Institute for Data, Intelligent Systems & Computation (I-DISC)的动态

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We’re pleased to announce we’ve entered into an agreement with Binghamton University to explore collaboration in the fields of science, technology and education with the aim of fuelling vital battery manufacturing capability in both countries. The new five-year memorandum of understanding sets the foundation to encourage the sharing of academic, scientific and cultural experiences between the two institutions, both pioneers in the battery field. Read more: https://bit.ly/4iwXNbO #BatteryInnovation #Collaboration Robin Clark Louis Piper

Collaboration Alert! WMG, University of Warwick and Binghamton University announce that they have entered an agreement to fuel battery manufacturing capability in the UK and US. #battery #agreement #collaboration #partnership #science #technology #research #development #education #manufacturing #uk #us

#EngineeringBiology combines traditionally siloed disciplines of (you guessed it) Engineering and Biology.?????? But what does it mean in practice? At its core, engineering biology takes inspiration from how engineers design machines or software. But instead of using metal, circuits, or code, it uses DNA, proteins, and cells as the building blocks. Imagine designing microbes to break down plastic waste, programming cells to produce sustainable materials, or even creating plant-based meat that tastes and feels like the real thing. This future is closer than we think! Eager to find out more about this emerging area? Check out UK Research and Innovation's breakdown of EB here ? https://lnkd.in/e7XwFMbZ #EngineeringBiology #Sustainability #Innovation #ScienceCommunication

Transparent metamaterial for energy-efficient regulation in building can clean itself like a lotus leaf

?? Postdoctoral Spotlight: Akshay Ganesh Bharadwaj ?? School of Manufacturing Systems and Networks ?? We are thrilled to shine the spotlight on Postdoctoral Research Scholar, Akshay Ganesh Bharadwaj, of the Ira A. Fulton Schools of Engineering at Arizona State University. ?? Swipe to learn more! #AkshayGaneshBharadwaj #MSN #ASUEngineering #postdocs

A post from the University of Iowa Research Foundation about a medical device for measuring and monitoring blood flow, we invented. My colleague, Prof.?Syed Mubeen Jawahar Hussaini?(a renowned expert in electrochemical devices) and our former Biomedical Engineering PhD student mentee, Dr.?Marco Antonio Nino?(now, a senior research engineer at Medical Device maker, MicroVention) were the co-inventors with me—without their expertise and efforts, this invention would not have happened.?What a pleasure to work with them!??Also grateful to Dr. Srivats Sarathy for some early work as a PhD student mentee (now Sr. Scientist at cardiac device startup Medical 21, Inc.), Dr. Srinivasan Rajagopal and Dr. David Kaczka for their clinical insights and help with testing. And thanks as well to the team at UIRF. When I told a friend of mine in the oil business about this invention, he asked a simple question. Engineers have been measuring flow (of water, oil, etc.) for the last fifty years and there are like 20 different ways to do it; so why exactly is there a need to invent anything for flow measurement? Blood is just another fluid, isn’t it? Fair enough question, but not so fast. Measurements inside the human body presents with many challenges in instrument development, optimization, and use that just isn’t the case when it comes to measurements outside the human body. Think limited real estate, limited access to that space, heterogeneous landscapes, heterogeneous users, difficulties of simulating bodily environments in the lab for design & development, inherently higher risks to patient health with few second chances, a unique IP, regulatory, & liability landscape, etc. The current standard of care solution for blood flow measurement is prone with poor repeatability and generally considered quite cumbersome to use. These are the challenges our invention seeks to address. For healthcare professionals in the ICU, cardiology clinics, anesthesiology, etc., this invention is a superior alternative to the thermodilution catheter for cardiac output measurement—our novel catheter would provide more reliable, repeatable measurements without the need for cooling down the saline. And if we succeed with our next design innovation, we’ll have a smaller profile catheter that may not even need a saline injection. Excited to be working on medical technologies like these at The University of Iowa!

Welcome to the 12th Scandinavian Conference in Industrial Engineering and Management, hosted by the Department of Technology Management and Economics at Chalmers University of Technology. This year's conference theme, Engineering the Future, highlights the importance of innovation and leadership in times of rapid change. The conference will explore the dynamic interplay of emerging technologies and effective management, emphasizing how both are needed to shape our future. Engineering is the cornerstone of progress, constantly expanding the realm of possibility. As we navigate the complexities of the new century, productively integrating innovative engineering and robust management practices will be essential. 4-6 December https://lnkd.in/dP_UmFAE Joakim Bj?rkdahl Chalmers tekniska h?gskola

Read an editor's choice selection of interdisciplinary research highlights which celebrate the spirit of Nexus: "Where science and engineering meet” https://hubs.li/Q02YkcBy0 Highlighting five pioneering articles that exemplify the transformative power of interdisciplinary research, each promising to reshape their respective fields

Cardinal's Call:?A Transdisciplinary Inspiration Ten patient minutes yielded this photo close to Lassonde building of Polytechnique Montréal. The cardinal's call echoes the spirit of transdisciplinary engineering research. Its ... 1) patient nest-building symbolizes the perseverance required in complex problem-solving.? 2) social acceptance within the ecosystem reflects the importance of community engagement.? 3) natural sense of place speaks to the significance of context in developing sustainable solutions. Just as the cardinal weaves together diverse materials to build its nest, our researchers combine knowledge from various fields to tackle complex challenges. This reminds us that engineering is more than technical expertise. It's about observing, learning, and adapting, just as the cardinal flourishes in its environment. It's about collaborating across disciplines, just as building its community. Let the cardinal's call inspire us to continue our transdisciplinary journey, where innovation and collaboration converge to create a brighter, more sustainable world. #transdisciplinaryresearch, #engineering, #innovation, #collaboration #sustainability, #natureinspired, #PolytechniqueMontreal