Future Resilient Systems (FRS) | LinkedIn (original) (raw)
Research Services
A research program under the Singapore-ETH Centre, established by ETH Zurich and Singapore's NRF
About us
Future Resilient Systems (FRS) is a research program under the Singapore-ETH Centre, established by ETH Zurich and Singapore's National Research Foundation.
Industry
Research Services
Company size
51-200 employees
Headquarters
Singapore
Type
Privately Held
Locations
Updates
- 🚨 How do we tackle urban risks while building sustainable cities? Yesterday’s CREATE Seminar on "Urban Resilience: Shaping Sustainable and Future-Ready Cities" brought together Future Resilient Systems (FRS) and FCLG with researchers from Cambridge CARES and CNRS@CREATE to dive into this pressing question. The seminar spotlighted the intersection of innovative approaches, emerging technologies (e.g. #AI, #DigitalTwins, etc.), and forward-thinking policies driving the planning for #sustainable and resilient urban areas. 🍃🏗️ ❓What stood out? The power of #collaboration 🤝 Researchers, policymakers, and industry leaders discussed the critical need for cross-disciplinary cooperation. We were especially excited to have Subodh Mhaisalkar and Wen Tung Chiu from Urban Redevelopment Authority of Singapore (URA) join the conversation, keeping those vital communication channels open. The audience was highly engaged, and the speakers delivered candid, thought-provoking insights in response to their questions. A big thank you to our fantastic speakers: Anjanaa Devi Srikanth, Adam Roberts, Blaise Genest, Jennifer Ang, Jonas Joerin, and Markus Kraft, for sharing their expertise! 👏#UrbanResilience #SustainableCities #FutureReady
- Glad to have our researchers Dr Adam Roberts and Dr Alberto Costa attend the launch🏢🍃 The solutions showcased include the Microclimate Digital Platform🗺️ by our very own Dr Chao Yuan, as part of the Urban Climate Design Lab. We can't wait to see how the 2025 Draft Master Plan review takes form!
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🎉Launch of Urban Redevelopment Authority of Singapore (URA)'s 'Enabling Sustainable Growth: Shaping the Future of Work' Exhibition! Glad to have had Dr Adam Roberts and Dr Alberto Costa from our Future Resilient Systems (FRS) programme at the launch, which showcased innovative solutions shaping the future of #urbanplanning and #sustainability. 🏢🍃 In his opening address, Senior Minister of State Kiat How Tan shared the importance of "plan[ning] and design[ing] a diversity of spaces that can better meet the needs and aspirations of our workforce." 🗺️The Microclimate Digital Platform was also highlighted in the exhibition as part of the tools for digital urban planning. We're proud to have the work done by our Principal Investigator Dr Chao Yuan as part of the Urban Climate Design Lab being featured. Catch the exhibition from now until 📅3 Jan 2025 at the📍URA Centre. - 🌍 Gamifying City Decarbonisation: A New Era in Urban Sustainability 🌱 Exciting news from Future Resilient Systems (FRS)! We’ve developed the "GHG App" to help users assess and reduce greenhouse gas emissions in buildings through interactive simulations. This innovative platform combines a serious game and an AI chatbot, "ChatGHG," providing practical learning and valuable insights into emissions. By integrating AI and gamification, the GHG App not only makes sustainability engaging but also boosts public involvement in crucial sustainability initiatives, shaping future urban policy. Join us in transforming urban sustainability efforts and making climate action accessible for all! 👉 Learn more about how we’re reshaping the future of decarbonisation: https://lnkd.in/gjGVZKyu.#Decarbonisation #Sustainability #ClimateAction #Gamification #AIinSustainability #SmartCities #GreenBuilding
Gamifying City Decarbonisation frs.ethz.ch - 🚀 Exciting News! We are thrilled to announce that Nishant Kumar, Henry Martin, and Martin Raubal have published their latest research titled "Enhancing Deep Learning-Based City-Wide Traffic Prediction Pipelines Through Complexity Analysis" in Data Science for Transportation. Have you ever pondered which deep learning model to choose for your traffic prediction research? We've all been there—faced with countless options but unsure which one best fits the specific traffic patterns we're dealing with. For instance, if you want to predict traffic for the next hour in a given city, should you chain two 30-minute predictions together using an iterative pipeline or use a single-shot prediction directly for 1 hour? 🤔 Without understanding how traffic predictability differs between 30 minutes and 1 hour, it's hard to make an informed choice. That's where our metric comes in. Among other things, the metric helps quantify and compare the complexity of different traffic prediction tasks, guiding your model selection. The metric is computationally efficient, doesn't require a GPU, and is architecture-agnostic, significantly streamlining the search for the optimal model and saving both time and computation resources. Check out the full article here: https://lnkd.in/ge9gfWdi #DeepLearning #TrafficPrediction #DataScience #Research #MachineLearning #AI #Innovation #ComplexityAnalysis #FRS #SEC
Enhancing Deep Learning-Based City-Wide Traffic Prediction Pipelines Through Complexity Analysis - Data Science for Transportation link.springer.com - Future Resilient Systems (FRS) reposted this
PhD Candidate and Research Associate at the National University of Singapore. GHG App Developer.
2mo
I am delighted to share our new article—"Mitigating operational greenhouse gas emissions in ageing residential buildings using an Urban Digital Twin dashboard"—published in the 📰 special issue of Energy and Buildings Journal. The article presents the open-access GHG App, an Urban Digital Twin with the use case of operational greenhouse gas emissions in the built environment of Singapore. The GHG App and Potential for Intervention (PFI) analysis presented in this article can assist decision-makers in prioritising and planning the renovation of low-carbon building systems. The purpose of this research is to increase stakeholder awareness by providing: (i) a theoretical investigation (methodology for estimating building operational GHG emissions, scenario simulation, and PFI analysis) and (ii) a practical tool (open access use case demonstration) so that more environmental considerations can be taken into account when building rejuvenation is done. The built environment sector does not currently have a cap on the amount of greenhouse gases it emits in many parts of the world. Our research can help establish standards for accounting for operational GHG emissions, setting emission limits, and assessing decarbonisation plans in the built environment sector. I thank the co-authors Dr Martín Mosteiro Romero, Prof Clayton Miller and Prof Rudi Stouffs for their contribution, support and expertise. This article is an important milestone in my PhD research, and I am excited to share this with you all. 🔗 Article DOI: 10.1016/j.enbuild.2024.114681 🔗 Open access to the article: https://lnkd.in/dw-iY9dY🔗 GHG App: https://lnkd.in/dFxGqidJ#NUS College of Design & Engineering #Singapore-ETH Centre #Future Resilient Systems (FRS) #GHG #Carbon #emissions #tools #PSS #digitaltwins #urbandigitaltwins #UDT - Future Resilient Systems (FRS) reposted this
On 24 September, SEC hosted a delegation of researchers from the The University of Queensland (UQ), Australia, co-ordinated by John Achari, Adjunct Associate Professor, at the NUS College of Design & Engineering. The delegation members included Prof. Ali Cheshmehzangi, Head of School of Architecture, Design and Planning, UQ; Antony Moulis, Deputy Head of School; Paola Leardini, Head of Research and Peter Hyland, Industry Fellow. Dr Jonas Joerin and Dr Sowjanya Kallakuri, Ph.D. introduced and presented them with an overview of SEC’s programmes, after which they were invited to tour the centre and its laboratories at CREATE Tower.