 Good morning. Good morning. Elvina, who are you? What do you do? I'm Elvina Motard. I work for MSF in Brussels in the Logistics Department and the Technical Team Leader. What on earth is this behind you? Well, this is one of the products from a project that we developed. We actually started from the idea that in MSF the way we design hospitals is quite unique and we can design very large size hospitals in a very short time and also implement it in a very short time frame. So we came from an example that we have already done, which is the Kantai Hospital. It was a hospital that we built in response to the Ayan Typhoon as a post-emergency response. This hospital, it's a 50 bed hospital with OT, maternity, ER, OPD. It's quite a large facility and it took only four months from green light to opening to prepare the land, to build, to set up and to start. And we wanted to see with this project here retrospectively how could we in the future make this process even faster or even easier by actually helping people in the discussion to bring them together. In the design phase usually we have medics that are discussing with logisticians, technicians and so on. And changing their minds, Dr. Jere, you like changing your mind? Of course, yeah. And basically the two products that we present here, whether it is about 3D printed hospitals or parts of hospitals or virtual reality for hospitals, it's really to see in the design process how we can interact better and how we can really agree on what we are doing. So the idea is that the higher the quality of the plan before you start building, the quicker the execution will be because when Dr. J changes his mind and says, oh, I want the operating theatre 10 meters to the left instead of 10 meters to the right, you don't have to take the whole thing down and rebuild it because you already knew this before. And it's also visually much easier than just usually what we do now is that we have 2D drawings that are not very digestible for medics. No. And with these kind of technologies it's also much more visual and much more alive for people to discuss. So there's 2 elements. There's the 3D printing and then there's the 3D visualise, or 360 virtual reality visualisation. Maddie, can you zoom in on what's happening there? So you can imagine a doctor, a medic, anybody who wants to visualise the hospital sitting in the driver's seat with the VR goggles there. I don't know whether you can focus in on this oculus thing that he's wearing on his head and he can essentially walk himself through the hospital. That's correct. So it's really a fully virtual visit that is very immersive. What we see now on the screen is what he sees into the virtual reality element, but he is really fully immersed into the hospital and he can navigate. The idea here is also to see when we design a hospital, it's not about only what are the medical services that we will put there, but how the layout will facilitate the good functioning of the hospital. So we're talking about patient flows, staff flows, medical flow, waste flows. Exactly. And with this kind of system you can actually be immersed into the hospital into really what it would look like and you can validate or see potential issues there. And all of this to produce a really decent plan which you can then execute without too many changes along the way. Dr Jay, some thoughts? Yeah, I mean, you said that the hospital in the Philippines took around four months to put up and to get open. Using your new system that you developed in that time. Tough question. What's the difference? Well, for me it's one of the next phases to see actually when we do it on the real project what will be the added value on it. But the thing is that we have also, this was the way we sold the project and it's a proof of concept. So it was also to see, to discuss with people and to see what people imagine that those technologies could be used for. And we have also seen now many, many different uses from these technologies. For example, even these 3D printed parts, we have even been using them with the Ministry of Health to show them what a prefabricated structure can be and the level of quality that we can reach into those prefabricated structures so to really have discussions not only when we design, but also when we really plan a new project and when we discuss with actors or we are using this now for trainings. So it's the same, we really stimulate this, we put medics and logs together and we tell them to produce the layout of our hospital. You brought up an interesting concept there that we collaborate in the field with lots of other organizations. Have you tried showing other organizations your product and to see the reaction that you get from them? Well, we brought this to a Ministry of Health in Africa and they are trying, yes. They looked at the virtual concept of the hospital, they look at the mock-up and it's a very good way also to convince people because more and more now we go for prefabricated structures because they bring a lot of advantages in terms of the design time, of the building time and so on. But it is not always easy to make people understand that a prefabricated building is not just, I don't know, a container for six months that those structures can last for 30 years. So it's also a very good tool for decision making or for... Fantastic. Well done for having taken the risk to invest in this and to do something completely out of the box and it's really learning by doing and it's great to see that not only your original concept of your business case of let's try and do this so we can get a better plan but it's leading to lots of other things as well. So what's next? You're waiting for another big bang. No, we have many different ideas now. For example, for the virtual reality what you see here is rather a static world so we have the buildings and you can navigate inside them. One of the next steps for this is definitely to make it more dynamic so you will really be able to simulate the flows. Like you would be able to simulate, okay, I'm a doctor and there is a... So we don't even need to go to the field to work for MSF anymore. We can just do it all virtually. You can use it for training, for briefings or for deeper things. But for this, this is one of the aspects for the virtual reality but then for the 3D printing we also want to investigate other 3D printing technologies. We could also imagine that at some point we have a full 3D library that is available also for people to also benchmark and to try other 3D printing technologies. So we're aiming high. We're dreaming. The world is possible. We have to sing big. Thank you very much indeed.