Augmented/Virtual Reality (AR/VR) has been rapidly gaining ground in recent years both in consumer and professional application areas, such as gaming, employee training, collaborative design. However, the development of haptic interfaces, such as smart gloves for gesture-based interaction, are still at an early stage.
The project’s objective is to develop new haptic interfaces that would provide intuitive and personalized AR/VR experience, and to explore new market potential.
Have you ever experienced train delays during winter? You might be looking at the effect (delay) but we are looking at the cause (switches). Switches are affected by the build up of ice and snow, making it difficult for them to function correctly. To avoid this the switches are heated by energy intense resistors which consumes approximately half of all the rail infrastructure maintenance energy. We are here to provide an alternative solution to rail switch heating and to save the energy!
Imagine. You are working in a new workspace and sharing it with many others. After a while, you start feeling that the area around you could be more… inspirational, open or heck, loud and crazy. Now, what if you were handed the possibility to make that change, with free hands for researching and developing that space? By the way… that space is very big. We are Team Skycrew and this is our task.
Ever taken the ferry to Tallinn, or any other trip? It’s quite pleasurable and worthy experience right? Well, what goes on in the bridge of that ship is a totally different story, especially when it comes to alert situations. We are here to transform the experience with the bridge environment and ship them directly to the future, are you in for the trip?
The severity of wildfires has been increasing over the past decades. Giving rise to increased loss of life, damage to property and destruction of nature. Presently employed solutions to monitor vast areas, such as forest are lacking and expensive. The goal of Heimdall together with team “FireFlys” is to deploy cutting edge sensing technologies on a UAV ( Unmanned Aerial Vehicle). The combination of maneuverability and sensing from a top-down perspective creates a great system for early detection and continuous sensing of forest fires.
Everybody can imagine that it’s a uncomfortable experience to have cancer scanned by going inside a scanning capsule of cancer scanner machine in the hospital. Luckily, next generation of cancer scanning is here. ScanWear is a wearable PET cancer scanner, that scans for a longer time than a regular PET scanning device, meaning that the same accuracy results are given by less radioactive tracer. In addition, the patient will feel comfortable and secure when wearing the garment. WPET makes the scanning process as easy and pleasant as possible.
Usually, dentistry, as well as the majority of medical manipulations are not associated with comfort. How to make the patient feel safe, as well as the doctor do their task more precisely and faster? Experience shows, that a lot of time is spent for the loads of documentation, whereas it could and it has to be spent on a patient. So, the documenting device has to be as less interruptive as it can ever be. The existing photo-and- video capturing system provided by the rapidly growing company Futudent is at a high demand from dentist hospitals from West to East. However, collaboration of doctors and engineers could go even further and become more productive by creating the camera setup almost unseen to the users. Team Futudent came up with a great solution such as a carpet with NFC operated system, where a doctor can operate the camera just by light movement of the foot on the surface of the carpet. No wires, no disturbing, clear quick result!
Most satellites fall back down to earth and burn in the atmosphere due to air drag. The problem is that these satellites are standardized in volume and cubic shape, because of launching requirements. This cubic shape is also the attribute contributing to the air drag. Team Tardigrade is determined to design a post-deployment mechanism to improve the aerodynamics of micro satellites. With better aerodynamics the air drag is reduced, and satellite lifetime increased.
Today autonomous lift trucks are beginning to populate modern warehouses. However, full automatization is still far in the future. Warehouses have to incorporate manual and autonomous lift trucks in their operations. We are developing a Human-Machine Interface based on commercial tablets for manual warehouse lift trucks. The goal is to improve the workflow for the manual drivers and help them operate harmoniously with autonomous trucks.
What if a sensing material could change the way we interact in everyday life; in our homes, public spaces or with technology, as well as collect data to inform the future? Imagine have created a product that can do just that. A sensing material using graphene that has the potential to transform the way industry can interact with the everyday and create environments that will bring people together, improve service delivery and solve universal economic problems. We will be considering all the possible applications for Imagines’ Graphene to deliver a solution that will be beneficial for consumers worldwide.
Turntable for elements – How to rotate the heavy concrete elements at construction sites? Currently it’s done by two cranes, which ties up valuable crane time. Using a turntable will allow reorientation of concrete elements with weight of 10 000 kg even at sites where there is limited crane capacity. Goal is to have a safe and mobile tool that could be delivered to construction sites in need. Our team is creating a 1:1 scale prototype of the turntable for testing in action.