Research tester
Start date
24 April 2020End date
OngoingProject website
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Aims and objectives
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People list
Biography
Professor Sai Gu joined the University of Surrey as Head of The Department of Chemical and Process Engineering in 2015 after holding various academic posts at Aston University, University of Southampton and Cranfield University. He obtained a PhD in Material Modelling from the University of Nottingham and also did his post-doc research at the University of Cambridge.
Professor Gu has an international reputation for clean energy and material research, currently leading a number of EPSRC-funded projects - worth around £2.5 million - focused on the development of advanced bio-energy and and carbon capture technologies. He has a long track-record of coordinating large collaborative projects with international partners and has successfully won over £10 million in grants from EPSRC, EU, Innovate UK and industry.
Biography
Dr Franjo Cecelja obtained his Dipl. Eng. degree in Aerospace Technology from Technical from the University of Zagreb, Croatia, M.Sc degree from Cranfield Institute of Technology in Control & Signal Processing and Ph.D from Brunel University, UK, in Optical Sensors for High Frequency, Low Intensity Electric Fields in 1997.
He worked as a postgraduate research fellow at the University of Surrey, U.K., investigating design and application of optical sensors for electric and magnetic field measurements in biological tissues since 1992. This work continued at Brunel University, U.K., until 2001 when he was appointed a lecturer in Manufacturing and Information Systems at Brunel University. In 2006 he moved to the University of Surrey where the work in Manufacturing and Information Systems expanded to the area of Process Systems Engineering.
He has expertise in Optical Sensors and Measurement, Data Processing, Optimisation and Decision Making and Computer Modelling. Dr Franjo Cecelja has worked closely with the UK and international companies and universities and research institutions which resulted in more than 15 funded research projects. He is currently principal investigator on several funded projects: i) RENESENG II, Horison 2020 RISE project dedicated to networking in the area of biorefining, ii) eSymbiosis FP7 (Life+) focusing on Development of knowledge-based web services to promote and advance Industrial Symbiosis in Europe, and iii) RENESENG FP7 Marie Curie LTN project focusing on Renewable Energy Systems Engineering, iv) Qatar Foundation (QNRF) project focusing on Development of Low Cost Forward Osmosis Desalination: Application in Agricultural Irrigation, v) SETsquared ICURe project focusing on eSymbiosis: market search and commercialisation plan , vi) SETsquared ICURe project focusing on Modified Osmosis: market search and commercialisation plan, among other several projects.
Biography
Dr Bahman Amini Horri is a Senior Lecturer of Chemical Engineering and the MSc Programmes Coordinator of the CPE Department at the University of Surrey. He is an experienced researcher in hydrogen energy, solid oxide fuel cells (SOFCs), and energy materials, holding 5 US/European patents, 45+ papers in top-tiered journals, four book chapters, and 25+ presentations in national and international conferences. Before joining academia, he spent seven years in the industry, working on cutting edge energy and materials projects, developing and leading novel research in energy systems. He received his PhD from Monash University in Australia in 2012. He was then appointed as a lecturer at Monash University Malaysia in 2013 and subsequently joined the University of Surrey in 2016. At Surrey, he runs a research group focusing on hydrogen, fuel cells, and energy materials. He has recently developed an innovative water splitting technique for the production of green hydrogen. His research interest mainly lies in the sustainable production of hydrogen and lowering the operating temperature of the solid oxide fuel cells through the development of new ceramic nanocomposites for both anode and electrolyte layers. He also has developed new approaches for the green synthesis of low-cost ceramic nanocomposites for SOFCs. He is also a chartered engineer and scientist (CEng and CSci) by IChemE with a multidisciplinary engineering and research background.
Additional information
The University of Surrey is a global community of ideas and people, dedicated to life-changing education and research. With a beautiful and vibrant campus, we provide exceptional teaching and practical learning to inspire and empower our students for personal and professional success.
Funding amount
£250,000
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Biography
Professor Prashant Kumar is Associate Dean (International) for the Faculty of Engineering and Physical Sciences, Chair in Air Quality and Health and the founding Director of the Global Centre for Clean Air Research (GCARE) at the University of Surrey, UK. He is the Head of the GCARE’s Air Quality Laboratory and the Deputy Director of Research for the Department of Civil & Environmental Engineering. Since March 2018, he is also an Adjunct Professor at the School of Engineering at the Trinity College Dublin in Ireland.
He received his PhD (Engineering) from the University of Cambridge, and an MTech (Environmental Engineering & Management) from Indian Institute of Technology (IIT) Delhi. Prior to his PhD, he worked at a research instutute and in industrial sector for about 8 years. After his PhD, he joined University of Surrey as Lecturer (2009-2012), and subsequently worked as Senior Lecturer (2012-2015) and Reader (2015-2017).
