The London-Loughborough EPSRC Centre for Doctoral Training in Energy Demand offers a four year programme which combines a one year Master of Research (MRes) in Energy Demand Studies followed by a three year doctorate (PhD).
MRes Dissertation Projects
The first year of the programme is an intensive taught course which differs from a normal Master of Science degree in its emphasis on research. Students will carry out a series of research projects, including a research dissertation which spans the entire academic year.
View MRes Dissertation Projects
PhD Projects
Please note the projects on the site have been developed by our current students. New students will develop a suitable PhD research proposal with help from the Centre Directors and Academic Managers at UCL and Loughborough University during the first MRes year.
View PhD Projects
W2LP1 – Understanding CO2 dispersion and distribution in school classrooms
Read moreUnderstanding CO2 dispersion and distribution in school classrooms James Hedger, Loughborough A study by the Carbon Trust known as “Act on CO2”, states a typical school uses 58% of…
W7UP2 – How household thermal routines shape patterns of heating demand
Read moreVariability in internal temperature patterns for UK homes during the heating season Clare Hanmer, UCL Energy Institute Overview The amount of energy used of heating homes depends on the way individual…
W7UP3 – Trade-offs in Levelised Cost of Heat among different heating and storage technologies
Read moreTrade-offs in Levelised Cost of Heat among different heating and storage technologies Zack (Zhikun Wang), UCL Energy Institute Overview The UK government has set objectives to reduce dependency on imported fossil…
UCL congratulates another PhD Success
Read moreThe LoLo community has certainly been active during the pandemic. Several of our finishing researchers passed their final examinations, which means a huge congratulations is in order for Anthony Marsh on…
W2UP7 – How can high-resolution temperature traces be used to assess building thermal performance?
Read moreHow can high-resolution temperature traces be used to assess building thermal performance? David Veitch, UCL David Veitch talks about this project: EXECUTIVE SUMMARY: In the context of UK…
W2UP12 – Error & Uncertainty in whole house heat loss (Co-Heating) measurements
Read moreError & Uncertainty in whole house heat loss (Co-Heating) measurements Samuel Stamp, UCL Project Abstract The so-called performance gap between designed and as-built building performance threatens to undermine carbon reduction…
W2LP3 – Delivering energy efficiency in the UK through Domestic Energy Service Companies (DESCOs)
Read moreDelivering energy efficiency in the UK through Domestic Energy Service Companies (DESCOs) Charlie Morris-Marsham, UCL Research Questions: What are the barriers to domestic energy efficiency? Can these barriers be addressed…
W6UP5 – Life in the gap: how does a construction company respond to the challenge of targets for energy and carbon in-use?
Read moreLife in the gap: how does a construction company respond to the challenge of targets for energy and carbon in-use? Catherine Willan, UCL Energy Institute Background to the research: Buildings…
W7UP11 – Indoor Environmental Quality in Student Accommodation
Read moreIndoor Environmental Quality in Student Accommodation Anthony Marsh, UCL Overview In order to reduce emissions the UK requires that all new buildings meet emissions targets, as mandated under the EU Energy…
W7UP1 – Pilot Study: Developing a simple model to estimate whole house heat loss which requires minimal input measurements
Read morePilot Study: Developing a simple model to estimate whole dwelling heat loss which requires minimal input measurements Frances Hollick, UCL Energy Institute Overview A key obstacle to effectively reducing emissions…
W2LP6 – The indoor air quality of a Victorian school with a post-1968 extension
Read moreThe indoor air quality of a Victorian school with a post-1968 extension Kate Simpson, Loughborough Introduction Kate Simpson talks about this project: https://youtu.be/yXfqG-3vmxU Aim: To quantify the indoor air quality…
W8UP10 An investigation of feedback and feedforward energy efficiency mechanisms from a UK school crowdsourced building stock model
Read moreDuncan Grassie, UCL Energy Institute Background Novel methods of modelling energy demand in buildings are required to assist with tracking progress towards the UK government’s commitment to Net Zero by…
W3UP5 – Taking Charge: Perceived control and acceptability of domestic demand-side response
Read moreTaking Charge: Perceived control and acceptability of domestic demand-side response Mike Fell, UCL Introduction Domestic electricity demand-side response (DSR) programmes aim to influence when electricity is used in people’s homes,…
W3LP3 – Minimising excessive winter energy consumption in Victorian classrooms while maintaining acceptable indoor air quality
Read moreMinimising excessive winter energy consumption in Victorian classrooms while maintaining acceptable indoor air quality Sven Hallin, Loughborough University Abstract This project presents an assessment of how to minimise excessive winter…
W5LP2 – Design Of An Advanced Cooling Tower For A Solar Decathlon House In Southern Europe
Read moreDesign Of An Advanced Cooling Tower For A Solar Decathlon House In Southern Europe Francesco Babich, Loughborough Aim To develop an advanced cooling tower for use in southern European homes…
W6LP3 – Energy from artificial sports pitches – modelling surface temperatures and the effect of extracting heat
Read moreEnergy from artificial sports pitches – modelling surface temperatures and the effect of extracting heat. Stephen Watson, Loughborough Introduction High surface temperatures are one of the main problems affecting artificial…
W2UP2 – Simulating heat pump performance in dwellings
Read moreSimulating heat pump performance in dwellings David Samuel, UCL MRes EDS Context In the transition to a low carbon economy, air source heat pumps will be a critical demand…
W4LP7 – Prediction of the Summertime Overheating Risk in UK Homes Using Descriptive Time Series Analysis
Read morePrediction of the Summertime Overheating Risk in UK Homes Using Descriptive Time Series Analysis Argyris Oraiopoulos, Loughborough University Introduction This study is based on an extensive data set of 228…
W7UP8 How flexible is UK home heating demand?
Read moreHow flexible is UK home heating demand? Clare Hanmer, UCL Most future scenarios for decarbonising the UK energy system include a high proportion of homes with electric heat pumps. Shifting…
Loughborough University celebrates another PhD success
Read moreLoughborough University is pleased to announce that LoLo student, Dan Wright, passed his viva (with minor corrections) in January 2021. The LoLo community congratulates Dan, whose Thesis title was ‘The…