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1. Mapping the pitfalls in the characterisation of the heat loss coefficient from on-board monitoring data using ARX models.

2. Decentralized drain water heat recovery from commercial kitchens in the hospitality sector.

3. Physical environmental and contextual drivers of occupants' manual space heating override behaviour in UK residential buildings.

4. Overheating calculation methods, criteria, and indicators in European regulation for residential buildings.

5. Aligning carbon targets for construction with (inter)national climate change mitigation commitments.

6. Assessment of energy consumption in existing buildings.

7. Application of dynamic thermal engineering principles to improve the efficiency of resource use in UK pork production chains.

8. Determinants of high electrical energy demand in UK homes: Appliance ownership and use.

9. Explaining daily energy demand in British housing using linked smart meter and socio-technical data in a bottom-up statistical model.

10. Do in-home and virtual activities impact out-of-home activity participation? Investigating end-user activity behaviour and time use for residential energy applications.

11. A domestic operational rating for UK homes: Concept, formulation and application.

12. Development of occupancy-integrated archetypes: Use of data mining clustering techniques to embed occupant behaviour profiles in archetypes.

13. Deconstruct: A scalable method of as-built heat power loss coefficient inference for UK dwellings using smart meter data.

14. Optimising the installation costs of renewable energy technologies in buildings: A Linear Programming approach

15. Quantification of uncertainty in product stage embodied carbon calculations for buildings.

16. Measuring the health impact of temperatures in dwellings: Investigating excess winter morbidity and cold homes in the London Borough of Newham

17. An approach for energy management of renewable energy sources using electric vehicles and heat pumps in an integrated electricity grid system.

18. How do heat demand and energy consumption change when households transition from gas boilers to heat pumps in the UK.

19. An investigation into retrofitting the pre-1919 owner-occupied UK housing stock to reduce carbon emissions.

20. Evaluating the influence of building fabric, services and occupant related factors on the actual performance of low energy social housing dwellings in UK.

21. The role of thermostatic radiator valves for the control of space heating in UK social-rented households.

22. Development of a Combined Heat and Power sizing model for higher education buildings in the United Kingdom.

23. A stochastic multi-energy simulation model for UK residential buildings.

24. Assessing energy use and overheating risk in net zero energy dwellings in UK.

25. Improving thermal performance of an existing UK district heat network: A case for temperature optimization.

26. ‘Hitting the target and missing the point’: Analysis of air permeability data for new UK dwellings and what it reveals about the testing procedure.

27. A numerical study on performance efficiency of a low-temperature horizontal ground-source heat pump system.

28. Energy performance of Scottish public buildings and its impact on the ability to use low-temperature heat.

29. Predicting future GB heat pump electricity demand.

30. A review and critique of UK housing stock energy models, modelling approaches and data sources.

31. Energy retrofit interventions in historic buildings: Exploring guidance and attitudes of conservation professionals to slim double glazing in the UK.

32. Life cycle carbon and cost assessment comparing milled and whole timber truss systems and insulation options for affordable housing.

33. Low carbon building performance in the construction industry: A multi-method approach of project management operations and building energy use applied in a UK public office building.

34. Heating economics evaluated against emissions: An analysis of low-carbon heating systems with spatiotemporal and dwelling variations.

35. Do deep low carbon domestic retrofits actually work?

36. Empirical evaluation of the energy and environmental performance of a sustainably-designed but under-utilised institutional building in the UK.

37. Space heating preferences in UK social housing: A socio-technical household survey combined with building audits.

38. Real-world implementation and cost of a cloud-based MPC retrofit for HVAC control systems in commercial buildings.

39. Determinants of high electrical energy demand in UK homes: Socio-economic and dwelling characteristics.

40. Electricity consumption forecasting models for administration buildings of the UK higher education sector.

41. Empirical variation in 24-h profiles of delivered power for a sample of UK dwellings: Implications for evaluating energy savings.

42. An innovative retrofit Motivation-Objective-Criteria (MOC) approach integrating homeowners' engagement to unlocking low-energy retrofit in residential buildings.

43. Decision making under uncertainty in the retrofit analysis of the UK housing stock: Implications for the Green Deal.

44. UK office buildings archetypal model as methodological approach in development of regression models for predicting building energy consumption from heating and cooling demands

45. Development and application of a domestic heat pump model for estimating CO2 emissions reductions from domestic space heating, hot water and potential cooling demand in the future

46. Developing a database of energy use for historic dwellings in Bath, UK

47. Production efficiency of hot water for domestic use

48. Designing a methodology for integrating industry practice into a probabilistic overheating tool for future building performance

49. Costs and potentials of reducing CO2 emissions in the UK domestic stock from a systems perspective

50. The unintended consequences of decarbonising the built environment: A UK case study