*please note the below is a provisional program and is subject to change
DAY ONE – Thursday 1 November
|8:30||Welcome (15 min)|
|8:45||Keynote 2: (45 min)|
|Systems Engineering in the development of the Advanced Train Management System (ATMS)|
|10:00||Presentation: (55 mins)||Tutorial: (55 mins)||Working Group: (55 mins)||Exam: (120 mins)||Panel/Workshop: (360 mins)|
|Systems Engineering at Transport for NSW||Introduction to Modelling and Simulation||Summary of new Systems Engineering Competency Framework||INCOSE Knowledge Exam||The benefits and impact of a Systems Engineering approach to the ongoing development of the Australian electrical energy generation, transmission and distribution system|
|(Helen Williams)||(Jawahar Bhalla)||(Luke Brown)||(Charles Homes)||(Peter Hamilton)|
|11:00||Presentation: (55 mins)||Panel: (60 mins)||Workshop: (60 mins)|
|Systems Engineering for Autonomous Vehicle Trials||Interoperability Challenges in an Integrated Live-Virtual-Constructive Context||Standardising International SE Certification (ISO/IEC 24773) on the SE Competency Framework|
|(Mahrina Munir)||(Jawahar Bhalla)||(Ray Hentzschel)|
|12:30||Early Career Systems Engineer Huddle (25 mins)|
|13:00||Panel: (120 mins)||Panel/Workshop: (120 mins)||Workshop: (120 mins)||Workshop: (120 mins)||Workshop: (360 mins)|
|Success Measurement and Evaluation of Complex Systems Across Processes, Methods and Products||Application of Systems Thinking, Systems Engineering and Modelling & Simulation in Healthcare||How do we best support young Systems Engineers?||Tackling the Model Base Systems Engineering Adoption Chalenge||(cont)|
|(Mahmoud Efatmaneshnik)||(Jawahar Bhalla & Andrew Madry)||(Michael Psalios)||(Brad Spencer & David Culpin )||(Peter Hamilton)|
|15:30||Workshop: (120 mins)||Workshop: (120 mins)||Workshop: (120 mins)||Workshop: (120 mins)||Workshop: (360 mins)|
|(Resolution of) Pain points impacting the (efficient) development of Transportation Infrastructure – Block 1||Tackling Poverty Holistically||Connection between competency framework and graduate/undergraduate outcomes||Guide for the Application of Systems Engineering to Large Communication Network Systems||(cont)|
|(Emma-Rose Tildesley)||(Brad Hocking)||(Chris Browne)||(John Risson)||(Peter Hamilton)|
|17:30||Day 1 Close|
DAY TWO – Friday 2 November
|8:30||Presentation: (60 mins)||Display (60 mins)||Workshop (60 mins)||Working Group: (60 mins)||Panel/Workshop (60 mins)|
|The Value of Integrating Project Management with Systems Engineering||INCOSE IW2018 and ASEW2018 Quad Charts||Can better Systems Engineering practice lead to more efficient Assurance of Rail Projects||Telecoms WG Planning 2019||The Future of Maritime Test & Evaluation in Australia|
|(Martin Griffin)||(Katherine Eastaughffe)||(John Risson)||(Peter Nikoloff & Bill Keegan)|
|10:00||Tutorial: (180 mins)||Panel/Workshop: (180 mins)||Workshop: (120 mins)||Tutorial: (60 min)||Workshop/Tutorial: (180 mins)|
|Information Publication Skills for Systems Engineers: making engineering outputs more accessible||Soup to Nuts: System Engineering the Elements of the Space Enterprise||(Resolution of) Pain points impacting the (efficient) development of Transportation Infrastructure – Block 2||Decision Analysis & Lifecycle||The Use of Advanced Model-Based Systems Engineering Techniques in the Design of Complex Systems|
|(John Welford)||(Pam Melroy)||(Emma-Rose Tildesley)||(Bill Parkins)||(Mark Eggler)|
|11:00||Workshop: (60 min)|
|Multi-Stakeholder Decision-Making in Complex Scenarios – Using Systems Thinking|
|12:30||SEP Muster (25 mins)|
|13:00||Tutorial: (180 mins)||Workshop: (180 mins)||Workshop: (120 mins)||Workshop: (120 min)||Workshop/Tutorial: (180 mins)|
|(cont)||(cont)||(Resolution of) Pain points impacting the (efficient) development of Transportation Infrastructure – Block 3||Decision Analysis & Lifecycle||(cont)|
|(John Welford)||(Pam Melroy)||(Emma-Rose Tildesley)||(Bill Parkins)||(Mark Eggler)|
