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  • Tragedy in Japan - three disasters in one day

    Tragedy in Japan - three disasters in one day

    On this day in (engineering) history… March 11, 2011 – The Fukushima Disaster – Earthquake, tsunami, and nuclear accident in one. The most powerful earthquake in Japanese history caused a massive tsunami, three nuclear meltdowns, the deaths of nearly 20,000 people, with another 6,000 people injured and 2,500 people missing. Even ten years later, almost a quarter of a million people were still living in temporary accommodation of one sort or another. This was the Tōhoku earthquake and tsunami (the Great East Japan Earthquake, or 3.11 – san ten ichi-ichi in Japanese), which swamped 2,000km (1,242 miles) of Japan’s northeast coast. It also caused the most serious nuclear accident since the explosion at Chornobyl in 1986. Powers greater than we can imagine On the cold, wintery afternoon…

  • Applications for Young Woman Engineer of the Year 2025 are now open!

    Applications for Young Woman Engineer of the Year 2025 are now open!

    Who will you nominate? Saturday 8 March was International Women’s Day, a celebration of women – past and present - across the globe, and in our everyday lives. As has become tradition, to mark the occasion we opened applications for our 2025 Young Woman Engineer (YWE) of the Year awards on Saturday. But wait – this year there’s a twist! For the first time ever, we will be enabling nominations for YWE. This means that if you know an exceptional woman engineer or apprentice who deserves recognition, all you need to do is share their name, email and organisation via the nomination link and they will be directly invited to apply. Remember, there are four prizes that make up our YWE awards, each with their own criteria – click below to learn more about them. The Young Woman Engineer of the…

  • Celebrating Women in AI: Breaking Barriers and Shaping the Future

    Celebrating Women in AI: Breaking Barriers and Shaping the Future

    As we celebrate International Women’s Day, it's essential to acknowledge the significant contributions women have made in the field of Artificial Intelligence (AI). While AI continues to revolutionise industries globally, the gender gap in tech remains a pressing issue. This day serves as both a celebration of women in AI and a call to action for greater inclusion and diversity in the field. Understanding AI's need for minimised bias is crucial. Bias can infiltrate AI outputs, data, and algorithm development, often unintentionally. When solutions are developed with a narrow perspective, they inevitably become biased. This isn't out of malice, but rather a consequence of limited viewpoints, leading to outcomes that aren't societally fair. “Papers with at least one female co-author tend to…

  • Railway Systems Integration – Dealing with Complexity (IET Central London Network February Evening Lecture)

    Railway Systems Integration – Dealing with Complexity (IET Central London Network February Evening Lecture)

    “you cannot outsource integration” The March IET Central London Network evening lecture was something special, as it was in collobaration with our friends from the Institution of Railway Signal Engineers . Our guest speaker was Emma Davey , head of engineering for the Transport for London Docklands Light Railway , and the aim was to provide the full lecture theatre at Savoy Place an insight into her vast experience of dealing with complexity whilst delivering UK railway projects. Emma has been both client and supplier, and she was to draw on her experience of delivering the Jubilee Line Extension and Crossrail . She identified five key themes whilst dealing with Railway Systems Integration¹: Responsibility Complexity Staged Delivery Scope Stakeholders Of these bullets two…

  • Frugal visions of the connected future: cheaper and self-organised wireless communications

    Frugal visions of the connected future: cheaper and self-organised wireless communications

    Prof. Muhammad Ali Imran is the winner of the IET Wireless Communications achievement medal. His vision of the future is more connected, inclusive and…cheaper Professor Muhammad Ali Imran has won the 2024 IET Wireless Communications achievement medal for his work on energy-efficient and self-organising digital technologies and wireless communication infrastructure. He is also the Dean of Graduate Studies and Transnational Education for the College of Science and Engineering at the University of Glasgow, where he set up the Communication, Sensing, and Imaging Hub, which has pioneered 6G technologies and energy-efficient, self-organised cellular networks. Past in Brief Muhammad arrived in the UK more than twenty-five years ago on a scholarship from the Government of Pakistan as well as…

  • Three things that happened this week

    Three things that happened this week

    Hope for cyber security in the age of quantum computing With hopes for the future of quantum computing come fears of the implications for cybersecurity. Researchers in Switzerland have developed a new communications system hardened by quantum-resistant encryption, which will shield communications systems from quantum computing-powered attacks. A number, not a name. Swiss technology developer SEALSQ presented the system called ‘QS7001 ’, in January, at the World Economic Forum in Davos. The company describes its Quantum Application-Specific Integrated Circuit (Quantum ASIC) as a breakthrough in semiconductor design. QS7001 uses a chip with two embedded quantum-resistant encryption protocols. Another feature is a dramatically reduced data transmission time, making it far harder to attack…

