Webinars

In this second talk, Jon Holt will present and introduce the main considerations that must be addressed for successful MBSE implementation and adoption. This is summarized and encapsulated in ‘MBSE in a Slide.’

This presentation will review the format and initial expectations of Academic Equivalency, and reflect on the outcomes and future for the program.

Professor Jon Holt will discuss how there is nothing inherently wrong with a document-based approach to Systems Engineering, but based on the evolution of complexity, how we must ensure that our Systems Engineering practice and techniques must be up to the job of coping with this complexity.

This webinar will provide some details of our Enterprise Digital Engineering Vision, several of our DE / MBSE Best Practice “Exemplars,” and our DE Workforce & Culture. There will be a time for Q&A, and contact information for follow-on discussions will be provided.

Dr. Maximilian Junker and Dr. Wolfgang Böhm will discuss project "SysML Workbench for the SPES Methodology" (SpesML), funded by the German Federal Ministry of Education and Research (BMBF) as ways for a successful implementation of the MBSE methodology in industry.

This webinar will explore the management implications of the circular agile SE life cycle model, with an emphasis on the critical roles and natures of situational awareness and knowledge management.

Do you have questions, on how to develop, manage, and verify requirements for your technical project? Several new guides from INCOSE, from the Requirements Working Group - will help! After this presentation you will know where to get the answers to your needs and requirements questions: needs identification and elicitation, requirements authorship, development, V&V, and requirements management questions.

Eltjo Poort will share his experiences speeding up the architecture cycle in various organizations, based on the Risk and Cost Driven Architecture approach (RCDA).

Do you have questions, on how to develop, manage, and verify requirements for your technical project? Several new guides from INCOSE, from the Requirements Working Group - will help! After this presentation you will know where to get the answers to your needs and requirements questions: needs identification and elicitation, requirements authorship, development, V&V, and requirements management questions.

During this session, Lou Wheatcraft will address challenges and propose a methodology that will enable organizations to move from the outdated 20th century practice of systems engineering to a practice of systems engineering better suited to the development of the increasingly complex, software-centric systems typical of the 21st century.

The webinar will be of value to graduate students, engineers, teachers, managers, leaders, and anyone interested in being more effective, satisfied, and appreciated at work and in their daily lives.

In this month's Tech Ops webinar, you'll have a chance to meet the leadership team from both PMI and INCOSE, catch-up on news and current status related to the alliance effort, and participate in a round-table discussion focused on "How can PMI and INCOSE work more closely together to better support PM-SE integration needs?"

This talk focuses on presenting a research framework that has been developed using a semantically-enriched Business Process Architecture (BPA)-driven approach to improve the effectiveness of the ChM application in a SoS context by addressing the above-noticed gaps alongside others.

In this webinar, we will discuss what challenges can form due to different backgrounds, cultures, language barriers, and the most crucial, time zone differences.

In this presentation, we will discuss the options for remote testing and the risks associated with each. We will talk about how the risk level differs for universities compared to certification programs. We will also address the opportunities remote testing and proctoring present.

This webinar presents an integrated systems and software engineering process named ISE&PPOOA (Integrated Systems Engineering and Pipelines of Processes in Object Oriented Architectures) where traditional functional based systems engineering is combined with Model-Based Systems Engineering (MBSE) using the functional paradigm to represent behavior.

This webinar will address an approach to enhance the implementation of the INCOSE GfWR utilizing a tailoring process together with some automation of the assessment activities.

This webinar will explore general concepts and strategies in the System of Innovation for tailored application appropriate to a project context.

This presentation is useful for the program/project manager, system engineer, functional engineer, modeler, information technologist, trainer, and for general counsel/contracts.

This webinar will show trends in continuing education activities for INCOSE SEPs through data analysis of the Professional Developments Units (PDUs) submitted since 2013.

Working with senior management at multiple multi-national companies engaged in digital transformation, Dr. Donaldson will share timely perspectives on the SE challenges from a C-Suite perspective.