|14:00||Presentation: (55 mins)||Display (60 mins)|
|Model Based Engineering Analysis for Communications Networks (Dan Spencer)||INCOSE IW2018 and ASEW2018 Quad Charts|
|15:30||Keynote 3: (45 min)|
|The 10 Year “V” of a Complex Engineered System|
|16:15||Closing Remarks (15 mins)|
|16:30||Day 2 Close|
Information on confirmed workshops at ASEW 2018:
|Systems Engineering in the development of the Advanced Train Management System (ATMS)||The ARTC, in partnership with Lockheed Martin, are developing the Advanced Train Management System, a modern technology communication-based train control system to replace traditional train management systems in use on ARTC’s network.
Development of the ATMS has encompassed elements of research & development, safety-critical hardware and software development, systems integration and operational change. This presentation will look at the application of Systems Engineering practices across the lifecycle of the project, from proof of concept through to systems acceptance and operational deployment. Topics covered will include:
The presentation will touch on some of the key lessons learnt from the project and how these could be applied to future complex system delivery projects in rail.
|The 10 Year “V” of a Complex Engineered System||Since the Government’s selection of a base design and Industry Participants in 2007, 10 years have elapsed seeing two DDGs delivered to the RAN and a third to be delivered in 2019. The DDGs are the most capable and complex surface combatant the RAN has ever had and are now transitioning into service with the development of operating and sustainment capabilities a current focus.
The 10 years of complex engineering behind this program has traversed the full systems engineering lifecycle – the “V” – and provided many insights and lessons learned. Indeed many of these lessons are recurring. We should have learned from previous experiences, but don’t always. Sharing the issues and approaches for recognising and dealing with them from a contemporary program should allow our systems engineering community to reflect and grow our mutual experiences to continually improve.
Insights to be discussed include:
Is there really a “shelf” for OTS systems?
Does scale make things complicated or complex?
System or Systems of Systems?
Requirements are never unambiguous and are not static over time?
What is technical integrity of a complex system?
How do we progress in the face of technical risks and incomplete information?
The challenges of environmental qualification of systems.
|Systems Engineering for Autonomous Vehicle Trials||Autonomous vehicles will change the world, just as cars did before them – and they are right around the corner from full scale roll out.
A number of trials are being conducted worldwide to learn not only about the behavior of these vehicles but also about parallel development of legislation, policy, insurance and optimal application for customer use.
A framework is presented for the safe trialling of autonomous vehicles on NSW road network using a Systems Engineering approach. The framework aims to present a structured method of testing from lower to progressively higher complexity environments in order to identify and define the technology, infrastructure and regulatory readiness of automated vehicles. The framework may be adopted in other jurisdictions and may assist in informing the legislation for full scale roll out of autonomous vehicles.
|Success Measurement and Evaluation of Complex Systems Across Processes, Methods and Products||Serious science starts with measuring, and systems engineering will not be an exception. We regard systems engineering as art and science of problem formulation, solution synthesis and transformation process from problem space to solution space. Given this simple model of major systems engineering activities, in this panel we discuss various ways that systems engineering success can be measured.