His fundamental and application oriented crossdisciplinary research is focused at the interfaces of clean air engineering/science, human health and smart/sustainable living in cities/megacities. His research builds an understanding of the formation and emission of particles, both from vehicle exhausts and non-vehicular sources. He investigates their contribution to pollution, especially in megacity contexts. He is developing approaches to low-cost sensing and contributing to the development of exposure control technology and guidelines for policymakers to curtail pollution exposure in cities, with associated health benefits.
His current research projects are focused in broad multidisciplinary areas of air pollution monitoring/modelling, low-cost sensing, nature-based solutions, climate change mitigation and developing innovative technological and passive (e.g. green infrastructure) solutions for air pollution exposure control for both developing and developed world.
With over 210 articles in top-ranked journals (h-index 51; i10-index 139; citations >8900), his research has secured over £8.5 million of individual funding from the RCUK (e.g, EPSRC, ESRC, NERC, MRC, HEFCE, British Council, Innovate UK, Research England), industry and international funding bodies (e.g., European Commission, Qatar National Research Foundation, Commonwealth Commission, FAPESP). He has developed a network of collaborators across four continents, serving on editorial boards of several international journals and scientific evaluation panels of numerous funding agencies.
He is advising local/national/international agencies on air pollution and urban nexus and his research has featured in well-read media outlets such as the BBC and The Times.
External Person
Professor in Music
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Centre Internacional de Mètodes Numèrics a l’Enginyeria, Spain
- Dr Francisco Zarate Araiza
- Prof Eugenio Oñate Ibáñez de Navarra
- Miguel Ángel Celigueta Jordana
- Ferrán Arrufat García.
Centre National de la Recherche Scientifique, France
- Prof Christophe L. Martin
- Prof Didier Bouvard
- Dr Pierre Lhuissier
- Dr David Jauffres
- Dr Pierre Jop
- Dr.E. Gouillart.
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We have members from all over the world from our various partner organisations.
The European Synchrotron Radiation Facility, France
- Dr Julie Villanova
Universitat Politècnica de Catalunya, Spain
- Prof Michele Chiumenti
Imperial College London, UK
- Prof Catherine O’Sullivan
- Dr David Taborda.
Four columns
Centre Internacional de Mètodes Numèrics a l’Enginyeria, Spain
- Dr Francisco Zarate Araiza
- Prof Eugenio Oñate Ibáñez de Navarra
- Miguel Ángel Celigueta Jordana
- Ferrán Arrufat García.
Centre National de la Recherche Scientifique, France
- Prof Christophe L. Martin
- Prof Didier Bouvard
- Dr Pierre Lhuissier
- Dr David Jauffres
- Dr Pierre Jop
- Dr.E. Gouillart.
Institut National de la Recherche Agronomique, France
- Prof Denis Flick
- Dr Paul Menut
- Dr Artemio Plana-Fattori.
TU Graz - Graz University of Technology, Austria
- Prof Johannes G. Khinast
- Dr Stefan Radl
- Dr Thomas Forgber.
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The University of Surrey has an outstanding record for graduate employability.
Graduate Outcomes 2020
The Graduate Outcomes survey is the largest survey of employment and further study outcomes for UK graduates.
In 2020, 96 per cent of Surrey undergraduates are in work or further education.*
**UK domiciled graduates of full-time, undergraduate qualifications, in full-time employment, from higher education institutions.
Our consistently high placing in the HESA figures is a result of our relentless focus on graduate employability and the success of our Professional Training placements, which we pioneered 60 years ago and in which we continue to be a world leader today.
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22 January 2021
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19 January 2021
Altering mealtimes could prevent development of Type 2 diabetes – new study set to investigate
15 January 2021
A roadmap for making critical infrastructure safer as natural disasters increase
21 October 2020
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Outputs
Community impact
In 2013/14 the University of Surrey generated more than £1.5 billion for the UK economy, with over £1.1 billion of that in the county of Surrey.
The University also supported almost 17,500 jobs. Of these, almost 13,000 jobs were in Surrey and over 10,000 were in the Borough of Guildford alone.
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The University of Surrey is one of the UK’s top professional, scientific and technological universities.
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The University of Surrey is a global community of ideas and people, dedicated to life-changing education and research. With a beautiful and vibrant campus, we provide exceptional teaching and practical learning to inspire and empower our students for personal and professional success.
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We offer a range of undergraduate, postgraduate and research courses, as well as short courses for continued professional development.
