Aberdeen Science Centre is set to revolutionize its visitor experience with the introduction of virtual reality (VR) technology. Thanks to the generous support of Mermaid Subsea Services UK, ETZ Ltd, and Peterson Energy Logistics, the centre will be able to offer immersive VR experiences that will transport visitors to new worlds and inspire future generations of scientists and engineers. The funding will enable the centre to purchase 38 VR headsets, which will be used in a variety of interactive activities, workshops, and science demonstrations. Visitors will have the opportunity to explore the solar system, journey through the human body, and even experience the thrill of deep-sea exploration. Steph McCann, head of fundraising at Aberdeen Science Centre, welcomed the support the project has seen so far, and encouraged any other organisations interested in investing to get in touch. She said: “We are immensely grateful for the support of Mermaid, ETZ Ltd and Peterson, alongside AVC, which has allowed us to move forward with our plans to enhance our interactive activities and workshops with the addition of VR headsets. With this technology, we can transport our visitors to new worlds where they can explore our solar system, walk around a hydroelectric dam,…
The UK Space Agency has announced a £3.5 million funding initiative to develop innovative satellite connectivity solutions for some of Britain’s most remote areas. By combining satellite and terrestrial technologies, the agency aims to improve digital connectivity and bridge the digital divide. The funding will support three projects, each targeting specific challenges in remote and rural areas. One project will focus on developing portable gigabit-capable internet terminals for vehicles, benefiting local authorities, farmers, emergency services, and event organizers. Another project will transform connectivity on Rathlin Island, a remote island off the coast of Northern Ireland. By implementing a hybrid satellite-wireless solution, the project aims to improve the island’s connectivity and support its local economy. A third project will be undertaken on the Shetland Islands, testing a hybrid satellite-wireless solution for the remote island of Papa Stour. This initiative aims to provide reliable connectivity to the island’s residents, despite its challenging geographical location. These projects demonstrate the potential of satellite technology to address connectivity challenges in remote and rural areas. By combining satellite and terrestrial technologies, these solutions can provide robust, flexible, and high-speed connectivity, even in the most challenging environments. The UK Space Agency’s investment in these projects is a…
William Hare, a leading provider of structural steelwork and specialist engineering solutions, has played a pivotal role in the construction of 40 Leadenhall Street, a striking new landmark in the City of London. This iconic skyscraper, nicknamed the “Gotham City” building, presented a number of complex engineering challenges, including the design and fabrication of intricate steelwork elements. To overcome these challenges, William Hare utilized advanced 3D modeling and BIM technologies to facilitate seamless collaboration between various stakeholders. By leveraging 3D models and cloud-based platforms, William Hare was able to visualize and analyze the complex geometry of the structure, identify potential clashes, and optimize the design and fabrication processes. This approach significantly improved efficiency and reduced errors, ensuring that the project remained on schedule. One of the most challenging aspects of the project was the construction of the first-floor walkway areas, which featured curved elements and integrated glazing. William Hare successfully overcame these complexities by utilizing detailed 3D models and close collaboration with other project stakeholders. The successful completion of 40 Leadenhall Street highlights the power of digital technologies in modern construction. By embracing innovative tools and techniques, William Hare has demonstrated its ability to deliver complex projects on time and…
Anticipate London is set to revolutionize the way industry professionals approach the challenges and opportunities facing the property, safety, and security sectors. This innovative event brings together the renowned Facilities Show, Safety & Health Expo, FIREX, and IFSEC under one roof, offering a comprehensive platform for knowledge sharing, networking, and sourcing cutting-edge solutions. In today’s rapidly changing world, property and people leaders must navigate a complex landscape of evolving regulations, technological advancements, and emerging threats. Anticipate London addresses these challenges head-on, providing valuable insights and practical solutions to help professionals stay ahead of the curve. Key highlights of Anticipate London include: Chris Edwards, Group Director, stated, “Anticipate London isn’t just a new event; it’s a smarter, more connected experience designed for the people shaping the future. We’re bringing together the best of these four established events to create a powerful platform for learning, networking, and business growth.” By uniting these four renowned events, Anticipate London offers a unique opportunity for professionals to gain valuable insights, explore innovative solutions, and connect with industry peers.