The discussion necessarily creates an interface with engineering project management, and we review some of the material in “Systems Engineering Measurement Primer” from INCOSE handbook. We then discuss whether complexity and elegance of the solutions could be used as a success measure?The panel starts by a 30 minutes presentation revisiting Systems Complexity Measurement Framework and the Cynefin framework. Then various other systems engineering measures such as flexibility, evolvability, and elegance will be explored. After this, the panel members will present their views on the topic and comment on the measures that might be suitable for systems engineering success evaluation. The panel will discuss this for about 1 hour. We then open the floor for questions answers, and further discussions.
|Summary of new Systems Engineering Competency Framework||The next major evolution of the INCOSE Competency Framework (ICF) is Version 1.0. was released at INCOSE IS 2018. The competency framework is structured five competence groups and 36 core competence areas across five levels of proficiency. Because this is a role-based competency framework, another major section is a guide to role definition that describes the typical roles systems engineers may assume.
This tutorial will walk through the new competency model and provide opportunities for discussion about is use and application.
|Standardising International SE Certification (ISO/IEC 24773) on the SE Competency Framework||Two significant pieces of work are being undertaken to better define the practice of Systems Engineering.
INCOSE have recently released the SE Competency Framework, a product of the SE Competency WG. This work is not yet complete as Annex E: Guide to Competency Evaluation is yet to be published. This will undoubtedly have an impact on the INCOSE Certification Program as it takes root within INCOSE.
Separately, the ISO Standards Committee ISO/IEC JTC1/SC7 have a working group developing ISO/IEC 24773 Certification of Software and System Engineering Professionals.
SESA has representatives on both working groups.
This Workshop will provide a connection between the two working groups by mapping the SE Competency Framework to the Certification framework defined in ISO/IEC 24773 and gather comments on the SE Certification part if this Standard for ballot at the upcoming committee plenary meeting in Tokyo.Let’s be Standards Makers, not just a Standards Takers and have our say in defining the Practice of Systems Engineering.
|Connection between competency framework and graduate/undergraduate outcomes||There is often a major disconnect between the expectations of systems engineering graduates and systems engineering employers. The INCOSE Systems Engineering Competency Framework provides clear guidance on the expected competencies of a professional systems engineer at five levels: from ‘awareness’ to ‘expert’.
In this session, we’ll workshop how the Framework could be used help align Systems Engineering curricula taught at Australian universities and the needs of graduate-level employers.
|Application of Systems Engineering to Large Communication Networks||Telecommunication services and solutions matter. They underpin communities, businesses and governments. They support critical defence, education, energy, finance, health and transportation capabilities.
Telecommunications service and solution providers globally acknowledge the need to be smarter, faster and more flexible to meet the needs of users, customers, investors and other stakeholders.
The scale and complexity of today’s telecommunication infrastructure makes this difficult, the uncertainty on future telecommunications needs and applications makes it more so.
This workshop explores one question. How can providers of large communication network solutions be smarter, faster and more flexible in satisfying stakeholder needs despite complexity and uncertainty? Attendees will:
|Model Based Engineering Analysis for Communications Networks||This presentation demonstrates a descriptive telecommunications network model in a model-based systems engineering environment, extended from concise requirements documentation. The model is built to cover the full-scope of a mobile communications network, including the main network components, customer management and maintenance systems. Parameters on the customer profile and service standards are imported from the specified requirements. Constraint interactions that are affected by these parameters are built into the model, and the constraint equations are solved to size the network components. Using this system model, impacts on requirement changes are demonstrated.
The demonstration covers the use of Vitech’s GENESYS tool for MBSE, and the connector to Mathworks’ Matlab for constraint solving. It includes:
• Modelling constraints on elements of system design that relate to relevant parameters in defined in the system requirements.
• Representing these relationships visually using diagrams in the SysML notation.
• Using the Matlab Connector to automatically produce Matlab-compatible scripts combining mathematical expressions and the parameter values from these requirements.
• Executing these scripts through the automated connector.
• Returning design parameter values into the system solution design based on this analysis.