After having presenting the main principles and process steps of this emerging method, an overview will be shown on the current footprint of this method. Finally, main next steps in the development & integration of this emerging method will be presented in conclusion.

In this webinar, the Certification Program Manager, Courtney Wright, will explain those new paths including paper exams, academic equivalency, and other certification agreements.

In this webinar, the Certification Program Manager, Courtney Wright, will explain those new paths including paper exams, academic equivalency, and other certification agreements.

The webinar will be of interest to industry, academia, those involved with systems engineering, human factors and the broader public.

During this session, Lou Wheatcraft will provide an overview of this whitepaper and a road map for using it to help organizations implement MBSE and achieve INCOSE’s vision 2025.

Want to learn how to perform 21st Century systems engineering faster, better, and cheaper?

Focused on what systems engineers need to know, this webinar looks, at a high level, at how the SysE should interpret the vocabulary and concepts used by software engineers.

SE Training Webinar

This webinar retraces this story and describes its major steps, each coming with their own little successes and challenges. More than just telling the story of the method and the tool, it also describes the organizational aspects of this huge transformation of engineering practices: strategy, governance, support, coaching, communication, etc.

SE Training Webinar

SE Training Webinar

This webinar discusses the needs, benefits, and nature of mixed-discipline, mixed-supplier Continuous Integration Platforms (CIPs); DevOps collaborative; set-based design as potentially CIP-enabled; and incremental considerations for creating project-specific CIPs affordably.

During this hour webinar, President-Elect candidates will offer brief introductory remarks before answering prepared questions from the moderator as well as your questions from the audience.

This presentation discusses these questions from the SE Standards and INCOSE SE Handbook perspectives, going back to their earlier versions and coming up to date, including the two most recent approaches.

This presentation discusses these questions from the SE Standards and INCOSE SE Handbook perspectives, going back to their earlier versions and coming up to date, including the two most recent approaches.

Find out how professional licensure can set you apart in a competitive and diverse ISE job market.

Simulation modeling is often associated with industrial engineering and operations research, but it has much to offer the systems engineer. It is being used to plan, design, manage and upgrade systems in a wide range of industries, including manufacturing, healthcare, energy, logistics & transportation, retail and services. Read more...

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This webinar will briefly present the principles and foundations of OPM and present OPCloud - a collaborative Cloud-based OPM modeling environment. Read more...

This briefing (the first of four parts) introduces systems engineers to some of the important and relevant aspects of software engineering. Read More...

The Past and Future of Systems Engineering - Come join with us to explore the past and divine the future of systems engineering. We’ll travel from ancient sites to modern masterpieces learning from tragedies and pinnacles of success.

The definition of agile systems engineering is rooted in what it does, not how it does it. What it does is respond effectively in a life cycle environment that is capricious, uncertain, risky, variable, and evolving. How it does that is a product of analyzing response requirements dictated by the nature of the life cycle environment. The design and evolution of an operationally effective agile systems engineering process is itself a systems engineering activity, one that requires an attentive emphasis on problem space characterization and ongoing evolution. This webinar will cover methods for developing and maintaining problem space characterization, and identifying and tracing the life cycle response requirements dictated by that characterization. If you don’t know where you are going, any road will do. Process examples analyzed in the INCOSE Agile Systems Engineering Life Cycle Model project will demonstrate the application of these methods.

This “gulf of execution” that blocks research findings from being realized in the development phase of many projects continues to bog down R&D practice. Read more...

This webinar will present a historical view going from human factors and ergonomics to human-computer interaction to contemporary HSI. Read more...

This webinar will take the form of a “Town Hall meeting” providing opportunity for members to discuss and ask questions. Read more...

Global aerospace and defense (A&D) companies are reaping the benefits of Feature-based Product Line Engineering (PLE) — a game-changing paradigm that dramatically simplifies the creation, delivery, maintenance, and evolution of a product line portfolio. Read more...

