Professor Pieter De Wilde
Professor in Building Performance Analysis
School of Architecture, Design and Environment (Faculty of Arts & Humanities)
Professor of Building Performance Analysis
Research Lead for the Environmental Building Group
Programme Manager of the MSc in High Performance Buildings
PhD, Delft University of Technology, Faculty ofArchitecture, Building Physics Group, Delft, the Netherlands (2004)
MSc (‘Ingenieur’), Delft University of Technology,Faculty of Architecture, Building Technology, Delft, the Netherlands (1995).
BSc (‘Propedeutisch examen’), Delft University ofTechnology, Faculty of Architecture (1991)
Pre-university degree, Stedelijk Gymnasium,Nijmegen, the Netherlands (1988)
Chartered Engineer registered with the EngineeringCouncil (www.engc.org.uk).
Fellow of CIBSE, the Chartered Institution forBuilding Services Engineers (www.cibse.org).
Member of ASHRAE, the American Society for Heating,Refrigerating and Air-conditioning Engineers (www.ashrae.org).
Member of IBPSA, the International BuildingPerformance Simulation Association (www.ibpsa.org),and IBPSA affiliate regions England, Nederland-Vlaanderen and Germany.
Member of EG-ICE, the European Group forIntelligent Computing in Engineering (www.eg-ice.org).
Member of the Verein Deutscher Ingenieure (www.vdi.de).
Fellow of the Higher Education Academy (www.heacademy.ac.uk).
Roles on external bodies
Secretary of the Executive Committee of the IBPSA-WorldBoard of Directors (2015-present)
Chair of IBPSA-England (2014-present)
Chair of EG-ICE (2016-present)
Member of the EPSRC Associate Peer Review College (2016-present)
Board Member of Tamar Energy Community Ltd (2015-present)
Building performance simulation and analysis
Building science (also know as building physics)
Building services /HVAC systems
High performance buildings
High Performance Buildings (HPB701; Semester 1; 20credits)
Emerging Construction Technology (HPB702; Semester1; 20 credits)
Advanced Building Performance Simulation (HPB704;Semester 2; 20 credits)
Performance Finance and Investment (HPB705;Semester 2; 20 credits)
High Performance Buildings Research Project (HPB707; all year; 60 credits)
Research methods in the Built Environment (BLDG601;Semester 1; 20 credits)
Dissertation Project (BLDG602; Semester 2; 20credits)
Building Services Engineering (BLDG505; Semester 2;20 credits)
High Performance Buildings Elective (ARCH753;Semester 1; 30 credits)
Staff serving as external examiners
External Examiner PGR Taught Programme‘Environmental Design of Buildings’, Welsh School of Architecture, Cardiff University
building performance analysis
building science (building physics) with a focus onthermal/energy aspects
building performance simulation
building operational conditions and control,including occupant behaviour and climate change
architectural design and decision-making processes
high performance buildings (HPB)
building services and energy saving buildingcomponents
Research degrees awarded to supervised students
Garmston, H., 2016. PhD.Decision-making in the selection of retrofit façades for non-domesticbuildings. University of Plymouth, School of Arts, Design and Architecture(Director of Studies)
Fox, M, 2015. PhD. Thermographyfor thermal building assessment and improvement. University of Plymouth, School of Architecture, Designand Environment (Director of Studies)
Heffernan,E., 2015. PhD. Delivering zero carbonhomes and sustainable communities: the potential of group self-build housing inEngland. University of Plymouth, School ofArchitecture, Design and Environment (Director of Studies)
Beltrami, A. PhD. TRNSYS integrated modeling support tool fora fast building-plant system design. University of Bergamo, School ofEngineering, Italy, co-supervisor
Carfrae, J., 2011. PhD.The moisture performance of straw baleconstruction in a temperate maritime climate. University of Plymouth, Schoolof Architecture, Design and Environment. University of Plymouth, School ofArchitecure, Design and Environment (Director of Studies).
