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The Human Element: MOSA in the Context of People Systems" covers the important intersection of technical development and human dynamics in MOSA implementation. Joined by special guest Dr. Kelly Alexander, a seasoned systems engineer with over 35 years of experience in the U.S. Department of Defense, this session unpacks how MOSA unfolds within complex organizational ecosystems. Drawing on her extensive background in spearheading digital transformation and modular open systems in the U.S. Army, Dr. Alexander will offer insight into the challenging and multifaceted human aspects of MOSA. The webinar highlights organizational change management, embedding systems thinking into workforce development, project management, and human factors engineering, providing a comprehensive view of how technical innovation interacts with people systems. Acquisition professionals will gain invaluable insights into navigating the human landscape of MOSA, equipping them to foster more effective and user-centric defense systems that align technical goals with organizational realities.
SpeakersDr. Erika Palmer
System Engineering Program Faculty, Cornell UniversityDr. Erika Palmer is a visiting faculty member at Defense Acquisition University (DAU) and the Director of Technical Products and Services at the International Council on Systems Engineering (INCOSE). Her research and teaching in the Systems Engineering Program at Cornell University has focused on the modeling and simulation of sociotechnical systems and policy, specifically in the development of policy simulators in a variety of application domains: energy transitions, agriculture, cybersecurity, and defense & aerospace.
Dr. Kelly Alexander
Chief Systems Engineer at System Innovation and serves as contractor support to the Systems Engineering Director at the Undersecretary of Defense for Research and EngineeringDr Kelly Alexander is the Chief Systems Engineer at System Innovation and serves as contractor support to the Systems Engineering Director at the Undersecretary of Defense for Research and Engineering where she is spearheading the Systems Engineering Modernization effort. Dr Alexander has over 35 years of experience in systems engineering and project management. As a US Department of Defense civilian, she served as the Director of Systems Engineering Policy and Program Support and the Director for Common Operating Environment at HQ Us Army where she spearheaded the transition of modular software into the US Army’s tactical software. She also led the Army acquisition programs in transition to the digital transformation and modular open systems using modular open standards and open architectures. For this work, Dr Alexander was awarded the Superior Civilian Service award three times and the Commander’s award for civilian service twice. Early in her career, she served as one of the first African American Army engineering interns. Dr Alexander received her PhD in Systems Engineering from George Washington University. She received a bachelor’s degree in Industrial Engineering from NC State University and received master’s degrees from George Washington University (Systems Engineering) and National Defense University (National Resource Strategy). Dr Alexander also served as a White House Leadership Fellow, where she served as the Senior Technical Advisor for the Federal Permitting Council. She also serves as a member of the Systems/Industrial Engineering & Operations Research (SEOR) Advisory board for George mason University.
This episode will focus on AI tools that specifically address risks related to cost, schedule, and performance in defense acquisition programs. Experts will showcase how AI can be used to predict and mitigate these risks, ensuring more accurate forecasting and effective program management.
A detailed look at AI-driven tools designed to streamline and optimize the program management process. Program managers will learn how these tools can assist in areas such as data analysis, decision-making, and automation.
Small business owners and academic leaders will discuss how AI is transforming their fields. They’ll highlight innovative approaches, obstacles overcome, and how their experiences can offer DoD program managers fresh perspectives on using AI for enhanced program execution.
This episode will feature senior executives and C-suite leaders from major corporations who have successfully integrated AI into their products, projects, and operations. They will share the challenges faced, lessons learned, and best practices, providing valuable guidance for incorporating…
The Human Element: MOSA in the Context of People Systems" covers the important intersection of technical development and human dynamics in MOSA implementation. Joined by special guest Dr. Kelly Alexander, a seasoned systems engineer with over 35 years of experience in the U.S. Department of…
This event has been canceled and will be rescheduled for a later date.
In today's rapidly evolving landscape, we must rise to the challenge of building better systems faster. Agile and DevSecOps have shown a significant benefit to small initiatives with a single team building software…
System Diplomacy: Aligning Stakeholders in MOSA" tackles the frequent challenge of unifying diverse perspectives in MOSA implementation. This web event, featuring system engineering expert Monique Ofori, explores strategies for bridging the gap between various stakeholders: from low-level MBSE…
Join us for the inaugural presentation of our People-Centric (MOSA) Modular Open Systems Approach (MOSA) webinar series, "MOSA: A Sociotechnical System Perspective." This session kicks off our exploration of MOSA through a sociotechnical lens, providing a foundation for understanding its…
Dr. Reinerman-Jones will facilitate a panel discussion regarding the important considerations of human factors in Front-End Analysis.
The Department of Defense (DoD) defines Front End Analysis (FEA) as a systematic and structured process used to identify and analyze the training and…
Security and compliance play a vital role in ensuring the prosperity of our nation and protecting the lives of our warfighters. They can also pose major barriers to accessing cutting-edge technologies that would enhance government mission sets. For vendors to acquire compliance certifications…
Partnership Intermediary Agreements (PIAs) were created to help the government leverage relationships with academia and federally-funded research centers to access cutting-edge technologies, host collaborative events to attract non-traditional vendors, and manage some of the trickier aspects of…
This series explores the importance of putting human-centered design in the Front-End-Analysis. Episodes include lectures on the aspects of Front-End-Analysis for both the Requirements community and program managers and a panel discussion on Human-Centered Design from several perspectives.…
Truly innovative solutions can be difficult to price, as there’s no standard pricing for something that is truly novel. How do you ensure the price of your desired solution is fair and reasonable without creating barriers to innovation within your organization? Join us for a discussion with…
For a DoD innovator hoping to bring new, cutting-edge technologies to their mission sets, overcoming the dreaded “Valley of Death” too often ends with a frustrating result: they’re unable to bring the solution onto contract. For industry, even attempting to traverse the Valley of Death by…
- Flexible Acquisition Practices: The Tech Perspective: Finding Good Tech Through Market Intelligence
Description:Finding Good Tech Through Market Intelligence Understanding where and how to find the solutions you need can be difficult–and knowing what to look for is even harder. Conducting market intelligence is a vital part of any acquisition, but it can be challenging to understand the…
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Systems engineering is working more in a sociotechnical context - this means viewing social concepts through a systems science lens for use in systems engineering practice, and technology policy development,…
Event Recording
To access Full Screen:
Description:
Systems engineering is working more in a sociotechnical context - this means viewing social concepts through a systems science lens for use in systems engineering practice, and technology policy development,…
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