A special initiative was started by the INCOSE Fellows in summer 2016 to review INCOSE's definitions of 'system' and 'systems engineering', and if necessary improve them to ensure they are fit for purpose, both now and looking forward towards the aspirations expressed in INCOSE's Systems Engineering Vision 2025. Read more...

The Systems Science Working Group has started a new project to devise a conceptual model of systems that is based on key principles and concepts from systems science. This webinar presents an early draft of such a conceptual model. Read more...

Please note – this is a repeat of the webinar held on 21 February 2018. This webinar will be the second, annual, report by the President and President-elect to INCOSE members on our progress against INCOSE’s Strategic Objectives, and the forward path identified by the INCOSE SE Vision 2025. It will be based on reports and discussions from the INCOSE International Workshop recently held in Jacksonville, FL. Read more...

This webinar will be the second, annual, report by the President and President-elect to INCOSE members on our progress against INCOSE’s Strategic Objectives, and the forward path identified by the INCOSE SE Vision 2025. It will be based on reports and discussions from the INCOSE International Workshop recently held in Jacksonville, FL. Read more...

What do Spiderman, Miranda Kerr, and the Space Shuttle Mock-up have in common? They're all models. Modeling, Simulation, and Analysis (MS&A) has been the cornerstone of military acquisition since 1964. For more than fifty years authors have talked around the terminology of analysis and never provided clear definition or context for MS&A. This brief will answer the questions who, what, why, and how. Read more...

At the INCOSE 2017 International Workshop it became apparent that the Systems Engineering community needs to establish an accepted set of Digital Artifacts to help Systems Engineering transform to a more model based discipline. The INCOSE SE Transformation Team and the MBSE Initiative were asked to stand up a more enduring “Digital Artifacts” effort. Read more...

While complex systems transform the landscape, the Systems Engineering discipline is also experiencing a transformation to model based discipline. In alignment with this, one of the International Council on Systems Engineering (INCOSE) strategic objectives is to accelerate this transformation. Read more...

In November, we will choose INCOSE’s next President-Elect who serves two years before becoming INCOSE’s President for 2020 and 2021. Before casting your vote, learn more about the candidates Kerry Lunney and Paul Schreinemakers. Read more...

This webinar introduces methods for dynamic problem-space characterization, and reviews companion methods for risk-mitigating solution-space agility. Read more...

This webinar will explore the feature ontology behind Feature-based PLE that provides structure to the myriad distinguishing characteristics among products in a product line, allowing for their efficient management and targeted usage by stakeholders throughout the enterprise. The presentation will also provide insight into INCOSE’s ISO PLE standards initiative currently underway. Read more...

This webinar will explore the feature ontology behind Feature-based PLE that provides structure to the myriad distinguishing characteristics among products in a product line, allowing for their efficient management and targeted usage by stakeholders throughout the enterprise. The presentation will also provide insight into INCOSE’s ISO PLE standards initiative currently underway. Read more...

Modern systems are expected to perform in an atmosphere of environmental concern, increased safety & compliance requirements, advance integration, greater connectivity and tight fiscal scrutiny. The surge in large, complex and interconnected systems and capabilities (referred to as System-of-Systems) has led to new approaches their Systems Engineering (SE) . Read more..

One major effort of the INCOSE alliance with MIT and PMI has been to develop a book incorporating research our organizations have supported over the past three years focused on the integration of systems engineering and project/program management practices.

A fundamental competency required of systems engineers is a mastery of systems thinking – looking at the “big picture”, and understanding and managing emergent behavior, unintended consequences, and non-linear behavior in systems and problems of all scales.

INCOSE is unique among professional societies in its leadership by volunteers. This webinar will be a Question and Answer session with a panel of INCOSE volunteers, explaining what they do and why they do it. Moderated by Courtney Wright, CSEP, each panelist has experience with one or more of the following: INCOSE working groups, chapter leadership, and the Board of Directors. The panelists will talk about what motivated them to become involved with INCOSE, how it was different than they expected, and what they anticipate for the future of INCOSE. Questions may be submitted in advance to Courtney.wright@incose.org or you can ask your question live during the webinar.