Pilkington, B., 2008. PhD.In-Situ Measurements of BuildingMaterials Using a Thermal Probe. University of Plymouth, School ofEngineering (Second Supervisor).
Struck, C., 2012. PhD. Building performance simulation (BPS) forconceptual building design . Technische Universiteit Eindhoven, Facultyof Architecture (‘Co-promotor’)
Sun, Y., 2014. PhD. Closing the energy performance gap betweendesign prediction and operation of campus buildings. Georgia Institute of Technology, College of Architecture; thirdsupervisor
Sanguinetti, P. 2012. PhD.Integrated performance framework to guidefacade retrofit. Georgia Institute of Technology, College of Architecture;third supervisor
Morgan, P., 2015. MSc. Skills, knowledge and understanding fordelivery of Zero Carbon Homes. University of Plymouth, School ofArchitecture, Design and Environment
Frempong-Mensah , B., 2011. MSc. Thepractical implementation of BIM: A structural engineering perspective. University of Plymouth, School of Marine Science andEngineering.
Roe, H., 2008. MSc. The code for Sustainable Homes – Costing theenergy credit. University of Plymouth,School of Engineering.
Zhang, G., 2008. MSc. An evaluation of optimal thermal storagealternatives in domestic buildings in the UK. University of Plymouth, School of Engineering.
Sawyer, L., 2007. MSc. Energy performance & occupancysatisfaction at Land Registry Information Systems and Turnbridge Wells offices. University of Plymouth, School of Engineering.
Wolring,Y, 1999. MSc (Ir). Onderzoek naar de energetische kwaliteit van gebouwen meteen glasoverkapte ruimte in relatie tot het gebouwontwerp. Delft University of Technology, Faculty of Architecture,Building Physics Group (‘Dagelijks Begeleider’).
Grants & contracts
EPSRC TransformingEnergy Demand in Buildings through Digital Innovation (BuildTEDDI) Scheme,Project Reference EP/K002465/1. eViz -Energy Visualisation for Carbon Reduction. Project value: £ 1,498,858.-(grant); total FEC £ 1,873,572.-. In-kind contributions by industrialparticiants: £ 30,000.-. Start per September 2012, for 3 years (Joint PI withDr Sabine Pahl of the School of Psychology, Plymouth)
EPSRC First GrantScheme, Project Reference EP/000344/1. Managementof thermal performance risks in buildings subject to climate change. Projectvalue: £ 159,688.- (grant); total FEC £199,610.-. January 2009-January 2011 (PI)
EPSRC Materials KTN(Engineering and Physical Sciences Research Council Materials KnowledgeTransfer Network); Industrial CASE Award with Cornish Lime Ltd, Bodmin, Cornwall,UK. Development of a lime render basedinternal insulant for the energy efficient renovation of UK homes. Projectvalue: £ 63,789.- (grant) plus £ 21,263.- (SME input). Start January 2009, for3.5 years (PI)
Royal Academy ofEngineering / The Leverhulme Trust, Project Reference Number 10226/48. Simulated and measured building performance:bridging the gap. Senior Fellowship. Fellowship funding: £30,182.-; totalvalue FEC £ 108,971.-. Start September 2012, for 12 months (PI)
EU ESF-CUC (EuropeanSocial Fund – Combined Universities of Cornwall) Studentship, with PenwithHousing Association, RTP Surveyors and the Cornwall Development Company and theUniversity of Exeter; Project Reference 11200NC05/CUC/Phase2. Thermography for thermal building assessmentand improvement. Project value: £ 75,000.-. Start January 2012, for 36months (PI)
Knowledge Transfer Partnership(KTP), with C3Resources, Plymouth, Devon, UK, Project Reference KTP007833
Intelligent software for the analysis of building energyusage data. Project value: £ 60,216.-(grant) plus £ 29,659.- (SME input); total fEC £ 89,874.-. February 2010 –April 2012 (PI)
Short KnowledgeTransfer Parnership, Project Reference KTP1000730. Renewable Product Design (LoftGenie).