  • Because we need engineers from all walks of life

    Because we need engineers from all walks of life

    IET Awards can help people from a wide range of backgrounds access career-progressing opportunities. Zahra D’Souza is currently in the second year of her master’s degree in systems engineering at Warwick University. As an IET Future Talent Award winner, she’s seen the benefits of this scheme first-hand, and believes it can greatly improve the diversity of the engineering industry by helping a wider range of young people access opportunities and higher education. Both are key to nurturing the next generation of engineers, she notes. “Thanks to the financial element of my Launch scholarship, I have the opportunity to apply for a wider range of internships,” she explains. “I also have the chance to establish and grow my network at special events that give me the chance to meet other female…

  • Post-War Progress: the Promise of Electricity to Transform British Kitchens

    Post-War Progress: the Promise of Electricity to Transform British Kitchens

    Guest blog by Orla Latham , University of Leeds In this blogpost I show how The Electrical Age magazine published by the Electrical Association for Women (EAW) provides insights into domestic innovation in the latter stages of the Second World War. Specifically, I look at volume 4 (1944-46) to examine how the EAW promoted the Bradford and Poplar model kitchens to show how electricity could transform kitchens into spaces of modernity and efficiency. I also offer guidance on how researchers can delve into the fully digitised Electrical Age – a key resource for understanding the technological and cultural shifts in post-war Britain – to uncover more about the intersection of technology, culture and everyday wartime life. As World War 2 approached its final phase and plans for D-Day developed…

  • The revolver’s revolution in engineering

    The revolver’s revolution in engineering

    On this day in (engineering) history… February 25, 1836 - Samuel Colt Patents the Colt Paterson Revolver "There is nothing that cannot be produced by machinery." – Samuel Colt, 1854 When a new machine or device is patented, it has the potential to save life, add to life or take it. Or, by allowing people to protect themselves, save life. Either way, Samuel Colt's Paterson Revolver will change handguns forever. A Curious Child Samuel Colt was born in Hartford, Connecticut, in 1814. His father was a farmer turned city businessman, while his mother died of tuberculosis when Samuel was 6 years old. His three sisters would also pass away at a young age. His father eventually remarried. When Samuel was eleven, his father indentured him to a farmer from Glastonbury, where he did chores…

  • The Future of Lasers in Manufacturing: Advancing Precision, Speed, and Efficiency

    The Future of Lasers in Manufacturing: Advancing Precision, Speed, and Efficiency

    Manufacturing has always been a dynamic sector, continuously evolving with advancements in technology. Over the past few decades, lasers have played a crucial role in reshaping production processes, enabling manufacturers to achieve higher precision, speed, and efficiency. From cutting and welding to marking and additive manufacturing, laser technology has become indispensable across industries. However, the future of lasers in manufacturing promises even more transformative possibilities, driven by advancements in fiber lasers, ultrafast lasers, and AI-driven laser systems. One of the most promising developments in laser technology is the continued improvement in ultrafast lasers, particularly femtosecond and picosecond lasers. These lasers operate at incredibly short pulse durations, enabling…

  • Cementing a solid future for carbon free concrete

    Cementing a solid future for carbon free concrete

    The winner of the Sir Henry Royce Medal is laying the foundations of a firm future for decarbonised concrete Fragkoulis Kanavaris is the 2024 winner of the IET's Sir Henry Royce Medal for his work in lowering the carbon content of concrete. He is Arup's global Concrete Materials Specialist Lead and the organisation's global lead for Concrete Decarbonisation. He graduated with a Master's in Civil and Structural Engineering at the University of Liverpool in 2012 before pursuing a PhD at Queen's University, Belfast, in 2017. After a brief spell at the Universidade do Minho as a Visiting Research Fellow, he joined Arup. The fascination with concrete is something Fragkoulis traces to his father. "I have to give part of this to my father because he is also a structural engineer (retired). When…

  • Research opportunity: Connecting suffragettes, technology and society

    Research opportunity: Connecting suffragettes, technology and society

    The IET Archives are excited to announce a WRoCAH funded Collaborative Doctoral Award project with the University of Leeds - Connecting suffragettes, technology and society: Caroline Haslett’s international correspondence network. This is open to UK and international applicants to study on a full-time or part-time basis. If you are a student with a background in the history of science and/or technology, women’s history, gender history, social history, or international history, this could be the project for you. The deadline for applications is 12 noon (UK time) on Wednesday 5 th March 2025. Project summary One-time suffragette Dame Caroline Haslett (1895-1957) was arguably the most transformative woman of 20th Century Britain outside parliament. While her international work in promoting…