A fundamental competency required of systems engineers is a mastery of systems thinking – looking at the “big picture”, and understanding and managing emergent behavior, unintended consequences, and non-linear behavior in systems and problems of all scales.

One major effort of the INCOSE alliance with MIT and PMI has been to develop a book incorporating research our organizations have supported over the past three years focused on the integration of systems engineering and project/program management practices.

This webinar will be the first, annual, report by the President and President-elect to INCOSE members on our progress against INCOSE’s Strategic Objectives, and the forward path identified by the INCOSE SE Vision 2025. It will be based on reports and discussions from the INCOSE International Workshop recently held in Torrance, CA.

This paper explores how Systems Thinking can be applied effectively throughout the development life cycle of complex systems.

The presentation is based on the first of a series of papers designed to address how a holistic approach to systems engineering can address the issue of escalating product development cost.

Agility is required in operational environments that are Capricious, Uncertain, Risky, Variable, and Evolving (CURVE). Agility is enabled by common architecture and design principles – a static capability.

Quality Management is called out as a key element of systems engineering, but is often not given as much attention as other areas.

Let’s transform the panoply of practices now called system engineering ...

Systems Modeling Language (SysML) is a popular systems engineering language developed and ...

The cyber-physical gap (CPG) is the conceptual gap between reality and ,...

‘System acts as a whole’ is an accepted paradigm for ‘Systems Thinking’. In today’s complex societal environment,...

‘System acts as a whole’ is an accepted paradigm for ‘Systems Thinking’. In today’s complex societal environment,...

On December 7, 2015, Object-Process Methodology (OPM) has become ISO 19450 standard https://www.iso.org/obp/ui/#iso:std:iso:pas:19450:ed-1:v1:en. This event marks the end of a 6-year effort of dedicated people working under ISO TC184/SC5 to create the first ISO standard of a conceptual modeling language and methodology.

Very small entities, organizations with up to 25 people, are very important to the worldwide economy. However,...

Please join me on Thursday October 29th, from 11 AM - Noon EDT for the next INCOSE webinar. As described in the flyers on the INCOSE Connect website, the candidates for INCOSE President-Elect ...

This webinar will focus on sustaining system and SE process agility in operational environments that are Unpredictable, Uncertain, Risky, Variable, and Evolving (UURVE).

Webinar 81 August 19, 2015. 11:00AM EDT Front End Planning Professor Avraham Shtub

The Scaled Agile Framework® (SAFe) is an industry-leading, publicly-facing framework for scaling Lean Agile development practices.

Problem Statement: According to the Standish Group, very few large projects perform well to the project management triple constraints of cost, time, and scope. In contrast to small projects,

This presentation highlights the Systems Engineering Vision 2025

The Systems Science Working Group is exploring how Systems Philosophy can be used to support expansion ...

If you missed our 9:30 AM session, join us at 11:00 AM, Apr 29th for a guided tour of your new INCOSE web services! One of our INCOSE IT Upgrade project leaders will ...

Join us on Apr 29th for a guided tour of your new INCOSE web services! One of our INCOSE IT Upgrade project leaders will ...

According to the INCOSE SE Handbook, risk management is a process ‘used to understand...

System of Systems Engineering (SoSE) continues to be one of the most complex and least well-understood SE disciplines.

Improving design methods for affordability has become a real focus area both commercially and in the DOD.

Emerging needs…rapidly changing requirements…dynamic environments…everincreasing connectivity

Helix - Understanding What Makes Systems Engineers Effective Helix is a multi-year research project of the Systems Engineering Research Center (SERC)

The candidates for open ‘at-large’ positions in the upcoming elections will present their background and vision for INCOSE so that you can be an informed voter and meet your future board members.

Agility is enabled and maintained by a fundamentally necessary and sufficient common structural architecture in systems of all kinds; from agile development and deployment processes, to the agile systems and products that are deployed. Architecture is viewed as structure and strategy.