Project value: £30.181,- (grant) plus £ 20.120,- (SME input); total FEC £ 50.301,-. Awarded 27April 2012. Start July 2012, for 48 weeks (PI)
Great Western Research(project taken over from Dr Steve Goodhew per 1 April 2008). An investigation into the moistureperformance of non-food-crop construction materials. Project value: £ 27,600.-(GRW grant) plus £ 13,750.- (Contribution by National Non-Food Crop Centre andthe Ecological Building Society). January 2007 – December 2010 (PI)
CIOB Bowen JenkinsLegacy Research Fund 2016. Augmentedvernacular: embedding digital practices into traditional cob constructiontechniques. Project value £7,000.-. January 2017 – December 2017. Projectin collaboration with Alejandro Veliz Reyes of Plymouth University (Co-I).
EU Horizon 2020Programme, Call H2020-EE-2014-2-RIA. EnerGAware:Energy Game for Awareness of energy efficiency in social housing communities.Project value £1,534,360 (€ 1.963.225) of which £300,116 (€ 384.000) forPlymouth. February 2015 - January 2018. Project in collaboration with UPC, FremenCorp,ISEP. Advantic, Devon and Cornwall Housing Association, EDF, and Alba Fuertes,Rory Jones and Sabine Pahl at Plymouth (Co-I).
Department of Energyand Climate Change, Trail Design. Reference No: 546/12/2012. Expert advice on the design of ahypothetical randomised control trial on smarter heating controls. Projectvalue £11,940.- (total). Awarded 12 September 2013. Project in collaborationwith Natcen, BSRIA and Energy Saving Trust, and Rory Jones at Plymouth (Co-I)
Department of Energyand Climate Change, Through Eden Project (subcontract): Cornwall TogetherProject. Thermal imaging and energy usein domestic buildings. Subcontract project value £65,000.-. Project incollaboration with Steve Goodhew and Sabine Pahl at Plymouth (Co-I)
Projects for clientslike Sovereign Housing Association, Eden Project, Pilkington Glass, Velux S.A.,SenterNovem, and the US Department of Energy:
Hot box measurement on25 Pilkington glazing samples according to ISO 12567-1:2000; 2005 (Co-I)
Baseline calculation withEnergyPlus as validation for a Velux model; 2004 (Co-I)
Dynamische ZonnegevelZonWEL; 2002-2005 (Co-I)
Passief Koelen met LTSystemen;2003 (Co-I)
Design AnalysisInterface (DAI) Initiative; 2001-2002 (RA)
Total (combined) valueof projects: £ 847,000.-
Scholarship fromScience without Borders (Ciência sem Fronteiras), Ministry of Science,Technology and Innovation of Brazil, awarded to João Paulo Ulrich de Alencastro,2015-2018. Project value £76,006.-
Scholarship forSplit-site PhD from Programa de Doutorado Sanduíche no Exterior (PDSE), Brazil,awarded to Tatiana Paula Alves, 2015-2016. Project value £20,000.-
PhD-Studentship byPlymouth University, Faculty of Arts, awarded to Helen Garmston, 2011-2015.Project value £60,000.-.
Internal grants obtained
Teaching buy-out tocomplete book writing project, funded by University of Plymouth through R1funding scheme. Total value £ 1650,-
Travel grants to attendconferences and symposia, funded by University of Plymouth through R1 fundingscheme. Total value in the order of £ 30.000,-
Travel grants to attendconferences and symposia, funded by Delft University of Technology, Energyresearch Centre of the Netherlands, TNO Building and Construction Research andthe University of Plymouth. Total combined value in the order of £ 20.000,-
Software purchase fundsfrom Delft University of Technology and University of Plymouth. Total combinedvalue in the order of £ 5.000,-
Administrative supportfor Environmental Building Research; combined value £11.780,-
BOOKS, CHAPTERS, EDITORSHIPS
1. de Wilde, P., 2004. Computational Support for the Selection of Energy Saving Building Components. PhD-thesis. Delft University of Technology, Faculty of Architecture, Building Physics Group, Delft, the Netherlands. Delft: Delft University Press. ISBN 90-407-2476-8
2. de Wilde, P. and G. Augenbroe, 2009. Energy modelling. In: D. Mumovic and M. Santamouris (eds), A Handbook of Sustainable Building Design and Engineering. London: Earthscan (James & James Publishers),51-61. ISBN 978-1-84407-596-6
3. Suter, G., P. de Wilde and Y. Rafiq (guest eds), 2014. Advanced computational assistance for planning, designing,constructing, and managing the built environment. Special Issue Section of Advanced Engineering Informatics, 28.
