Group members (updated in 10/2026)

Postdocs

Junyun Chen: Elasto-Caloric Cooling enabled by Shape Memory Alloys

PhD students:

Chiebuka Christopher: Shape-morphing and Programmable Metamaterials

Zhen Wang: Data-driven Alloy Design for Additive Manufacturing

Quan Doan: Mechanical Metamaterials

Current MSc/MEng students

McLeod Fraser

Eytan Valansi-Karako

Victor Dudley

Amy Lam

Ruihan Wu

Ruoying Zhang

Alumni 

Former PhD students/Postdocs

Hsing-Lin Wu: Multiaxial Deformation Behaviour of Metamaterials. Graduated in 2026

Raymond Wong: Materials Informatics for Additive Manufacturing. Graduated in 2026

Dr. Claudia Tatiana Santos Maldonado (PhD student from 10/2019 - 07/2024. Thesis: Hydrogen embrittlement in 3D printed Nickel superalloy). Now at CERN, Switzerland

Dr. Jalal Al-Lami (PhD student from 10/2018 - 03/2023. Thesis: Processing, Microstructure and Creep of 3D printed Inconel 718). Most recently known affiliation: University of Oxford

Prof. Hang Xu (postdoc from 01/2020 -05/2022): Now Assistant Professor at Concorde Uni, Canada

Dr. Alessandro Piglione. Now: Materials R&D Specialist, Brembo (PhD thesis: Microstructure and fatigue behaviour of Ni-based superalloys in aero-engines)

Dr. Bogdan Dovgyy: Now Lecturer, and CEO of the IAMG International (PhD thesis: Machine learning-based design alloys for additive manufacturing)

Dr. Jedsada Lertthanasarn: (PhD thesis: Modelling and Simulation of multi-scale hierarchical meta-crystals)

Dr. MinSoo Jin (PhD thesis: Fatigue behaviour of 3D printed high entropy alloy). 2026 update: Postdoc fellow at Max Planck Institute for Sustainable Materials, Dusseldolf.

Dr. Chen Liu (PhD thesis: Crystal-inspired design for high strength and programmable meta-materials). Now postdoc at Imperial


Former MEng, MSc and UG students:

Kit Gordon-Brown, MEng student, Kirigami-inspired morphing structures. Now at University of Cambridge

Niny Qiu, MEng student, Statistical analysis of plastic anisotropy in AM alloys

Eason Liu, MEng student, Fracture behaviour of metamaterials.

Adi Shyam, MSc student

Amelia How, Exchange student from MIT (now back to MIT)

Pria Sawhney, Exchange student. 2025 update: with MIT

Emilio Ahuactzin-Garcia, UG student. 2025 update: with MIT. 2026: PhD student at UIUC.

Phuc Hoang, MSc student

Julius Dohm, MSc student

Stepan Kolacek, MEng student. Now: Boston Consulting Group

Max Moyle, MEng student. Now: PhD student at UNSW Sidney

Shangqi Sun, MSc student

Weicheng Wen, MSc student

Dr. Jian Yu (Visiting), Project: Fatigue damage and microstructure of Ni single crystals in aeroengines

Dr. Jinquian Zhao Project: Fatigue damage and microstructures of Ni single crystals in aeroengines

Dr. Wenyong Xu (Visiting), Ph.D. in Materials Processing Engineering, China Aviation Academy, 2014

Project: Microstructural analysis and constitutive modelling of Ni-based superalloy FGH96

Dr. Liu Chen (Visiting), PhD in Solid Mechanics, Chinese Academy of Sciences, 2012

Project: Crystal plasticity-based modelling for fatigue behaviour of TiAl alloy

Jie Lu, MEng student, now MSc student in UC Berkeley.

Peter Ganson, MEng student

Marie Pirotais, MEng student 

Chayanont Taksinawong, MSc student

Zhiying Xia, MSc student

Yi Wang, MEng student

Robin Bai, MEng student

Tom Walton, UROP student, now MSc in Computer Science, Imperial

Kelu Yu, UROP student. Now MSc in Aeronautics, Imperial

Stepan Kolacek, UROP student: Alloy design for AM

Bogdan Dovgyy, MEng (now PhD student in the group)

Alessandro Piglione, MSc (now PhD student in the group)

Alexander Bergsmo, MSc (now PhD student with Prof. Dunne): 

Zhin Mai, MEng student (Now PhD student in Oxford Univ.)

Ming-Chia Yang, MEng student: Quantifying pore size and distribution in additive manufactured metals

Yini Weng, BEng student: Microstructural conditions of AM 316 steel. 

Taylor Gould, visiting BSc student from Lehigh Univ, USA: Microstructural characterisation of 3D printed 316 steel

Paul Sandman (co-supervised with Dr. Davies): Crystal plasticity of 3D printed alloys

Tristan Calvet (co-supervised with Dr. Davies): Fatigue-creep interaction of materials in fusion energy