Founded in 1990, the International Council on Systems Engineering remains committed to “sharing, promoting, and advancing the best of systems engineering from across the globe for the benefit of humanity and the planet.”

The Impact of Communication on System Outcomes

The presentation will focus on architectural proposals that by finding inspiration for their development in nature processes, systems, functions and forms are able to co-exist with nature rather than exploit it.

Engineering is a demanding profession.It requires uncommon intellect, perseverance, and a demonstrated tolerance for complexity simply to earn a degree.

The Future of Systems Engineering It’s not hard to see that our society is being overrun by technology.

In the broad field of systems studies, we consider a wide range of systems. Humans, cells, computers... all these (and many more) are understood better when they are understood as interacting with one another.

Are you a systems engineer? How can someone else call himself a systems engineer, yet he does completely different work than you?

There are a variety of systems disciplines all of which employ the concept of systems as a set of component elements related to each other and operating in ways that are determined by the relationships.

The Candidates are Alan Harding and Asmus Pandikow. Ginny Lentz, INCOSE Past President and Member of the Nominations and Elections Committee will moderate the discussion.

Agility is enabled and maintained by a fundamentally necessary and sufficient common architecture in systems of all kinds; from agile development and deployment processes,

In large complex systems such as national infrastructure and defense systems, the human component may account for more than half of the life cycle cost of the system.

Our guest presenter is Dr. Mary Tolikas the Operations Director of the Wyss Institute for Biologically Inspired Engineering at Harvard University

The OMG Systems Modeling Language (OMG SysML™) is a general-purpose graphical modeling language for specifying, analyzing, designing, and verifying complex systems.

This presentation addresses the need for more engagement of systems engineering with integration & test.

Georgia Tech's CIBD (www.cbid.gatech.edu) brings together a group of interdisciplinary biologists, engineers and physical scientists who seek to facilitate research and education for innovative products and techniques based on biologically-inspired design solutions.

Interaction with National Ranges for integration & test activities require program personnel have a level of understanding of many diverse subject matter areas and a basic knowledge of range processes.

The CubeSat is a joint effort between the Space Systems Working Group and the Model-Based Systems Engineering (MBSE) initiative.

Systems Engineering (SE) and System of Systems Engineering (SoSE) using the V-Model continue to be two of the least well-understood SE disciplines.

This webinar summarizes the results of the 2012 SE Effectiveness Study performed by the National Defense Industrial Association, the IEEE Aerospace and Electronic Systems Society, and the Software Engineering Institute.

Despite having the right experts, the right technology, the right project organization, the right technical review, etc. some projects are still facing schedule overrun, variable quality products, or, in worst cases, program cancellation.

Everything you always wanted to know about systems engineering on one web site.

Please join me on Wednesday 17 October 2012 from 11am-12pm EDT for the next INCOSE webinar.

Agility is enabled and maintained by a fundamentally necessary and sufficient common architecture in systems of all kinds; from development, deployment, and manufacturing processes to the systems and products that are deployed.

What if all or the majority of the people in your organization and related enterprises, independent of their personal background and professional role, held a shared view of their business, product, service, and infrastructure system assets?

For the manager seeking project success, the design team seeking to deliver a solution, and the customer seeking an answer to their needs, systems engineering is critical.

The South Pole is now home to IceCube, the world’s largest and arguably most unusual telescope.

In 2004, INCOSE introduced its Systems Engineering Professional (SEP) certification program.

The US defense department has undergone many evolutionary shifts in recent years. These shifts include movement from a system or platform-centric focus to a full mission objective,

This Webinar is the first of a series of talks on R-theory and its implied information architecture.

The INCOSE reference curriculum for graduate programs in systems engineering addresses the knowledge needed to practice the systems engineering approach.

The Body of Knowledge and Curriculum to Advance Systems Engineering (BKCASE™) project began in 2009 to develop a guide to the Body of Knowledge for Systems Engineering (SEBoK) and a Graduate Reference Curriculum for Systems Engineering (GRCSE™).