4. de Wilde, P. and D. Coley (guest eds), 2012. The Implications of a Changing Climate for Buildings. Special Issue of Building and Environment, 55.
5. Ślusarczyk,G., B. Strug and P. de Wilde (eds), 2016. Proceedings of Intelligent Computing in Engineering 2016 Conference, Kraków, Poland,June 28 - July 1 2014. Kraków: Jagiellonian University (USB)
6. Li, H., Y. Rafiq and P. de Wilde (eds), 2014. Proceedings of Intelligent Computing in Engineering 2014 Conference, Cardiff, UK, July 16-18 2014 Cardiff: Cardiff University (USB)
7. McCullen, N., S. Natarajan, D. Coley and P. de Wilde (eds), 2013. Proceedings of FutureBuild 2013, Bath, United Kingdom, September 4-6 2013 (USB)
8. Suter, G., P. de Wilde and Y. Rafiq (eds), 2013. Proceedings of Intelligent Computing in Engineering 2013 Conference, Vienna, Austria, July 1-3 2013 (USB)
9. Borrmann, A., P. Geyer, P. de Wilde and Y. Rafiq (eds), 2012. Proceedings of Intelligent Computing in Engineering 2012 Conference, Herrsching,Germany, July 4-6 2012. Munich: Technische Universität München (USB) ISBN 978-3-00-038455-4
10. Hartmann, T., P. de Wilde and Y. Rafiq (eds), 2011. Proceedings of Intelligent Computing in Engineering 2011 Conference, Enschede, the Netherlands, July 6-8 2011. Enschede: University of Twente (USB) ISBN 978-90-365-3216-7
11. Rafiq, Y., P. de Wilde and M. Borthwick (eds), 2008.Proceedings of Intelligent Computing in Engineering 2008 Conference,Plymouth, UK, July 2-4 2008. Plymouth: University of Plymouth (CD-ROM) ISBN 978-1-84102-191-1
12. de Wilde, P. (ed), 2007. Proceedings of Building Simulation in the SouthWest, IBPSA-England Symposium, Plymouth, United Kingdom, November 16 2007.Plymouth: University of Plymouth (CD-ROM)
13. van der Voorden, M., L. Itard and P. de Wilde (eds), 2005. Proceedings of the IBPSA-NVL Conference, Delft, the Netherlands, October 20 2005. Delft: TU Delft (CD-ROM)
14. Tian, W. and P. de Wilde, 2016. Impact of Global Warming on Thermal Performance of Domestic Buildings using Probabilistic Climate Data. International Journal of Global Warming, 10 (4), 514-535
15. Fox, M., S. Goodhew and P. de Wilde, 2016. Building defect detection: external versus internal thermography. Article accepted for publication in Building and Environment,105, 317-331
16. Jones,R., S. Goodhew and P. de Wilde, 2016. Measured indoor temperatures,thermal comfort and overheating risk: post-occupancy evaluation of low energy houses in the UK. Energy Procedia, 88, 714-720
17. Pan, S., C. Xu, S. Wei, T. Hassan, L, Xie, Y. Xiong. S. Firth, D. Greenwood and P. de Wilde, 2015.Improper window use in office buildings: findings from a longitudinal study in Beijing, China. Energy Procedia, 88, 761-767
18. Pan, S., C. Xu, S. Wei, T. Hassan, L.Xie, Y. Xiong and P. de Wilde, 2015. Research on the occupant window opening behaviour in an office building in Beijing. Building Science, 31(10), 212-217
19. Nik, V., S. Mundt-Petersen, A. SasicKalagasidis and P. de Wilde, 2015. Future moisture loads for building facades inSweden: climate change and wind-driven rain. Building and Environment, 93,362-375.
