The workshops are key features which distinguish IYNC from other conferences. They are opportunities for you to learn new things in interactive informal settings, expand your network in game-based activities as well as gain different perspectives as you interact with different entities, countries and communities.
IYNC is proud to announce that the following workshops will be developed in Sydney for IYNC2020. Do not miss the opportunity to attend a special “Master Class”, where you can meet new people and develop your knowledge in a fun and interactive way.
Telling Your Nuclear Story
Managers: Sarah Spath (Mothers for Nuclear) and Lenka Kollar (NuScale)
Public acceptance of nuclear technology is based on trust through common values, not only on facts and figures. Common values are discovered and built on actual engagement with the public and dialogue through personal stories. In this workshop, you will learn the basics behind effective science communication, build an understanding of the concepts that influence others, and work on developing your own personal nuclear story with ways to use it to reach and connect with others in a more raw and transparent way.
Master Predictive Maintenance and Define its Strategy
Managers: Jesus C. (ENSA)
Let’s work together and try to optimise a maintenance strategy! Participants of this workshop will get an opportunity to learn about predictive maintenance and how it can be implemented in the nuclear industry including for nuclear power plants, fuel cycle facilities, accelerator, nuclear medicine facilities and more. We will test various parameters of a model to determine the best maintenance strategy to adopt for an asset.
Design your own Reactor
Managers: Matthias vanderhaegen (Tractabel) and Sergey Malozemov (Rosatom)
This workshop will give you the opportunity to design a reactor, or work out a high-level reactor concept and present it to a jury. In the first round, you’ll have to defend your design to the Safety Authority and the Waste Authority, give your safety approach and explain how you would deal with waste. After receiving feedback from the Safety Authority, the revised concept is to be presented with a business case to possible Investors. Are you up for the challenge?
Fusion Era: Future or Failure?
Managers: Iuliia Ipatova (Bangor University) and Olga Talina (Rosatom)
For the first fun quiz round, participants will take a dip into the main challenges of fusion, looking for the right answers to this big fusion puzzle. In the form of a game, the fastest and smartest participants of round two will consolidate their knowledge and have an opportunity to present to the audience. Each participant will need to present during the workshop. Through all these processes, participants will learn more about fusion power and develop an interest to continue this outside of the conference.
Business game: Nuclear for Sustainable Development
Managers: Elena Pashina (Rosatom) and Andrey Petryakov (Rosatom)
This workshop will be an interactive business game for the teams with group work, analytics, and presentations to follow. Participants will have a chance to get an overview of how nuclear power works and can contribute to countries’ sustainable development. Based on the expert’s lecture, participants will get an opportunity to work in groups and develop business cases on how smart energy policy can contribute to sustainable development in a particular country.
Generation IV – an Opportunity for Nuclear Energy
Managers: Sara Mastromarino (Tu Delft)
Generation IV reactors will be a paramount step for the development of nuclear energy over the coming years. They are intended to be safer, cheaper, more versatile and more sustainable than ever. However, this new technology still requires a lot of research in several fields. In this workshop, we will explore the Generation IV forecasts, using the Molten Salt Reactor as an example of current research. This Generation IV candidate uses a liquid, thorium-based fuel, that serves both as nuclear fuel and heat transfer medium. We will identify together major points that will assure the safety assessment of these reactors. Divided in groups, participants will analyse issues and solutions for these reactor’s progress.
Statistical Evaluation of Data in Nuclear Science and Technologies
Managers: Luciana Carvalheira (Nuclear Engineering Institute)
Statistical Tools and Analyses are slowly becoming a cornerstone of all Nuclear Sciences. The number of different methods, concepts and uses available makes this discipline of utmost importance and despite highly important, the statistical evaluation of data is sometimes not currently performed in laboratories as it should be. In this workshop we will dig into those researches, using Radiochemistry as an example. Therefore, this workshop intends to shed light on the importance and needs of this approach. With this in mind, the expected output is to make the participants explore more about the statistical evaluation of data in their work.
Incorporation of Digital Technologies in the Nuclear Industry
Managers: Fabricia Pineiro (SNC-Lavalin) and Maria Roskoshnaya (Rosatom)
The workshop will focus on the successful application of digital technologies in the nuclear industry, from design through to project execution. A hands-on experience with industry leaders to understand what a digital twin truly is as well as VR and AR real-life applications. An interactive opportunity to learn how these technologies are being used and what the future holds
Inspiring public into nuclear science and STEM: communication and perception of nuclear
Managers: Danila Dias (SNC-Lavalin) and Tania Muguet (SNC-Lavalin)
The era of information, rapid communication and social media presents both positive and negative sides, posting new challenges when it comes to communicating with the public. Are we effectively influencing people in encouraging ways on the issues of nuclear science and technology, innovation, clean energy, STEM careers and work gender balance? The goal of this workshop is to discuss and develop innovative, sustainable, and low cost ways to consistently communicate with kids and adults to stimulate them to explore a field we know is vital for the future of our planet.
Challenges on NPP Construction as Emerging Nuclear Countries
Managers: Malinda Ranaweera (SLAEB) and Mr Hong Lee (JEIL Partners)
A new nuclear program should be an outcome of a process which ensures broad support from all stakeholders involved, including ministries, politicians, public, media, industries, scientific communities, NGO and, civil and environmental groups. The workshop will engage the audience in a scenario practice for the development of national policy, simulating engagement of relevant stakeholders, development of long-term energy plan, and a pre-feasibility study.
The Decommissioning Price Tag
Manager: Laura Mcmanniman (IAEA)
This workshop aims to explore the cost of nuclear decommissioning against similar activities in other industries. The workshop introduces the common decommissioning issues the nuclear industry faces, including indicative costs of previous solutions. In groups, attendees will be given scenarios of a decommissioning activities. A variety of methods and solutions will be provided to the groups and they will be asked to design and cost a method to tackle their decommissioning activity. The takeaway is to challenge “this is the way it’s always been done” mentality and to consider the pros, cons, safety and cost implications of techniques in nuclear decommissioning activities.
Developing a Severe Accident progression tree
Managers: Rosario Delgado-Tardáguila (ENUSA) and Lavinia Raganelli (CRA)
Severe accidents include all those that result in fuel melting and can cause the release of radioactivity into the environment. Events like Chernobyl and Fukushima are classified as severe accidents. Research on severe accidents aims to model and prevent them by a mix of multi physics models and safety analysis. The first part of the workshop will provide an overview on severe accidents and their multi physics models. The second part of the workshop will explain how the multiphysics modeling is used in safety analysis. The participants will learn about severe accidents and the difficulties in developing effective models. They will also learn how to use information of multi-physics models to develop accident progression trees that are used in probabilistic safety analysis.