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This chapter explores the role of an ethics committee led by disabled academics, in supporting co-produced disability research beyond academia, in the context of a five-year research programme in the UK (2015–2020). This chapter includes reflections by the Ethics Committee members, alongside documentary research which analysed the communications between the Ethics Committee and the research projects it supported. This review of the role of the Ethics Committee showed that there were dilemmas in considering the boundaries between ethical review and providing pedagogic advice on research design, and in balancing its role in supporting and regulating research. Ethics review processes are sometimes seen as overly bureaucratic and as an obstacle course for researchers, and this was also sometimes the case for projects supported by the DRILL (Disability Research on Independent Living and Learning) Ethics Committee. Lessons to be learned from the process included that communication between ethics committees and researchers is key, and that ethics review can be a two-way process, recognising the expertise of both the researchers and the reviewers, thus mirroring the principles of co-production. We suggest that an alternative model for ethics review process could build on this generally positive experience of the DRILL Ethics Committee.

The building sector contributes one-third of the energy-related carbon dioxide globally. Therefore, framing appropriate energy-related policies for the next decades becomes essential in this scenario to realize the global net-zero goals. The purpose of the proposed study is to evaluate the impact of the widespread adoption of such guidelines in a building community in the context of mixed-mode buildings.

This study decentralizes the theme of improving the energy efficiency of the national building stock in parcels by proposing a community-based hybrid bottom-up modelling approach using urban building energy modelling (UBEM) techniques to analyze the effectiveness of the community-wide implementation of energy conservation guidelines.

In this study, the UBEM is developed and validated for the 14-building residential community in Mumbai, India, adopting the framework. Employing Energy Conservation Building Code (ECBC) compliance on the UBEM shows an energy use reduction potential of up to 15%. The results also reveal that ECBC compliance is more advantageous considering the effects of climate change.

In developing countries where the availability of existing building stock information is minimal, the proposed study formulates a holistic framework for developing a detailed UBEM for the residential building stock from scratch. A unique method of assessing the actual cooling load of the developed UBEM is presented. A thorough sensitivity analysis approach to investigate the effect of cooling space fraction on the energy consumption of the building stock is presented, which would assist in choosing the appropriate retrofit strategies. The proposed study's outcomes can significantly transform the formulation and validation of appropriate energy policies.