A new initiative, led by Nottingham Trent University and Loughborough University, aims to position the East Midlands as a global hub for rehabilitation technology innovation. The project, known as EMERGE (East Midlands Emerging RehabTech Growth Enterprise), is funded by a multi-million-pound grant from the UK Research and Innovation Engineering and Physical Sciences Research Council (EPSRC). EMERGE will connect hundreds of MedTech SMEs with healthcare professionals, academics, and the public to accelerate the development and deployment of cutting-edge rehabilitation technologies. By addressing key challenges such as access to skills, clinical partnerships, and investment, the project aims to drive innovation and improve patient outcomes. The initiative will focus on areas such as sensor technology, medical device materials, bioengineering, robotics, and artificial intelligence. By fostering collaboration between industry, academia, and healthcare providers, EMERGE will accelerate the translation of research into practical applications, ultimately benefiting patients and healthcare systems. Dr. Andrew Capel, from Loughborough University, highlighted the region’s strong foundation in rehabilitation science and its potential to become a global leader in the field. He emphasized the importance of the National Rehabilitation Centre (NRC) in driving innovation and improving patient care. The EMERGE project is committed to ensuring that the benefits of rehabilitation technology…
A consortium of leading Scottish institutions, including the University of Edinburgh and the University of Dundee, has secured a £2.5 million funding boost from the UK Research and Innovation Engineering and Physical Sciences Research Council (EPSRC). The funding will be used to advance offshore wind technology and drive sustainable energy solutions. The project, led by the Forth and Tay Offshore (FTO) Cluster, aims to address critical challenges in offshore wind energy, including improving design and engineering practices and enhancing environmental impact assessments. By leveraging the expertise of researchers from both universities, the project seeks to accelerate the development of innovative technologies and sustainable practices. The east coast of Scotland, with its wealth of offshore wind resources and established supply chain, provides an ideal location for this research. The funding will support a range of activities, including field trials, laboratory experiments, and data analysis. Professor Alasdair McDonald, chair in Renewable Technologies at the University of Edinburgh, expressed enthusiasm for the project: “This funding will enable us to push the boundaries of offshore wind technology, from improved design and engineering practices to enhanced environmental impact analysis. “Our collaboration with the University of Dundee and the Forth and Tay Offshore Cluster will allow us…
Researchers at the University of Birmingham have developed a groundbreaking new type of photocurable resin that offers significant advantages over traditional 3D printing materials. The innovative resin is entirely bio-sourced, derived from lipoic acid, a naturally occurring fatty acid molecule. Unlike conventional resins, which often rely on petrochemical-based materials, this new material can be 3D printed, recycled, and then reprinted, creating a more sustainable and circular approach to 3D printing. One of the key challenges in 3D printing is the difficulty in recycling printed objects. Traditional resins form irreversible bonds during the curing process, making recycling difficult. The new bio-sourced resin, however, can be broken down and recycled with minimal loss of material properties. The resin is compatible with various 3D printing techniques, including DLP, SLA, and direct ink write (InkJet) printing. It offers high fidelity and resolution, making it suitable for a wide range of applications, such as sustainable packaging, rapid prototyping, and the production of optical and electronic devices. Professor Andrew Dove, who led the research team, believes that this new material has the potential to revolutionize the 3D printing industry. By offering a more sustainable and circular solution, this innovation can contribute to a greener future. The…
Liverpool John Moores University (LJMU) has been recognized for its commitment to sustainability in the delivery of its Byrom Street campus transformation project. The project, which involved the creation of a new student zone, a staff lounge, and enhanced facilities for the School of Pharmacy and Biomolecular Sciences and the School of Engineering, has achieved a SKA Silver rating. The SKA rating is a recognized industry standard that assesses the sustainability performance of buildings. LJMU’s project was commended for its focus on energy efficiency, waste reduction, water conservation, and the creation of a comfortable and healthy learning environment. The university’s investment in sustainable practices reflects its commitment to environmental responsibility and social impact. By prioritizing energy efficiency, reducing waste, and improving indoor air quality, LJMU is creating a more sustainable campus for its students and staff. This achievement highlights LJMU’s dedication to providing high-quality facilities and a positive learning experience. The university remains committed to sustainable development and will continue to seek innovative ways to reduce its environmental impact.
A new £6.8 million planetarium is set to open its doors in Nottinghamshire later this month. The facility, located at the Sherwood Observatory, will offer visitors a unique opportunity to explore the cosmos and learn about space and science. The planetarium will feature a 10-meter hemispherical screen and advanced projection technology, allowing visitors to embark on virtual tours of the solar system and beyond. It will also be accessible to individuals with disabilities, ensuring inclusivity for all. The project was made possible through funding from the UK Government, the National Lottery Heritage Fund, the Garfield Weston Foundation, the Wolfson Foundation, and other donors. Pick Everard, a multi-disciplinary consultancy firm, managed the project and cost services, while G F Tomlinson handled the construction phase. The project team worked collaboratively to ensure the successful delivery of this state-of-the-art facility. Nick Hanson, associate cost manager at Pick Everard, said: “This is an exciting project that is contributing positively to the local area with a world leading science and education facility. “The Sherwood Observatory is of huge historical significance and draws on our expertise of delivering high quality visitor attractions, with protected elements sensitively treated and managed through robust stakeholder management plans. Jason Ainsworth,…
The Rock, a youth project dedicated to supporting young people in Cheltenham, has been awarded a £41,000 grant to expand its services. The funding, provided by a consortium of local organizations including Cheltenham Borough Homes, NHS Gloucestershire, and the Gloucestershire Office of Police and Crime Commissioner (OPCC), will enable The Rock to reach more young people who may be struggling with school, mental health, or social isolation. The Rock’s approach focuses on providing support both within youth centers and in the community. Their outreach workers engage with young people in parks, public spaces, and other locations where they gather. Victoria Atherstone, Cheltenham Borough Council’s cabinet member for safety and communities, said The Rock had “a fantastic application” for the grant. “[The council] recognised we did need to focus more on detached youth work to meet young people in the environments they’re actually at,” she said. “The town centre, St Paul’s and St Peter’s are three specific areas we’re honing in on to support young people.” The project has already made a positive impact by offering a range of services, including mobile sports activities and health and wellbeing advice. By providing opportunities for social interaction and personal development, The Rock is…