  • Marketing the Mundane – How The Electrical Age Used the Allure of America to Sell Electricity to Women in Britain

    Marketing the Mundane – How The Electrical Age Used the Allure of America to Sell Electricity to Women in Britain

    Guest blog by Anna Lowry, University of Leeds Introduction During the mid-20th century, the concept of electricity was largely unappealing to families and households. While its potential was revolutionary, many regarded it as frighteningly dangerous—people often associated the new technology with electrocution accidents, and even for delivering death sentences via the Electric Chair in the US. Meanwhile for some, it was an unseen enigma, a mysterious and almost alien concept, something they used without fully understanding. As a result, it remained cloaked in fear and functional banality. The Electrical Age addressed these concerns, and the EAW not only worked hard to guarantee housewives ‘Safety First’ – that electricity could be safe to use in the home – but also to assure their readers…

    IET Archives
    IET Archives
  • Techniques and Technologies in Electrical Stimulation for Neuromuscular Rehabilitation

    Techniques and Technologies in Electrical Stimulation for Neuromuscular Rehabilitation

    Congratulations to Book Editors, Ian Swain, Jane Burridge and Tamsyn Street and to all the chapter contributors on the publication of this new IET Book: Techniques and Technologies in Electrical Stimulation for Neuromuscular Rehabilitation. About the Book In its simplest form, electrical stimulation is the application of electrical impulses to nerves via electrodes placed over the nerve or muscle or implanted within the body. The aim is to evoke a muscle contraction. People may not be able to activate their own muscles sufficiently to execute effective movement due to damage to the nervous system preventing the signals from the brain reaching the muscles, for example, after a stroke or spinal cord injury, or due to disuse, often because of pain. Electrical stimulation can be used to restore…

  • Women’s work and Electrification: the Second World War intersection

    Women’s work and Electrification: the Second World War intersection

    Guest blog by Otto Macdonald, University of Leeds, and Graeme Gooday, University of Leeds. In this blogpost, I explore the intersection of three important aspects of mid- 20th century British history: the electrification of the nation, the Second World War, and the progression of women’s social status. As previous blogposts showed The Electrical Age, published by the Electrical Association for Women, gives us important insights on women’s evolving relationship with national campaigns for electrification. I look specifically at issues of The Electrical Age in the period 1943 – 1946 to show how it contributed to the wartime cause with articles that highlighted how women’s responsibilities developed during the conflict. Promoting women’s war work, electrical and manual During the Second…

  • Science fiction made real in the news

    Science fiction made real in the news

    Could self-healing road surfaces help fill in Britain's pothole crisis? Scientists at King's College, London, Swansea University, and colleagues in Chile may have cracked the problem. They have developed a form of asphalt that heals fractures in the road surface in an hour. The weight of traffic compresses the road surface, creating fissures, which allow water into the body of the surface. A cycle of freezing and thawing makes it worse. As this happens, the bitumen present in the asphalt will oxidise and harden, making it brittle. To prevent this happening, the team is including 'spores,' - tiny plant-based materials saturated with recycled oil - into the surface structure. That oil leaches into the road surface under the weight of traffic, restoring the surface's suppleness and preventing…

  • Exploring the Future of Space and Communications: Key Topics from the IET Conference

    Exploring the Future of Space and Communications: Key Topics from the IET Conference

    The IET’s upcoming Space and Communications Conference offers a unique opportunity to explore the cutting-edge advancements shaping the future of communication technologies. Co-locating three unique multi-track conferences, IET Space and Communications Week offers three key tracks - Satellite Communications, 6G Communications and Quantum Communications. The conference will provide in-depth discussions on the innovations poised to transform how we connect, communicate, and share information. Satellite Communications: revolutionising connectivity across the globe Satellite communications have evolved significantly, playing an essential role in bridging global connectivity gaps. The satcoms track will explore the latest developments in high-throughput satellites, which are designed to deliver…

  • Comparative Analysis of Recent AI Model Performance in Math and Coding Benchmarks

    Comparative Analysis of Recent AI Model Performance in Math and Coding Benchmarks

    1. Introduction The rapid evolution of AI models has led to significant advancements in various domains, including mathematical problem-solving and coding. This article presents a comparative analysis of benchmark results from recent AI models, focusing on their strengths and limitations across multiple evaluation criteria. The models analyzed include: DeepSeek-R1 OpenAI-o1-1217 DeepSeek-R1-32B OpenAI-o1-mini DeepSeek-V3 Figure 1: Benchmark performance of DeepSeek-R1 vs. OpenAI and other AI models in math and coding tasks. (As per the ref 1) This analysis provides valuable insights into the performance of these models in different tasks, highlighting their respective capabilities and areas for improvement. 2. Benchmark Performance Overview As per reference 1, Each…

  • Could you help represent the IET in the news media?

