Hamza Shams
Grants and Centre Manager
Hamza joined the University in May 2021 and currently serves as the Grants and Centre Manager for the Demographic Science Unit (DSU) and the Leverhulme Centre for Demographic Science (LCDS). Based within the Finance Team, he is a trusted resource for researchers based in DSU, providing support for both pre- and post-award grant management. Hamza’s responsibilities include conducting tailored funding searches, reviewing grant proposals, and developing research cost projections, ensuring a seamless administrative process for funding applications.
A key aspect of Hamza’s role is ensuring compliance with financial, ethical, and administrative requirements set by funding bodies. He manages data and project activities to meet critical milestones, handles funding extensions and amendments, and advises on strategic research funding approaches. He also assists in preparing data for advisory reports and helps develop protocols for data security, ethics, and research impact management to support REF deliverables.
Beyond his role in the Finance Team, Hamza also actively supports the centre’s operational and strategic objectives as a centre manager. He organises key meetings, provides comprehensive administrative support, and ensures compliance with Open Access and ethical standards. As the lead of the centre’s administrative team, Hamza fosters a collaborative and efficient work environment, emphasising staff development and operational excellence.
Recent publications
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Vibration Analysis Approach to Model Incremental Wear and Associated Sound in Multi-Contact Sliding Friction Mechanisms
Journal article
Basit K. et al, (2023), Journal of Tribology, 145
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Realizing surface amphiphobicity using 3D printing techniques: A critical move towards manufacturing low-cost reentrant geometries
Journal article
Shams H. et al, (2021), ADDITIVE MANUFACTURING, 38
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Scalable wear resistant 3D printed slippery liquid infused porous surfaces (SLIPS)
Journal article
Shams H. et al, (2021), ADDITIVE MANUFACTURING, 48
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Empirical Modelling of Frictional Noise and Two-Point Contact Using Ball-On-Disc Tribometer
Journal article
Basit K. et al, (2020)
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Wear behavior of 3D printed PLA surfaces for superhydrophobic interaction
Journal article
Shams H. et al, (2020)