People
We have members from all over the world from our various partner organisations.
Centre Internacional de Mètodes Numèrics a l’Enginyeria, Spain
- Dr Francisco Zarate Araiza
- Prof Eugenio Oñate Ibáñez de Navarra
- Miguel Ángel Celigueta Jordana
- Ferrán Arrufat García.
Centre National de la Recherche Scientifique, France
- Prof Christophe L. Martin
- Prof Didier Bouvard
- Dr Pierre Lhuissier
- Dr David Jauffres
- Dr Pierre Jop
- Dr.E. Gouillart.
Institut National de la Recherche Agronomique, France Prof Denis Flick
- Prof Denis Flick
- Dr Paul Menut
- Dr Artemio Plana-Fattori.
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Find out more about the MATHEGRAM partners and take a look at the projects they are involved with.
Airbus Defence and Space GmbH (EADS) is a division of Airbus, a global leader in aerospace, defence and related services. They generate revenues of €2.2 billion and employ a workforce of about 9,100.
Airbus Central R&T (ACRT) is the corporate research centre of Airbus with operations in France, Germany, Spain, UK, Singapore and Russia. Its overall workforce is more than 7,000 researchers. The ACRT site in Munich, belongs legally to Airbus Defence and Space and employs about 150 people in research and innovation.
Within ACRT, the Materials X department provides research and development facilities for advanced materials and new process technologies from elementary parts to optimised hybrid structures, in an integrated network within Airbus and in close co-operation with suppliers, universities and other research institutes. Within this team the necessary competencies for development and evaluation of protective coatings is available with laboratories for environmental simulation and coating deposition facilities.
BASF, a world’s leading chemical company, has a long tradition in cooperative research and training, which they consider to be crucial for their success. The Process Engineering Department, with about 130 engineers and 120 technicians, covers all particle technology unit operations in the chemical industry as well as CFD and DEM simulations. Numerous PhD students are being co-supervised in cooperation with universities across Europe.
The Centre Internacional de Mètodes Numèrics a l’Enginyeria (CIMNE) is a research organisation in Barcelona, Spain, which was created in 1987 as a consortium between the Catalan Government and the Technical University of Catalonia (UPC). It is an autonomous RTD centre focusing in promoting and fostering advances in the development and application of numerical methods and computational techniques for the solution of engineering problems in an international context.
They employ over 200 scientists and engineers from different technical fields and nationalities. In 2005, they started their international expansion and since then have created the following international branches:
- CIMNE Latinoamerica
- CIMNE USA.
Their headquarters are located at the heart of the UPC in Barcelona. They also have premises at different buildings in several campuses of the UPC and have offices in Madrid, Terrassa and Ibiza.
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It started at Surrey
Where can studying Creative Music Technology take you? Alumni Rosa, Benjamin and Gabriel share their career stories, which started at Surrey.
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Sudden cardiac death in human athletes – electrophysiological and molecular insights from the animal models
Funding information:
Funding will cover University tuition fees at the UK/EU rate for three years and a stipend for three years at RCUK levels (£15,000 per year).What we will do
Our beneficiaries have expertise in chemical and process engineering, aerospace, civil engineering, materials science, fine and speciality chemicals, pharmaceutical engineering, food science, computational mechanics and software development, in addition to five partner organisations. We will run 15 individual research projects to address the experimental and modelling challenges in analysing thermomechanical behaviour of granular materials.
We will take a systematic approach to examine the effects of temperature on mechanical properties, micromechanics, flow, compaction and mechanical properties, to enhance our understanding of the thermal performance of granular materials and broaden their industrial applications. We will also develop robust heat generation and transfer models for granular materials and use in situ nano-computed tomography to understand the microscopic evolution of a granular material at high temperatures, and explore the application of granular materials in emerging areas, such as dry powder coating in aerospace applications and additive manufacturing.
Using granular materials
Granular materials, such as soils, agricultural seeds, metallic and ceramic powders, and pharmaceutical powders, are common in nature and have many industrial applications. They possess unique physical properties and a complicated flow behaviour. We aim to improve our understanding of the thermomechanical behaviour of granular materials. In particular, we aim to answer the following research questions:
- How does temperature increase within granular materials without the application of external heating sources?
- How does temperature affect the physical properties of granular materials?
- How can the thermomechanical properties of granular materials be effectively utilised in various applications, e.g. additive manufacturing, powder coating, sintering and catalysis?
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It’s been a challenging time, but we are getting through it together. In the months leading up to your graduation and in the years to come, we’re always here to support you. We’re so proud of everything you’ve achieved. This film is for you.
Research themes
Find out more about our research at Surrey: