|Oct 2022||Introduction to Systems Engineering Principles, presented
Dr Michael D Watson
|Sep 2022||Reflektioner från International Symposium 2022 (in Swedish)|
|Jun 2022||Smart Cities Initiative, presented by Jennifer Russell|
|May 2022||En tillämpning av Systems Engineering och Enterprise Architecture i svensk sjukvård och regional förvaltning, (in Swedish), med Hans Natvig|
|Apr 2022||Enterprise Architecture Guide for the Unified Architecture Framework (UAF), presented by James N Martin|
|Mar 2022||Vad händer i INCOSEs arbetsgrupper? (in Swedish)|
|Mar 2022||Systems Engineering Vision 2035, presented by Heinz Stoewer|
|Feb 2022||Overview Next Generation Modeling Language SysML v2, presented by Tim Weilkiens|
Systems Engineering Principles by Dr Michael D Watson
Mike presents the recently published INCOSE Publication "Systems Engineering Principles".
This is a must read for all systems engineers, so take the opportunity to get an introduction by the team leader. Download your copy of the document at https://www.incose.org/products-and-publications/se-principles
Bio: Dr. Michael D. Watson (retired from NASA (34 years) last month and now the Deputy SE&I Lead for the Dynetics Human Landing System) led the development, review, and maturation of these systems engineering principles at both NASA and as chair of the INCOSE Systems Engineering Principles Action Team.
Reflektioner från International Symposium 2022
Du som missade årets International Symposium i Detroit - nu har du chansen att få en kondenserad rapport av några av de svenska deltagarna. Ur innehållet: generellt om symposiet, intressanta föredrag/papers, trender och allmänna reflektioner.
As cities around the world are unevenly waking up after a pandemic coma, cities are seeking opportunities to continue evolving toward being ‘smart.’ Cities may wish to take a new approach to provide services that meet the goals of the city and needs of the residents in new and innovative ways. The implementation of such approaches will define the new “smart city.”
This presentation will introduce this human-centric model, the INCOSE-TUS Smart Cities Reference Model and provide an update on our modeling developments. Those interested are invited to join the INCOSE Smart Cities Iniitiative Working Group.
Jennifer Russell, Smart Cities Initiative Chair, EISE, CSEP is the Program and Management Support Leader on Garver's Water team. Over the past 25 years, she honed her West Point leadership motto of being a "Leader of Character." From strategic planning to tactical logistics, Jennifer has invested in public service and infrastructure. The domains of her experience are a testament to the portability of her skill set and include water systems, software systems, high-speed rail, transit systems, highway systems, and multi-modal connectivity. Jennifer holds a B.S. in Engineering Psychology from the United States Military Academy and an M.S. (2003) and Engineer Degree (2007) in Industrial and Systems Engineering from the University of Southern California.
En tillämpning av Systems Engineering och Enterprise Architecture i svensk sjukvård och regional förvaltning av Hans Natvig, enterprisearkitekt på Akademiska sjukhuset i Uppsala
Webinaret kommer att handla om hur man i Region Uppsala arbetar med digitalisering. Kan systems engineering, och enterprisearkitektur tillföra något i en offentlig verksamhet som har som huvuduppgift att bedriva sjukvård?
Hans Natvig kommer att ge en inblick i hur man från Akademiska sjukhuset arbetar för att införliva SE-processer och EA (med UAF) i regionens modeller för verksamhetsutveckling.
Hans Natvig är CSEP och sedan 2017 enterprisearkitekt på Akademiska sjukhuset i Uppsala. Han har dessförinnan arbetat som konsult, primärt i försvarssektorn, med mjukvaruutveckling och som systemingenjör. Hans har det senaste decenniet specialiserat sig på arkitekturfrågor och systemmodellering.
Enterprise Architecture Guide for the Unified Architecture Framework (UAF), presented by James Martin
Vad händer i INCOSEs arbetsgrupper?
Den 10 mars klockan 09:00 - 10:00 gav Jonas Hallqvist (Saab), Robert Nilsson (Volvo Cars) och Tom Strandberg (Syntell) en översikt av INCOSEs många arbetsgrupperna och en insikt i arbetet i några av dessa. De gav även en kort summering av det stora arbetsmötet, INCOSE International Workshop 2022, som hölls 29/1-2/2.
Visste du att alla INCOSE produkter såsom INCOSE Systems Engineering Handbook, Guide to Writing Good Requirements, och SE Vision 2035 är resultat av ideellt arbete av INCOSEs medlemmar? Likaså är INCOSE drivande i utvecklingen av standarder såsom ISO 15288 och modelleringsspråket SysML. Över 50 olika arbetsgrupper träffas för arbeta fram nya rön och dokumentera dessa för att kunna spridas till andra. Du som har intresse i någon aspekt av SE kan säkert finna en arbetsgrupp som jobbar just med det temat.
Genom att engagera sig i en arbetsgrupp tar du del av en enorm samlad erfarenhet. Du kan ta en passiv roll eller en aktiv roll. Typiskt gäller "ju mer du bidrager, desto mer får du tillbaka".
Tuesday March 8, 15:00-16:30 CET, live at KTH Stockholm and Zoom (see below).
In conjunction with Annual General Meeting (AGM) of the Swedish Chapter - we have the pleasure to offer a live presentation of the new INCOSE Systems Engineering Vision 2035 by Dr Heinz Stoewer, who acted CTO in the editorial team.
