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2019 was a massive year of change.ÌýNot only did we transfer to Â鶹´«Ã½ÊÓƵÍøÕ¾ from Cranfield University but we changed faculties; from management to engineering. The latter move to a multi-disciplinary engineering faculty was critical for us not justÌýbecause our research outputs were already relevant to the upcomingÌýResearch Excellence FrameworkÌý(REF 2021)’sÌýnow combined engineering unit of analysis. An even more important factor in the move was Â鶹´«Ã½ÊÓƵÍøվ’s proximate stimulation of the breadth and depth of engineering thinking; from environmental and biological sciences, technical and geomatic domains, financial, risk and planning areas, and social, behavioural and cultural sciences. So we transformed the Infrastructure Systems group established in 2017 into the Infrastructure Systems Institute (ISI) at Â鶹´«Ã½ÊÓƵÍøվ’s Civil, Environmental and Geomatic Engineering Department (CEGE); bringing over all the available staff and students and maintaining contact with past colleagues.

The themes straddle sectoral research and create a focus on the interdependencies between sectors and systems, concentrating on integrated services and their implications on infrastructure networks. The themes address areas of particular research importance such as black sky outages; emergent failures; trade-offs between safety, performance and resilience; methods, such as digital twins, for better and faster insight; agent-based modelling of recovery and integration of waste in a circular economy; and decision making in autonomous and connected systems, and for distributed renewable resources.

Ongoing project OPTEMIN is realising its ambitions on waste heat recovery and energy efficiency; reducing industrial energy demand by over 15% in two high consuming sectors.ÌýNew project AGILE is raising numerous challenges and opportunities toward the integration of distributed renewable energy resources, changing views on traditional top down supply. A second tranche of funding was approved for CECAN where we are now working toward a sustainable national centre for policy evaluation across a nexus of systems.

The Coordination Node of the UK Collaboratorium for Research on Infrastructure and Cities (UKCRIC)Ìýsits beside the ISI in the infrastructure section of CEGE.Ìý2019 has witnessed the building and equipping of most of these ventures. The fourteenÌýfounding universities, and new university partners, are co-developing UKCRIC’s missions and spearheading a national effort in infrastructure and cities research.

“UKCRIC is a national power house of infrastructure and urban research, funded by capital from both the EPSRCÌý(Engineering and Physical Sciences Research Council)Ìýand matched university funding for observatories, laboratories and a data and analytics facility (DAFNI)."

DAFNI itself is a current ISI project witnessing the introduction of local Â鶹´«Ã½ÊÓƵÍøÕ¾ ICT equipment for the purpose of exploiting infrastructure research data sets and models held at STFC, Harwell, by novel business models which engage industry, government and academia in research data as a service. It is also worth mentioning PEARLÌý(Person Environment Activity Research Laboratory), one of the UKCRIC family of laboratories, which will be a unique, cross-disciplinary facility focused on exploring how people interact with their environments. With heavy involvement from CEGE's Centre for Transport Studies,ÌýPEARL promises to provide an amazing sensory research laboratory within the municipal area of Barking and Dagenham, London.

We set out our research themes and projects with awareness that the context of research is the continuation of political and economic uncertainty, especially Net Zero demands driving energy transition toward renewables, and increasingly heavy burdens on industry in respect of safety, environmental empathy, interoperability, and reporting. This highlights the strategic importance of an increased awareness of changes in demand and activity, and the creation of fallback positions that deliver continuity of services. Anticipatory and self-healing infrastructure is an emerging theme for 2020.ÌýUsing multi-channel data feeds, we consider how can system operators at all scales, including home owners, anticipate when demand is likely to be compromised and the cross-sectoral alternatives available toÌýprevent or limit damage;Ìýprovide interim services; recover; and generally to self-heal at scale.ÌýCEGE has invested in two doctoral students at the start of 2020 who competed in a very strong global field of 44 applicants;Ìýone will create a master framework and the other a mathematical formulation to explain anticipatory and self-healing infrastructure.

Please note, some links lead to external sites.

• Prof Liz Varga CEGE profile
• Â鶹´«Ã½ÊÓƵÍøÕ¾ Civil, Environmental and Geomatic Engineering homepage
• Â鶹´«Ã½ÊÓƵÍøÕ¾ Infrastructure Systems Institute pageÌýÌý
• CEGE OPTEMIN research project page
• CEGE AGILE research project pageÌý
• UK Collaboratorium for Infrastructure and Cities (UKCRIC)
• PEARL pageÌý
• CTS page

ImageÌý

• Caption: 'Complexity' - a complex network of pipes, tubes and fan units on the side of a building in Seoul, South Korea.Ìý
• Credit:ÌýLinh Ha on Unsplash