Shadow plays an active role in a number of European research projects, as researcher, developer and end-user. We work with the best in Europe to solve difficult problems and generate new technologies.
The COROMA project proposes to develop a cognitively enhanced robot that can execute multiple tasks for the manufacturing of metal and composite parts. COROMA will therefore provide the flexibility that European metalworking and advanced material manufacturing companies require to compete in the rapidly evolving global market.
CHIRON is a two year project funded by Innovate UK. Striving to design care robotics for the future with a focus on dignity, independence and choice. CHIRON’s various components can be mixed and matched to enable the customer to undertake a wide range of domestic and self care tasks independently or enable a care worker to assist an increased number of customers.
RAMCIP -Robotic Assistant for MCI Patients at home- aims to research and develop real robotic solutions for assistive robotics for the elderly and those suffering from Mild Cognitive Impairments and dementia. This is a key step to developing a wide range of assistive technologies. We will adopt existing technologies from the robotics community, fuse those with user-centred design activities and practical validation, trying to create a step-change in robotics for assisted living.
We are delighted to announce that we’ve received funding from Innovate UK for a new project to create a demonstrator of a novel semi-autonomous teleoperation (SAT) system that is simpler and more intuitive than existing teleoperation technologies. The project launched on 1st March 2017 and will run for the next 13 months. We will be working with three prestigious partners: OC Robotics, Cambrian Intelligence and UCL.
Previous projects have included:
As a developmental pathway towards autonomy and dexterity in robot in-hand manipulation, HANDLE is a Large Scale IP project coordinated by the university Pierre and Marie Curie of Paris and include a consortium formed by nine partners from six EU countries: France, UK, Spain, Portugal, Sweden, and Germany.
The TACO project aims at enhancing the abilities of service robots by improving the sensing system with real 3D foveation properties and to increase their ability to interact with their natural environment in a more natural and human-like way.
The PV-Servitor project focuses on concepts for a fully autonomous cleaning robot for ground mounted large scale photovoltaic power plants consisting of 100 kW and over.
STIFF-FLOP is researching how to take some of the new capabilities in soft robotics and apply them to the development of tools for endoscopic surgery. This project takes inspiration from octopus tentacles for the design of flexible soft robots.
DEXDEB is researching meat deboning. Taking apart an animal carcass to produce high-quality pieces of meat is a skilled but unpleasant and dangerous task. In DEXDEB we are looking at two designs of robotic hand and using them as the “left hand” that pulls at the meat, while a human operator slices the meat with a knife held in their right hand. This will provide DEXDEB with a baseline for doing more complex human-robot interaction work later.
HYFLAM is investigating the role of robotics in biosafety level 3 and 4 laboratories. Working with a UK Government lab and Hamburg University, HYFLAM is looking at a range of skilled tasks and investigating whether a robotic hand can perform them, and how well it performs them when working with software like that developed in HANDLE. This could lead to a new generation of robotic systems for hazardous lab work.