roadblocks we might encounter.

Speaker Biography: 

Mr. Nitin Chawla is a seasoned Avionics system engineering leader. Has lead teams to develop safety critical avionics software. He has vast experience leading global and diverse teams. He has worked on development, verification, validation and integration of multiple avionics display software applications. He is an artificial intelligence and DevOps enthusiast. He seeks to explore applications of artificial intelligence in safety critical systems and software development.

Presentation Zoom Link

Presentation Abstract:

“Safety and Systems Engineering: An integration story” will explore the critical integration of safety principles within systems engineering practices, and how it can enhance overall system safety.

The integration of safety into systems engineering is essential for developing safe and resilient systems. By adopting best practices and frameworks, organizations can mitigate risks and enhance the overall safety performance of their projects.

This presentation will provide a high level introduction to Safety and Systems Engineering as it applies to modern, complex software-intensive systems:

◦        Definition and importance of safety in engineering.

◦        Relationship between Safety and Systems Engineering.

◦        How safety considerations can influence system design and lifecycle management.

◦        Examples of successful integration in various industries.

◦        Real-world examples showcasing the benefits of integrated safety and systems engineering.

Lessons learned and common pitfalls to avoid.

Speaker Biography:

Lionel Antognelli serves as Vice President of Engineering & Projects at Orano USA, where he leads the Engineering, Licensing, and Project Management organizations. He is responsible for guiding all phases of major nuclear projects, providing strategic direction, and overseeing the development of key engineering strategies and functions.

With nearly 25 years of experience in developing complex systems across high-technology sectors, including nuclear, aerospace, and aeronautics, Lionel is recognized for his technical and managerial expertise. He has successfully launched innovative solutions that impact critical business functions, and he possesses a deep understanding of the lifecycle stages of large, safety-critical system development. His approach emphasizes efficiency, agility in project delivery, and high-quality stakeholders engagement.

Lionel holds a Master of Engineering degree from ISAT. He is a Certified Systems Engineering Professional (CSEP), a Project Management Professional (PMP), and has earned several Professional Certificates from MIT.

Title: Emerging Trends in Systems Engineering: Insights from a Hiring Manager’s Perspective

Abstract: In the rapidly evolving field of systems engineering, understanding emerging trends is crucial for both systems engineers and organizations. Drawing from experience, we will explore what hiring managers are looking for in today’s competitive job market, the skills and competencies that are becoming increasingly valuable, and how aspiring systems engineers can align their career paths with these trends.

Some trends we will touch on are:

• Model Based Systems Engineering

• Digital Engineering

• AI/ML in Systems Engineering

• Agile Systems Engineering

• Human-Centered Systems Engineering

Attendees will gain practical insights into how these trends impact hiring decisions and the future of systems engineering roles.