Jack Liddle Email & Phone Number

Manchester, England, United Kingdom

• Developing innovative data selection strategies using semi-supervised and one-class learning techniques, integrating natural language processing and graph learning to extract actionable insights and optimize workflows.
• Collaborating with data suppliers to ensure the quality and integrity of incoming data, establishing robust validation mechanisms to enhance reliability.
• Designing and implementing statistically sound QA processes, introducing data-driven methodologies to improve consistency and accuracy.

Leeds, England, United Kingdom

• Research Fellow in Urban Dynamics, where I:
• Built forecasting models for pedestrian footfall for smart city applications.
• Investigated the limits off forecasting models providing insight into future data requirements.
• Applied dimensional reduction techniques, to reveal patterns in urban space usage.
• Created novel clustering techniques to characterise and describe the use of urban space.
• Performed hypothesis testing to select appropriate models.

• I am the Scientific Representative from Carl Zeiss Semiconductor Manufacturing Technology (SMT) in Germany to the Interuniversity Microelectronics Centre (IMEC) in Belgium, where I:
• Act as international liaison for research and development projects between Carl Zeiss SMT and IMEC, connecting technologies and ideas from both institutions with the joint aim of advancing the fabrication of.
• Steer joint development projects to ensure that Carl Zeiss SMT’s current and future needs are addressed.
• Communicate industrial developments at IMEC to key decision makers and technical experts at Carl Zeiss SMT providing them with early, expert knowledge of potential risks to our products.
• Consult on the capabilities and benefits of Carl Zeiss SMT products to promote their use.
• Provide optical, imaging and simulation expertise to IMEC.I also represent Carl Zeiss SMT to ASML TDC (Technology Development Centre), a strategy group within our main customer ASML.

• I was an Imaging Applications Scientist with the Product Strategy Group, where I:
• Liaised with key customers on system specifications to ensure our products will meet their requirements.
• Defined and managed studies together with academic institutions, such as Fraunhofer IISB, covering topics in theoretical imaging research.
• Promptly assessed the impact of issues arising during manufacturing, installation and operation of optical systems under tight deadlines.
• Streamlined simulation workflows ensuring reproducibility of results and increased turnaround time.

• I was a member of the Civil Safety Research Group, where I:
• Provided new perspectives for the physical modelling of pedestrian flow and analysis of experimental data.
• Introduced Python as a tool for modelling and data analysis and taught Python for scientific computing to researchers across the research centre.

• I was a Postdoctoral Researcher in High Energy Physics Group, where I:
• Implemented mathematical models on a variety of supercomputers.
• Studied the connection of lattice gauge theories to analytical models.
• Taught programming in C and scientific computing techniques.

Doctor Of Philosophy - Phd, Theoretical Physics

Activities and Societies:PhD in Theoretical Particle Physics, specialising in lattice gauge theories. Thesis: The deconfining phase.

Mphys, Physics With Theoretical Physics, 1St Class With Honours

Physics with Theoretical Physics. Masters project: Implementing a parallel N-body simulation on a cluster of commodity PC.