20. Fox,M., D. Coley, S. Goodhew and P. de Wilde, 2015. Time-lapse thermography for building defect detection. Energy and Buildings, 92, 95-106
21. Heffernan,E., W. Pan, X. Liang and P. de Wilde, 2015. Zero carbon homes:perceptions from the UK construction industry. Energy Policy, 79, 23-36
22. Suter, G., P. de Wilde, P. and Y.Rafiq, 2014 , Advanced computational assistance for planning, designing, constructing, and managing the built environment(Editorial). Advanced Engineering Informatics, 28, 259-260
23. Tian, W., J.Song, Z. Li and P. de Wilde, 2014. Bootstrap techniques for sensitivity analysis and modelselection in building thermal performance analysis. Applied Energy, 135,320-328
24. Fox, M., D. Coley, S. Goodhew and P. de Wilde, 2014. Thermography methodologies for detecting energy related building defects. Renewable and Sustainable Energy Reviews, 40, 296–310
25. de Wilde, P., 2014. The gap between predicted and measured energy performance of buildings: a framework for investigation. Automation in Construction, 41, 40-49
26. Wei, S., R. Jones and P. de Wilde, 2014. Driving factors for occupant-controlled space heating in residential buildings. Energy and Buildings, 70, 36-44.
27. Hamza,N. and P. de Wilde, 2014. Building simulation visualisation for the boardroom: an exploratory study. Journal of Building Performance Simulation,7(1), 52-67
28. de Wilde, P., C.Martinez-Ortiz, D. Pearson, I. Beynon, M. Beck and N. Barlow, 2013. Building simulation approaches for the training of automated data analysis tools in building energy management. Advanced Engineering Informatics, 27,457-465.
29. Lawrence,M., A. Shea, P. Walker and P. de Wilde, 2013. Hygrothermal performance of bio-based insulation materials. Proceedings of the ICE - Construction Materials, 166 (4), 257-263
30. de Wilde, P. and D. Coley, 2012. The Implications of a Changing Climate for Buildings (Editorial article). Building and Environment, 55, 1-7.
31. de Wilde, P. and W. Tian, 2012. Management of thermal performance risks in buildings subject to climate change. Buildingand Environment, 55, 167-177.
32. Tian,W. and P. de Wilde, 2011. Uncertainty and sensitivity analysis of the performance of an air-conditioned campus building in the UK under probabilistic climate projections. Automation in Construction, 20, 1096-1109
33. de Wilde, P. and W. Tian, 2011. Towards probabilistic performance metrics for climate change impact studies. Energy and Buildings, 43(11), 3013-3018
34. de Wilde, P., W. Tian and G. Augenbroe, 2011. Longitudinal prediction of the operational energy use of buildings. Building and Environment, 46 (8),1670-1680
35. Tian,W. and P. de Wilde, 2011. Thermal building simulation using the UKCP09 probabilistic climate projections. Journal of Building Performance Simulation, 4 (2), 105-124
36. Goodhew,S., J. Carfrae, and P. de Wilde, 2010. Briefing: Challenges related to straw bale construction. Proceedings of the ICE - Engineering Sustainability, 163 (4), 185-18 9
37. Parsons,D., S. Goodhew, A. Fewkes and P. de Wilde, 2010. The perceived barriers to the inclusion of rain water harvesting systems by UK house building companies. Urban Water Journal, 7 (4), 257-265
38. Carfrae,J., P. de Wilde, S. Goodhew, P. Walker and J. Littlewood, 2010. A cost effective probe for the long term monitoring of straw bale buildings. Building and Environment, 46 (01), 156-164
39. de Wilde, P. and W Tian, 2010. Predicting the performance of an office under climate change: a study of metrics, sensitivity and zonal resolution. Energy and Buildings, 42 (10), 1674-1684