    Could you help represent the IET in the news media?

    Our press office is always looking for members and volunteers who can represent the IET in the media and share expertise that makes sense of engineering and technology news to the public. Journalists and new outlets regularly contact us in the hopes of finding a subject expert to provide background information, a quote, or be interviewed (TV/radio) on a specific topic that’s being spoken about in the news. This could include explaining technical terms in simple digestible language. The media is also always on the lookout for those working on new innovations that are making a wider impact to the public, or those who have faced adversity to succeed with a great story to tell. (Above features IET Young Woman Engineer of the Year 2024 Titi Oliyide CEng MIET in a broadcast studio ahead of…

    Rebecca Gillick
    Rebecca Gillick
  • Renewable Energy Concepts for Net Zero within Hospitality Industry

    Renewable Energy Concepts for Net Zero within Hospitality Industry

    The first IET, Central London Network, Wednesday evening talk for 2025 was really successful. George Ashley-Cound gave a brief talk on the multiple approaches he's taken to reducing energy use in or sourcing renewable energy, primarily solar power, for the hospitality industry. While his talk didn't have much technical detail into the variety of projects George had worked on, the quick review of each project, followed by a very long Q&A session, with a lot of interesting questions from the audience resulted in a very interesting session. George's talk covered everything from monitoring energy use in a Cardiff ice skating rink to the use of perovskite solar cells. Along the way he gave examples of both local and global monitoring of energy use within a range of venues (the ice skating rink…

  • Because it’s not just students who benefit from education outreach

    Because it’s not just students who benefit from education outreach

    Natalia Wosek is a third-year systems engineering student at the University of Warwick, and the recipient of an IET Launch Scholarship funded by the IET Futures Fund. While she appreciates the financial security this award brings, and the fact it enables her to focus on her studies and engineering-related extracurricular activities, Natalia believes the most valuable aspect of her scholarship is the access and opportunities it brings. This is something she plans to take full advantage of, having been brought up to appreciate the value, and make the most of, every opportunity that arises. Natalia was raised by a single mother who moved her over to the UK from Poland at the age of 12. As she grew up, she witnessed her mum’s strength and determination to secure a…

  • The Not Quite So Fast and The Furious!

    The Not Quite So Fast and The Furious!

    January 28, 1896 - Walter Arnold becomes the first person fined for speeding. A clear afternoon in January in the quiet English village of Paddock Wood, in the county of Kent. The pedestrians are alarmed by someone driving his expensive, German-made car along the High Street at four times the speed limit. He was eventually stopped by a police officer, called before the local court and fined. In 2025, there would be nothing unusual about this - a nuisance, yes, but far from unprecedented. But the year is 1896, and motorcars were still a rarity. What to do about this terrifying new technology? New-fangled machines This story has all the strange, almost trivial elements we look for in such a tale: apparently foolish fears of new technology, ridiculous restrictions born out of that fear…

  • Volunteering Opportunity with the IET: Apprenticeship Accreditation and Qualification Assessor

    Volunteering Opportunity with the IET: Apprenticeship Accreditation and Qualification Assessor

    Are you passionate about shaping the future of engineering apprenticeships? Are you professionally registered and have an understanding of Apprenticeship Standards? Join us as an Apprenticeship Accreditation and Qualification Assessor and play a pivotal role in ensuring the quality and effectiveness of apprenticeship programs across the UK. As an Assessor, you will evaluate apprenticeships and competence-based qualifications against the AAQA standard set by the Engineering Council. Working collaboratively with other assessors, you will use agreed criteria to identify high-quality schemes that align with Professional Registration standards and provide recommendations for improvement where necessary. This will offers you a fantastic opportunity to: Network with a diverse group of…

  • Breaking the frontiers of quantum technology

    Breaking the frontiers of quantum technology

    Quantum mechanics is a fascinating topic that is complex and broad in its applications and potential but can be tricky to actualise. Quantum, in essence, is just another technology that we are continuing to see potential in across sectors such as defence, transport and telecommunications. To make sense of the issues that the technology presents, DSTL, QinetiQ, the IET, and other leading experts in quantum technology, have published a new report outlining the direction we might take to properly apply this technology from a systems perspective. Realising technology through quantum The knowledge that underpins quantum technology has been built up over the last century. The discovery of quantum mechanics in the 1920s was a real shift in the scientific understanding of the universe; now…

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