The SE Vision is intended to inspire and guide the strategic direction of systems engineering across its broad stakeholder community. The Vision highlights some of the major influencing factors that impact systems engineering, how systems engineering is expected to respond to these changes, and a starting point for collaborative efforts to realize this vision.
SE Vision 2035 is a substantial update of Vision 2025 published in 2014 and addresses the current trends, opportunities and challenges. On the SE Vision 2035 web page you find more info and link to the downloadable pdf version and the web version.
"Overview Next Generation Modeling Language SysML v2" with Tim Weilkiens
The talk will provide a general overview of the SysML v2. We start with some background and history of SysML v2, continue with the architecture of SysML v2 and how it differs from SysML v1, followed by the features. There is no use or fun in presenting all the elements of SysML v2, but I briefly present the features that are new compared to v1. To give you the opportunity to try SysML v2 in practice and not just study it theoretically, I present how to use the pilot implementation. Finally, we will have a look at the game-changer feature of the SysML v2 API.
Tim Weilkins is an active member of the OMG and INCOSE. He is a co-author of the SysML specification and active in the ongoing work on SysML v1 and SysML v2. Tim is involved in many MBSE activities, including podcast, authoring books, developing methods and presenting at several conferences about MBSE and related topics.
On October 14th, 2021, 9-10 CET, INCOSE Sverige will host: Carl von Gerber presenting on
The webinar will a focus on how the Swedish Defence University contributes to military and civilian capability development through the courses given within the subject of Systems Science for Defence and Security.
On January 14th, 2021, 9-10 CET INCOSE Sverige will host Kevin Fairs and Simon Smith presenting on:
Systems Engineering with influences from Enterprise Architecture, Digital Twins and Business Value Orientation
The presentations focus on describing how Systems Engineering of complex systems can benefit from influences from approaches such as Enterprise Architecture, Digital Twins and Business Value Orientation.
The presentations are based on both theory and extensive practical experiences. Examples of initiatives that have been completed and are the basis for the message delivered in the presentations include:
- The evolution of a Government-sector System Engineering practice towards business and mission value
- The Common Support Operating Model for the UK’s Royal Navy (COMPASS)
The presenters will give a short presentation and share their learning experiences from the above and other work.
1. The need for Systems Engineering to focus on Business Value – Kev Fairs
2. The concept of a Digital Operating Model with examples – Simon Smith
Kevin Fairs is Lead Architect at CACI Information Intelligence Group. He has worked in various roles across system engineering for over 20 years, both in commercial and government domains. In the last 10 years, Kevin has focused on architecture in the face of complex systems.
Simon Smith is Chief Architect in CACI Information Intelligence Group, where he works in defence and national security with blue chip customers on the benefits and challenges of the digitisation of business operating models. He is a member of INCOSE and the UK’s Safety Critical Systems Club, and sits on the techUK working group on Digital Twins.
INCOSE Sveriges December 17th (9-10 am CET) webinar will host Gerrit Muller speaking on
Abstract: The energy transition required to achieve the Paris climate agreement impacts the entire energy system. The energy system consists of many systems and an infrastructure connecting these systems. How can (Systems of) Systems Engineering assist in this complex transition? In this presentation, we will use a number of concrete examples to explore the systems engineering role and methods for this complex and dynamic application.
Gerrit Muller, originally from the Netherlands, received his master’s degree in physics from the University of Amsterdam in 1979. He worked from 1980 until 1997 at Philips Medical Systems as a system architect, followed by two years at ASML as manager systems engineering, returning to Philips (Research) in 1999. Since 2003, he has worked as a senior research fellow at the Embedded Systems Institute in Eindhoven, focusing on developing system architecture methods and the education of new system architects, receiving his doctorate in 2004. In January 2008, he became a full professor of systems engineering at University of South-Eastern Norway in Kongsberg (USN), Norway. He continues to work as a senior research fellow at the Embedded Systems Innovations by TNO in Eindhoven in a part-time position. Since 2020, he is INCOSE fellow and Excellent Educator at USN.
On October 15th, 9-10 (CET) Jonas Hallqvist, ESEP and member of the INCOSE Competency Working Group presents:
Many organisations say that their main asset is the competence of the employees. But how can you know what competence you need? How do you know if you have the right competence? To answer that question, some form of competence definition is needed.
Structuring the systems engineering competence is necessary to be able to have a common understanding, identifying the current status and future needs and developing a roadmap to meet those needs. The simple statement “we need more systems engineers” is not enough for this purpose.
This presentation will contain a description on how systems engineering competence can be structured and assessed. The INCOSE Competency Working Group, current work regarding INCOSE Systems Engineering Competency Framework and its relationship to Professional Development Portal and the SE certification will be presented.
The INCOSE Systems Engineering Competence Framework was awarded Product of the Year 2018.
Den 17/9 klockan 9-10 presenterar Professor Dag Bergsjö, Systems Engineering Design, Chalmers University
Seminar on Systems Engineering and Machine Learning
This seminar will present the basics of machine learning, what it is, what to expect and how machine learning can be applied to systems engineering problems and processes. The evolution of machine learning from statistics and probability analysis towards learning algorithms will be briefly touched upon as well as traditional use of machine learning to predict and prevent product and consumer behavior (i.e. self-driving cars and fraud detection).
Since 2016 the Systems Engineering Design Research Group has been involved in several projects trying to identify the potential benefits of Machine Learning and Big Data Analysis. A few of these projects will be presented as well as the current ongoing research. Especially with the focus of knowledge management and data trustworthiness in the context of Systems Engineering.