40. de Wilde, P. and W. Tian, 2010. The role of adaptive thermal comfort in the prediction of the thermal performance of a modern mixed-mode office building in the UK under climate change. Journal of Building Performance Simulation, 3 (2), 87-101
41. Pilkington,B., S. Goodhew and P. de Wilde, 2010. In situ thermal conductivity measurement of building materials with a thermal probe. Journal of Testing and Evaluation, 38 (3); published online, DOI: 10.1520/JTE102636
42. de Wilde, P. and W. Tian, 2009. Identification of key factors for uncertainty in the prediction of the thermal performance of an office building under climate change. Building Simulation: an International Journal, 2 (3), 157-174
43. Struck,C., P. de Wilde, C. Hopfe, J. Hensen, 2009. An exploration of the option space in conceptual building design for advanced building simulation. Advanced Engineering Informatics, 23 (4), 386-395
44. Deverell, R., S. Goodhew, R. Griffiths, P. de Wilde, 2009. The noise insulation properties of non-food-crop walling for schools and colleges: a case study. Journal of Building Appraisal, 5 (1), 29-40
45. Ulukavak Harputlugil, G., T. Harputlugil, P. de Wilde, 2009. Thermal design of Turkish schools: prospects for an improved pre-design process. International Journal of Architectural Engineering andDesign Management, 5 (3), 153-164
46. de Wilde, P. and P. Murray, 2009. The use ofan intranet system to enhance student learning in an Eco-House design project. CEBE Transactions, 6 (1), 4-17
47. de Wilde, P., R.Griffiths and S. Goodhew, 2009. Evolution and validation of a thermal probe model. Journal of Building Performance Simulation, 2 (2), 85-94
48. Pilkington,B., R. Griffiths, S. Goodhew, P. de Wilde, 2008. Thermal probe technology for buildings: the transition from laboratory to field measurements. ASCE Journal of Architectural Engineering, 14 (4), 111-118
49. McGilligan, C., S.Goodhew and P. de Wilde, 2008. An assessment of the potential returns of energy certificates for the UK household sector. Journal of Financial Management of Property and Construction, 13 (3), 187-199
50. Sawyer, L., P. de Wilde and S. Turpin-Brooks, 2008. Energy performance and occupancy satisfaction: a comparison of two closely related buildings. Facilities, 26 (13/14), 542-551
51. de Wilde, P., R.Griffiths and S. Goodhew, 2008. Validation of data analysis routines for a thermal probe apparatus using numerical data sets. Building Simulation: an International Journal, 1 (1), 36-45
52. de Wilde, P., Y. Rafiq, M. Beck, 2008. Uncertainties in predicting the impact of climate change on thermal performance of domestic buildings in the UK. Building Services Engineering Research & Technology,29 (1), 7-26
53. Augenbroe,G., A, Malkawi, P. de Wilde, 2004. A Workbench for Structured Design Analysis Dialogues. Journal of Architectural and Planning Research, 21 (4), 321-330
54. Augenbroe,G., P. de Wilde, H. J. Moon, A. Malkawi, 2004. An interoperability workbench for design analysis integration. Energy and Buildings, 36 (8), 737-748
55. de Wilde, P., M. van der Voorden, 2004. Providing computational support for the selection of energy saving building components. Energy and Buildings, 36 (8), 749-758
56. de Wilde, P., G. Augenbroe, M. van der Voorden, 2002. Managing the selection of energy saving features in building design. Engineering,Construction and Architectural Management, 9 (3), 249-258
57. de Wilde, P., G. Augenbroe, M. van der Voorden, 2002. Design Analysis Integration: supporting the selection of energy saving building components. Building and Environment, 37 (8/9), 807-817
Total publications: over190, including the above, as well as conference papers (mostly peer reviewed,for international conferences) and technical reports.