Addressing climate change is a major challenge of the 21st century, with the UK aiming to achieve net zero by 2050. Meeting net zero is an unprecedented challenge that requires concurrent, coordinated transformation of multiple vital and interconnected infrastructure systems - from transport and housing, to agriculture and heavy industry. Engineering expertise will be central to delivering a transition to prosperous and sustainable society.
In January 2020, the National Engineering Policy Centre began a programme of work to explore, inform, and advise policymakers on some of the hardest cross-cutting challenges and the opportunities that need to be addressed. Since its inception, the project has explored three key areas where engineers can contribute key insights to achieving net zero:
- Applying engineering principles to decision making
- Applying a systems approach to achieving net zero across whole sectors
- Providing technical engineering insight on the role of individual technologies
![Offshore Windfarm With Sunset Landscape](/media/itnfrfxd/offshore-windfarm-with-sunset-landscape.jpg?anchor=center&mode=crop&width=730&height=380&rnd=133652655628030000)
Enabling a decarbonised electricity system
Explore the NEPC (National Engineering Policy Centre) programme on decarbonising electricity in Great Britain.
![Hydrogen fuel station](/media/uqsozz1t/hydrogen.jpg?anchor=center&mode=crop&width=730&height=380&rnd=133652655626000000)
![Aerial view of lithium fields in Argentina](/media/q2tbtnfe/critical-materials-2024_mining-image_500x450.jpg?anchor=center&mode=crop&width=730&height=380&rnd=133747815996830000)
Critical materials - reducing demand and ensuring sustainability
A new report from the National Engineering Policy Centre about resource efficiency and demand reduction for critical materials to support the UK’s existing Net Zero Strategy.
![Electric charging network](/media/dr1hwl3p/electric-charging-points.jpg?anchor=center&mode=crop&width=730&height=380&rnd=133498081826370000)
Low regrets decision making
Read our framework for making rapid decisions in the face of uncertainty
![Building with green living roof](/media/oeim42k0/building-with-green-living-roof.png?anchor=center&mode=crop&width=730&height=380&rnd=133652655622900000)
Decarbonising Construction
What is needed from different stakeholders to decarbonising the construction industry?
![Decarbonising aviation](/media/apulbezu/refuelling.png?anchor=center&mode=crop&width=730&height=380&rnd=133178435138700000)
System impacts of aviation fuel switching
Summary of an NEPC workshop exploring the needs and impacts of a range of aviation fuels on other systems
![abstract overlay over city street - connected infrastructure](/media/qnthhn2p/connected-infrastructure-image-2.jpg?anchor=center&mode=crop&width=730&height=380&rnd=133652655621630000)
Foundations for a net zero recovery
Opportunities for decarbonisation following the COVID-19 crisis
![Engineering Zero Construction Duochrome Landscape](/media/adldkdne/engineering-zero-construction-duochrome-landscape.png?anchor=center&mode=crop&width=730&height=380&rnd=133639685439100000)
Getting to net zero video explainers
Introducing a new approach to transforming infrastructure for net zero
What we can do for you
We advise policy teams in government and elsewhere on systems approaches to net zero through workshops and papers, and engage widely and inclusively with a range of stakeholders who are crucial to delivering net zero.
If you are working on joining up the net zero dots and making a systems approach happen, or need help navigating this landscape, we want to hear from you.
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Sustainable living places
Case study for how systems dynamics can be usefully applied to policymaking