Download welsh school of architecture

Dr Eleni Ampatzi
Lecturer
Current Post & Contract
Post School Education
Cardiff University
Welsh School of Architecture
04/2006 to 02/2010
Cardiff University
Welsh School of Architecture
09/2004 to 09/2005
National technical University
of Athens
School of Architecture
09/1996-03/2003
Career
Cardiff University
Welsh School of Architecture
08/2011 to present
Cardiff University
Welsh School of Architecture
07/2010 – 07/2011
2005 – 2009 (ad-hoc)
Architectural firm Magnissali
& Bilis, Athens Greece
12/2000 to 08/2004
Lecturer, full-time, permanent (‘Teaching and
Research’)
PhD in Architectural Science
MSc in Environmental Design of Buildings
BSc and MArch (equivalent award)
Lecturer, Leader of the MSc in Environmental Design
of Buildings
Research Assistant, LCRI Scenario Modelling Project
Research (PREHEAT, HarmonAC , STACS) & PGT
teaching
Assistant Architect (in building conservation)
Teaching (Departmental)
Leader of MSc Environmental Design of Buildings
and specialist modules:
 Environmental Design Practice;
 Environmental Design Application (past);
 Outside Inside (disc).
Leader of core modules of the Architectural Science
Masters suite:
 Climate Comfort and Energy;
 Efficient Services (disc)
MSc dissertation supervisor and examiner.
PhD supervisor and examiner.
Administration
Current:
•
Chair of WSA Staff meetings
•
Member ASM Scheme Review
Committee
•
Member Board of Studies
•
Member of Research Ethics
Committee;
•
Member Architectural Science
research Group;
•
Member PGT Admissions team;
•
Member Education Committee;
Past:
•
Member PSE College Research and
Innovation Forum
•
Member PSE College Impact
Network
•
Co-editor for MADE at wsa magazine
(Issue 7).
•
Chair of ASM Extenuating
Circumstances Comm
External

Member Technical Chamber of
Greece (TEE-TCG)
Publications
Kefalloniti I, Ampatzi E. 2016 Building integration of domestic solar combi-systems: the
importance of managing the distribution pipework. Submitted to Energy & Buildings (under
review).
Kotbi A, Ampatzi E. 2016. Using solar screens in school classrooms in hot arid areas; The
effect of different perforation rates on daylighting levels. Accepted for oral presentation and
publication at PLEA 2016 Conference proceedings. Los Angeles, July 2016.
Mavrigiannaki A, Ampatzi E. 2016. Latent heat storage in building elements: a systematic
review on properties and contextual performance factors. Renewable and Sustainable
Energy Reviews (2016), pp. 852-866 (10.1016/j.rser.2016.01.115)
Chatzivasileiadi, A., Ampatzi, E. and Knight, I. P. 2013. Characteristics of electrical energy
storage technologies and their applications in buildings. Renewable and Sustainable Energy
Reviews 25, pp. 814-830. (10.1016/j.rser.2013.05.023)
Ampatzi, E., Fedeski, M., Gwilliam, G. 2013. I know that I know nothing; the need for
scepticism in environmental design education. Presented at: International Conference of the
European Network of Heads of Schools of Architecture (ENHSA). Architectural Education and
the Reality of the Ideal: Environmental Design for innovation in the post-crisis world. Naples,
3-5 October 2013.
Ampatzi, E., Knight, I. P. and Wiltshire, R. 2013. The potential contribution of solar thermal
collection and storage systems to meeting the energy requirements of North European
Housing. Solar Energy 91, pp. 402-421. (10.1016/j.solener.2012.09.008)
Ampatzi, E. and Knight, I. P. 2012. Modelling the effect of realistic domestic energy demand
profiles and internal gains on the predicted performance of solar thermal systems. Energy
and Buildings 55, pp. 285-298. (10.1016/j.enbuild.2012.08.031)
Georgakaki, A., Ampatzi, E. and Eames, M. 2012. Towards a Low Carbon Wales: modelling a
'not-quite-devolved' energy system. Presented at: CESUN 2012, Third International
Engineering Systems Symposium Design and Governance in Engineering Systems, Delft, 1820 June 2012.
Ampatzi E., Knight I., Rhodes M. (2008). Effect of Internal Gains on Thermal Comfort in
Welsh Dwellings. 25th PLEA (Passive and Low Energy Architecture) International Conference.
Dublin (22-24 October).
Ampatzi E., Knight I., Rhodes M. (2008). The role of thermal energy storage in helping solar
thermal reduce the heating and cooling demands of the housing stock in a northern
European country. 1st International Conference on Solar Heating, Cooling and Buildings.
Lisbon (7-10 October).
Knight I. , Rhodes M. , Agyenim F., Ampatzi E. (2008). The potential for solar thermal
heating and cooling systems to reduce the carbon emissions of domestic properties in a
northern European country. 1st International Conference on Solar Heating, Cooling and
Buildings. Lisbon (7-10 October 2008).
Ampatzi E., Williams J. (BRE), Wiltshire R. (BRE) (2008). Methods to reinforce support for
Thermal Storage in the European Union. PREHEAT Project Report to European Commission.
Ampatzi E., Knight. I. (2007). The potential application of residential solar thermal cooling in
the UK and the role of thermal energy storage technologies. AIVC 28th Conference and
Palenc 2nd Conference: Building Low Energy Cooling and Ventilation Technologies in the
21st Century. Crete island, Greece (27-29 September).
Aggelou, A., Ampatzi, E., 2005. 9th Fire Station of Attica: an M.Arch thesis. Arkitektonika
Themata (Architectural Issues), 2005. 39: p. 70-71.
Research Funding
CU
EPSRC
BRE Trust
IKY (National
Institute of
Scholarships,
Greece)
Cardiff Undergraduate Research Opportunities
Programme (CUROP). Project Solar Atlas
(Principal Investigator/Supervisor)
ECR Small Equipment Grant. EP/K031635/1:
Small items of research equipment at Cardiff
University (Other Investigator).
PhD Studentship
MSc Studentship
2014
£ 1360
2012
£7000
20062009
20042005
£69,150
€15,400
General Statement of Research
My main research interests lie in the efficient integration of low carbon system services into
buildings. My current research focus is on the role storage technologies could be called on to
play to aid in the transition to a low carbon energy future. Recent research activities involve
defining operational specification for building-integrated thermal and electrical energy
storage systems.