The BKCASE team will be hosting open information and review instruction sessions

This is the invitation to attend the thirty-sixth INCOSE Webinar, where the candidates for President Elect will be available in a moderated forum to discuss their responses to issues facing INCOSE as we move forward.

This presentation will describe initial knowledge claims by the Unified Ontology project as recently initiated by INCOSE's new Systems Science Working Group in association with the International Society for the System Sciences.

This presentation addresses the opportunities and challenges of integrating systems thinking into systems engineering.

SE measurement and the accompanying analysis are fundamental elements of SE and technical management.

An understanding of the value of Systems Engineering (SE) is necessary to justify a project’s investment in SE resources and activities.

The INCOSE MBSE Initiative was established to help enable the Systems Engineering Vision 2020.

Interested in receiving your INCOSE Systems Engineering (SE) certification and becoming an International Council of Systems Engineering (INCOSE) Certified Systems Engineering Professional (CSEP) or an Associate SEP (ASEP)?

Interested in learning the fundamentals of Systems Engineering (SE)? The International Council of Systems Engineering (INCOSE) Training Working Group, INCOSE Hampton Roads Area (HRA) Chapter, and Northrop Grumman Corporation (NGC) are hosting a tutorial webinar to help you learn the fundamentals of SE.

The n-Squared diagram holds a special place within the formidable array of SE tools. It is superbly suited to interface control tasks, and when SE practitioners encounter the n-Squared diagram it is usually in this context. Most don’t realize how universal the logic engine within the tool actually is.

OK. So you are a systems engineer and your profession is expected to help solve the wide range of complex system of systems problems we now face.

Systems engineering is believed to have high value in the development of complex systems, but until recently there has been little data to quantify that value.

The Body of Knowledge and Curriculum to Advance Systems Engineering (BKCASE) Project is a global initiative to establish the authoritative systems engineering body of knowledge (SEBoK) and graduate reference curriculum for systems engineering (GRCSE).

Please join me on October 20th from 11am to 12pm EDT for the next INCOSE webinar. As described in the flyers on the INCOSE Connect website,

Please join me on September 16th from 11am to 12pm EDT for the next INCOSE webinar.

INCOSE has been working with the International Standards Organisation (ISO) to define a Systems Engineering data exchange standard ISO 10303-233 (AP233 as it widely known).

INCOSE has played a significant role over the last decade advancing systems engineering by working as a stakeholder body within the International Organization for Standardization (ISO) to draft, comment on, and approve systems engineering standards.

OK. So you are a systems engineer and your profession is expected to help solve the wide range of complex system of systems problems we now face.

INCOSE established its Professional Certification Program to provide a formal method for recognizing the knowledge and experience of Systems Engineering professionals.

A leading indicator is a measure for evaluating the effectiveness of how a specific activity is applied on a project in a manner that provides information about impacts that are likely to affect the system performance objectives.