• Reuse of the model using modified input parameters and the effects on system design.
|Tackling Poverty Holistically||This workshop will look at the concept of using systems thinking to define the issues of poverty in Australia and design holistic strategies to address them. The workshop will commence with a short summary of the work conducted so far in this space, and an overview of the methodology that will be followed. The majority of the workshop will have participants contributing to this concept through working in groups to define the systems that are involved in the complex socio-technical System of Systems that poverty resides in. The intended outcome of the workshop is nn improved systemic understanding of the topic that can be used to design intervention strategies.|
|How do we best support young Systems Engineers?||With attendance at Systems Engineering symposiums and workshops often dominated by more experienced Systems Engineers, this workshop style session seeks to encourage discussion and elicit feedback on how SESA, and more broadly, the global Systems Engineering community can best support young Systems Engineers to ensure continuity within the discipline. Discussion topics will include:
• What do young Systems Engineers want out of their careers? How would they like to be supported?
• How can young Systems Engineers be encouraged to attend National and International Systems Engineering events?
• What support can experienced Systems Engineers provide to their younger counterparts? What support would they have liked in the early stages of their careers?
|The MBSE Adoption Challenge||As we fast approach the turn of the decade, both industry and government are looking towards Model Based Systems Engineering as the answer to overcoming many challenges that persist in achieving superior warfighting capability for the nation.
Government is driving for Joint Force Integration by design, and Industry demands increasing efficiency and rigor in the design and delivery of Complex new systems.
This workshop has been designed to engage both Industry & Government in identifying the common challenges facing the MBSE community with a vision to begin driving towards unified best practice for Australia.
|The benefits and impact of a Systems Engineering approach to the ongoing development of the Australian electrical energy generation, transmission and distribution system||A workshop organised in to sessions along the following lines:
1. A briefing by experienced engineers from the energy industry on the evolution of the current engineering issues facing Australia, with emphasis on the East Coast. Systems. 1 hour.
2. A briefing by an experienced systems engineers on how systems engineering has found a home in solving complex problems and projects in the defence and aerospace worlds with references to Model Based Systems Engineering. Engineers in the electrical energy world probably have a limited knowledge of the real meaning and relevance of the term ‘systems engineering’. 30 minutes.
3. Divide attendees into two Working Groups to retire and consider the issues as outlined in the above briefings.1 hour.
4. Plenary session – groups outline their thoughts on the benefits and impact of a Systems Engineering approach to the ongoing development of the Australian electrical energy generation, transmission, distribution and retail system. 1 hour.
|The Use of Advanced Model-Based Systems Engineering Techniques in the Design of Complex Systems||The Workshop explores the power of model-based system engineering techniques and demonstrates how these can be applied to the design of complex systems. Using a proven methodology, conference delegates will see how to develop an integrated systems architecture that captures the outputs of operational analysis, requirements development, functional analysis, and design and synthesis. A series of guided demonstrations will show how such techniques can develop a rich and traceable design architecture.
All demonstrations are supported by a simple to use, modern systems engineering tool. The key insight from the workshop is how the systems engineering method can now be more effectively applied using advanced model-based systems engineering techniques. This approach is shown to be far superior to conventional paper-based methods.
The workshop provides a good mix of presentations supported by detailed demonstrations. There is ample time for interaction with the workshop participants.
|Application of Systems Thinking, Systems Engineering and Modelling & Simulation in Healthcare||Systems Engineering can sometimes be relegated to the role of managing requirements in medical and healthcare projects. This is because managing requirements in any medical regulatory environment is mandatory and requirements engineering is acknowledged to be part of the Systems Engineering process. However, the full benefit of Systems Thinking and the Systems Engineering approach is often not realised.
In today’s modern clinical environment where for example multiple complex technologies need to work together or where a new health facility is being developed, the need for a Systems approach is more important than ever. Modelling and Simulation has a role to play in this.
The Australian situation has particular challenges with a relatively small medical/healthcare sector and limited opportunity for cross-fertilisation between engineers and scientists who work in the systems role.
This panel and discussion session, structured as a set of short presentations from leaders in this sector followed by a collaborative exchange between workers in this field, will focus on the above from two key perspectives:
|Information Publication Skills for Systems Engineers: making engineering outputs more accessible||Your engineering competence might be excellent, you probably have a stack of experience and qualifications in getting the job done, maybe you’ve even been doing additional professional development around some specialist skills; but none of that means anything if you’re not able to share your work in a coherent and engaging manner. A key part of almost all engineering delivery is the dissemination of ideas, results and analysis through documentation – but when did you last go on course for that?
