Why should computer scientists learn and think about sustainability?

My interview during the excellent HiPEAC ACACES summer school this year. Why should computer scientists and engineers study sustainability? What are the most important topics to investigate in this field? How can we reconcile the push for ever more computing with the fact that there are finite planetary resources? And what can we do as individuals and collectively to push for a sustainable future?

Enjoyed my invited talk at MobiUK on ‘rethinking resource efficiency’ for sustainabilty

Enjoyed the chance to talk to the interesting folks at MobiUK on mobile computing and sustainability. I attempted to reconsider the role of ‘resource efficiency’ not as a driver of growth of ICT’s impacts on the planet, but rather to work within planetary limits. Digital technology unquestionably transforms our understanding of the world and helps society reconfigure itself to do new things from better healthcare, climate science, self-driving cars and smart cities, and more. Yet, I argued, ICT has significant direct impacts on energy material systems, and an exponentially growing footprint. As researchers, innovators and practitioners, what should the MobiUK community be doing to help bring about a more environmentally sustainable future? The slides are available.

Talk with ecologists without borders in Slovenia, well, online :)

Enjoyed doing talk to inspiring group (Ekologi brez meja – ecologists without borders) in Slovenia on Building digital solutions for the Anthropocene: avoiding digital wastefulness (talk on YouTube).  Key points: how the infrastructure we build into the tools we use everyday, e.g. building AI into search, is leading to growth in energy demand, data centres and materials.  Plus the need to look systematically at energy systems, IT, water and material resources and how they do and will impact the environment and society in the future.

ARINZRIT digital research infrastructure sustainability report published!

UK research increasingly relies on ‘digital research infrastructure’ (DRI): digital technologies and computational facilities from laptops to high-performance computing and large-scale data archives. DRI has an energy and carbon impact as a result of performing computational work (emissions scope 1), the energy needed to drive them and how this is generated (scope 2), and their manufacture and disposal (scope 3).  In our report, we outline our key findings and offer recommendations for more sustainable DRI policy and practice.  Our recommendations also demonstrate that interventions should not just be technical, but also to training, procurement and research culture!  Read more: https://doi.org/10.5281/zenodo.7966424.

Digital Futures Distinguished Lecture on ICT Impacts

Was delighted to be hosted by Digital Futures @ KTH in Sweden, especially the fantastic folks at Sustainable Futures Lab in Media Technology and Interaction Design (funded by Digital Futures’ excellent Scholar in Residence Programme).  As part of this, I got to do a talk on estimates of ICT’s impact and my thoughts on the narratives embedded in this (will efficiency and green energy save ICT from its impacts, is it exceptional and does it enable carbon savings in other domains?). Check it out on YouTube.  My sincere thanks to my hosts for being exceptionally supportive, passionate and kind – and of course for all the Fika and sustainability discussions!