INCOSE Webinar: Lean Enablers for Systems Engineering Date: 17 March 2010 Time: 15:00 UTC Presenter(s): Bo Oppenheim General Webinar Details: http://www.incose.org/practice/webinars.aspx Abstract: Lean Thinking is the paradigm that enabled Toyota to rise to the best and largest auto company in the world. The paradigm includes not only Lean manufacturing but also extraordinary effective Product Development and Systems Engineering, as well as a culture based on Respect for People. Systems Engineering is regarded as a technically sound process but often burdened with waste and inefficiencies. Lean Systems Engineering is a new body of knowledge applying the wisdom of Lean Thinking to Systems Engineering. Systems Engineering and Lean have overlaps and differences, but both represent processes that evolved over time with the common goal of delivering product or system lifecycle value to the customer. Lean Systems Engineering represents synergy of the two, leading to superior systems engineering process. Most emphatically, Lean Systems Engineering is not a "re-packaged FBC or Acquisition Reform". Lean Systems Engineering does not mean "less Systems Engineering"; it means more and better Systems Engineering, with better preparations, planning, front-loading, training, and more common sense, leading to better program execution. Lean Enablers for Systems Engineering is a product designed by 14 experts from industry, academia, and U.S. and foreign governments, supported by 115+ strong Lean Systems Engineering Working Group of INCOSE. Lean Enablers are formulated as 194 "do's" and "don'ts" of Systems Engineering practice focused on Mission Assurance/Product Success and elimination of waste. The workshop will cover of three parts: 1) Description of the development process of Lean Enablers for SE 2) Presentation of 194 Lean Enablers organized into six Lean Principles: Value, Value Stream Mapping, Flow, Pull, Perfection, and People. 3)"Validation" of the Lean Enablers by surveys, and by benchmarking with recent studies by NASA and U.S. Government Accounting Office. Biography: Bohdan "Bo" W. Oppenheim is the founder and Co-Chair of the Lean Systems Engineering Working Group of INCOSE, and leader of the development effort of Lean Enablers for Systems Engineering. He is a Professor of Mechanical and Systems Engineering and Graduate Director of Mechanical Engineering at LMU in Los Angeles, California. He serves as the local Coordinator of the Educational Network of the Lean Advancement Initiative consortium at MIT. He is on the Steering Committee of the Lean Education Academic Network. For seven years he served as a Director of the U.S. Department of Energy Industrial Assessment Center assessing 125 U.S. industrial plants for productivity. He consulted Boeing, Northrop Grumman, Raytheon, Airbus, EADS, Telekomunikacja Polska, and 50 other firms on Lean, Systems Engineering and Quality. He has $2.5 million in externally funded grants on his credit. He teaches graduate courses on Lean Systems Engineering, Lean Manufacturing, Lean Product Development, Lean Final Engineering, Lean Office, Lean Supply Chain, and Quality. He authored 25 journal papers. Bo was born in Warsaw, Poland. His engineering degrees include Ph.D. from Southampton, U.K. in Systems Dynamics; Engineer's Degree from MIT in Ocean Systems; MS from Stevens Institute of Technology; and B.S. (equiv.) from Warsaw Technical University in Aeronautics. His professional experience spans space, naval, mechanical, software, and manufacturing industries.

There is enormous potential benefit to be gained by using even the most basic Systems Engineering methods within the Commercial Product Development Cycle.

Recent DoD lifecycle acquisition policy, signed by the Under Secretary of December for Acquisition, Technology and Logistics in late 2008 and updated in December 2010, puts added emphasis on the early phases of acquisition.

The concept of resilience has reached maturity over the past decade. There is general agreement on the definition of resilience and its attributes.

K-12 STEM - Do you know what this is? Why is it important to you? What are the key issues? Is it just a U.S. issue? Is INCOSE Engaged? What can you do to help?

Please join me on October 21st from 11am-12pm EDT for the next INCOSE webinar. The candidates for President Elect will be available in a moderated forum to discuss their responses to issues facing INCOSE as we move forward.

INCOSE Best Paper, Academia Domain, 2009 International Symposium: "Divergent Thinking in Systems Engineering Practice: Is There a Shortfall?"

The next 10 years promise to be a pivotal time in the history of air transportation, as the United States begins a transformation that will change the face of aviation.

The publicity surrounding the opening of Heathrow’s new Terminal 5 on 27th March 2008 quickly focused on the operational problems associated with the baggage handling system.

INCOSE drove the development of the OMG SysML and ISO AP233 standards to provide the Systems Engineering community with a standard notation for SE tools and a standard data integration, data exchange mechanism for integrating SE and other engineering applications.

This webinar is open to all INCOSE members and all employees of CAB companies. Even though the title of the webinar might lead you to skip this webinar if you do not belong to a CAB company, the discussion should actually be of value to all INCOSE members who are not already familiar with how to navigate through the INCOSE public and private (Connect) websites.

Presenter(s): Brian Sauser, PhD

REGAL is the 2009 INCOSE product. It stands for Requirements Engineering Guide for All as a deliverable from the Requirements WG.

Presenter(s): Garry Roedler

Presenter(s): Chris Sibbald