Dr. Ian Shuttleworth, Milton Keynes Educational Trust, United Kingdom.
Dr. Ian Shuttleworth is a seasoned physicist with a specialization in
Surface Physics, having earned his Ph.D. from the prestigious
Cavendish Laboratories, Cambridge University 
. Over his impressive career, he has held postdoctoral research positions at the
University of Nottingham and
Rutgers University before joining
Jubail University College in Saudi Arabia as an Associate Professor (2006–2014). He later served as a
Senior Lecturer at
Nottingham Trent University (2014–2023)
. With a strong focus on research and teaching, Dr. Shuttleworth has made significant contributions to advancing surface physics and materials science, inspiring researchers across global institutions.
Publication profile
Education and Experience
Education:
- PhD in Surface Physics – Cavendish Laboratories, Cambridge University
Professional Experience:
- Senior Lecturer | Nottingham Trent University (2014–2023)
- Associate Professor | Jubail University College, Saudi Arabia (2006–2014)
- Postdoctoral Research Associate | Rutgers University, USA (2004–2006)
- Postdoctoral Research Associate | University of Nottingham, UK (1999–2003)
Suitability For The Award
Dr. Ian Shuttleworth is a distinguished researcher in the field of Surface Physics, with an impressive academic background that includes postdoctoral research at Rutgers University and the University of Nottingham. His significant contributions to materials science and his role in academic leadership make him an excellent candidate for the Best Researcher Award.
Professional Development
Dr. Ian Shuttleworth has cultivated a robust international career spanning research, academia, and mentoring. His journey began with a
Ph.D. in Surface Physics from Cambridge, which laid the foundation for exploring complex surface phenomena.
He pursued postdoctoral positions at
Rutgers University in the USA and the
University of Nottingham in the UK, developing expertise in materials and surface sciences
. At
Jubail University College, he contributed to building strong academic programs and fostering research excellence across borders
. Later, as a
Senior Lecturer at
Nottingham Trent University, Ian’s focus on innovative research and teaching excellence made him an inspiring academic leader.
Research Focus
Dr. Ian Shuttleworth’s research primarily revolves around Surface Physics, materials characterization, and advanced nanomaterials . His work explores the microscopic properties of surfaces and interfaces, aiming to understand and manipulate atomic interactions for practical applications. His expertise extends into computational modeling of surface systems, thin films, and materials science, contributing valuable insights into energy-efficient technologies and innovative materials. Ian’s research bridges theoretical frameworks and real-world applications, influencing both academic advancements and industrial practices. With his global experience, he continues to drive innovation and collaboration in surface and interface physics.
Awards and Honors
- Cambridge University Recognition for Excellence in Surface Physics
- Research Excellence Award | Jubail University College, Saudi Arabia
- International Collaborator Award | Rutgers University, USA
- Outstanding Lecturer Recognition | Nottingham Trent University
Publications Top Notes
-
“Preface on Novel Aspects in Theoretical and Computational Surface Science (NATCSS)”, Applied Surface Science Advances (2024) , 1 Citation
-
“The Catalytic Activity of Magnetic Surfaces”, Magnetochemistry (2024) , 1 Citation
-
“Non-linear moments modelling of metal, oxygen and hydrogen binding to strained FCC (1 1 1) and (1 0 0) surfaces”, Chemical Physics Letters (2023) , 1 Citation
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“Moments analysis of the binding of metal, oxygen and hydrogen atoms to strained Co(0001), Ru(0001) and Os(0001)”, Chemical Physics (2023) , 2 Citations
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“The influence of steric and ligand effects on metal- and alloy-supported oxygenated and hydrogenated Pt(111)”, Science Talks (2022) , 2 Citations
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“On length scales and approximations in the modelling of applied surface science phenomena”, Science Talks (2022) , 1 Citation
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“A comparative study of oxygen and hydrogen adsorption on strained and alloy-supported Pt(111) monolayers”, Magnetochemistry (2021) , 5 Citations