Publishing engineering information in graphs, charts, tables, models and reports is a key skill that all engineers should have, particularly Systems Engineers, who frequently bridge the gap between multiple stakeholders, interfaces and disciplines. Unfortunately, this is not a standard feature in most engineering training courses, with most engineers having to either learn on the job, or worse, make it up as they go along!
|Decision Analysis & Lifecycle||The tutorial will refresh the techniques developed by the INCOSE Decision Analysis Working Group and documented in the text-book “Trade-off Analytics-Creating and Exploring the System Tradespace, Edited by G.Parnell”, published by Wiley 1n 2017. Tutorials on this subject have been conducted at ASEW 2107, SETE 2018 and INCOSE International Symposium 2018. ASEW 2018 will continue to develop the techniques, focusing on the relationships between the trade-off study reports and other system engineering artefacts generated at significant phases of the system lifecycle. The tutorial session will discuss the related current features developed by other working groups including MBSE, System of Systems and Product Line Engineering.
The workshop session will simulate trade studies at different lifecycle phases and consider the utility of products for effective engineering support of the system evolution over the lifecycle. This topic was identified at the Decision Analysis Working Group at IS2018 in Washington D.C. as an issue needing analysis. It would be beneficial to the working group if the Australian workshop and subsequent technical paper could make a contribution to the working group. Participants can be industry practitioners, academics and acquisition organisations with varying levels of experience. Teams will be formed with a mixture of backgrounds to seek fresh ideas and innovative solutions.
|Soup to Nuts: Sys Eng the Elements of the Space Enterprise||This session will serve two purposes – to help people understand how space activities are linked together, starting from what it takes to build a satellite and a payload – what the trends in those areas are, what the cost and schedule drivers are – then discuss launch and do the same, and then the same for on-orbit operations, and downstream use.
The day will start with a panel with an expert in each of these three areas. They will provide an introduction to each area and its challenges. The task then turns to a facilitated workshop discussion of how the linkages between the elements could be improved or streamlined, with nothing off the table – tech, policy, business – to make a more efficient space industry.
|Introduction to Modelling and Simulation||Modelling & Simulation (M&S) is increasingly being recognised as a universal enabler, while Systems Engineering (SE) has long been recognised as the Systematic Application of Systemic Thinking to deliver complex systems. Interestingly, Modelling and Simulation (M&S) is an intrinsic part of the SE process itself (refer MBSE). This session will provide an introduction to basics of Systems Thinking and Modelling and Simulation, covering the following key topics
• Motivation for M&S & SE
• Definitions M&S and SE
• Categories of M&S
• Fidelity & Resolution
• SE Lifecycles for M&S – Acquisition & Sustainment
• Verification, Validation & Accreditation of M&SIt will conclude with a general discussion and a Q&A session.
|Challenges of Interoperability in a Live, Virtual, and Constructive context||The ever evolving Defence operational context in conjunction with increasing complexity of Defence assets is driving a need for greater integration across the ADF in order to ensure safe and effective delivery of required outcomes. This operational context is driving a greater need to interoperate efficiently and effectively, across Services, and perhaps even more importantly, in the ability to train and rehearse as a joint force to demonstrate preparedness prior to actual operations.
This panel, comprising members with experience spanning acquisition and sustainment of Defence capability and training, will focus on defining this complex and evolving operational context, highlighting some of the key challenges, and considering initiatives and innovations towards overcoming these challenges, from Systems Engineering and Modelling & Simulation perspectives, through presentations and an open discussion / Q&A forum.
|SESA Telecoms Working Group Planning 2019||The SESA Telecommunications Working Group has been meeting since early 2018 and has been working on the Guide for the Application of Systems Engineering to Large Communications Network Systems. This working group meeting will workshop the groups plans for 2019.|
|Corporate Engagement Group (CEG) First Meeting||The Corporate Engagement Group (CEG) will operate to improve SESA’s engagement with the corporate sector across Australia. Membership of the CEG is open to all corporate SESA members, with each corporate member entitled to nominate one representative. This session will outline the scope and opportunities of the CEG and will provide an opportunity for the SESA corporate members to provide feedback on SESA practice and systems engineering issues.
The scope of work for the CEG will be outlined including:
|Early Career Systems Engineer Huddle||Early Career Systems Engineering Huddle (Gathering)
Do you have any ideas on how SESA can help systems engineers early in their career? Do you want to meet other systems engineers? Do you want to have a say in SESAs plan to help early career systems engineers?
Join us for this facilitated discussion where we will discuss the needs of early career systems engineers and create an action plan for how SESA can help systems engineers in their early career
|SEP Muster||Systems Engineering Professsional (SEP) Muster (SEP Gathering)
A certified systems engineers are welcome to this gathering (ASEP, CSEP & ESEP)
|INCOSE Knowledge Exam||Paper based 2 hr INCOSE Knowledge Exam
|ASEW Outcomes Summary||A short summary of the outcomes of each of the Workshops, Panels and Working Group sessions at ASEW, presented by the related session facilitator|
|(Resolution of) Pain points impacting the (efficient) development of transportation infrastructure||Across the transport sector, prevails a common cultural background and history of working in silos, civil engineering leadership, heavy/civil construction environment and a legacy of predominantly electro-mechanical equipment. Against this, we are deploying leading edge technology to improve efficiency for operations staff and improved service and amenities for users, leading to an increased level of complexity and integration.
This workshop will target discussion around the challenges to SE adoption and promote the exchanging of strategies and practices leveraged by SE leaders for increasing systems implementation and uptake.Structured as three distinct “Blocks” each building upon the others. Each block is a collaborative exchange, breakout groups will begin with an investigation into selected “pain points” with the intent of understanding the problem space sufficiently through a holistic exploration of key drivers, players, and dynamics.Participants will share their perceptions and draw on their experience and knowledge from all sectors to outline requirements for solutions, and detail the “next steps” required to plan and deploy solutions.The intent is to develop a shared understanding of the problem space, identify solution requirements – with attention to impeding factors such as cultural, social and organizational.
|The Value of Integrating Project Management with Systems Engineering||The benefits of overlaying Systems Engineering principles with Project Management philosophies are well established so why is it still so difficult to implement.
With current statistics still showing project success rates as low as 30% regardless of industry sector or project complexity, the question of ‘WHY’ still occupies a significant amount of researchers’ time and directly affects the confidence of government decision makers when embarking on the next major infrastructure project. Many studies have been conducted over the past decade to try and deduce the drivers behind project success or failure. Although most of these are flavoured toward presenting the best interest of the domain which funded the study, those in the area of Systems Engineering and its contribution to project success are consistently supported by Project Management Industry bodies.
In this presentation, Martin Griffin will review the continuing conflicts between Project Management philosophies and the discipline of Systems Engineering and highlight where and why these elements of project delivery struggle to align and quite often cause friction. The definition of Project Success is evolving beyond the traditional measures of Schedule, Cost & Quality to one where Projects must deliver what they set out to do – the expected benefits or the availability of capability. This will truly require the tight integration of Project Management with Systems Engineering to deliver Project Success.
|The Future of Maritime Test & Evaluation in Australia||With record levels of investment in Australian Maritime Capability programmed for the coming decades how will Australia’s Test & Evaluation community ensure ongoing fitness for purpose and the achievement of superior capability outcomes?
Join Peter Nickoloff (Director Nova System and the Australian President of ITEA) and Bill Keegan (Director of Test & Evaluation of the Future Submarine Program, and the International President of ITEA), for a Panel discussion exploring the current state of play and future challenges related to T&E Policy, Facilities, Ranges, People, Objective Quality Evidence (OQE), Processes and a host of other issues. They will also be covering issues of practicality and cultural mindsets.