Dr Katherine Sanders

Position Governing Body Fellow Junior Research Fellow
School Technology Department of Engineering
Email kas89@cam.ac.uk
Department link

Kate is a postdoctoral researcher working in the Engineering Department. Her research interests concern the scalable processing of nano- and micro-structured functional materials, and the use of droplets for material synthesis and assembly.

Kate graduated from University College London with an MSci in Chemistry (2016) and received a MRes (2017) and PhD (2021) from the University of Cambridge as a student of ��ӽ紫ý. Her PhD was supervised by Professor Michael De Volder, and explored methods of creating structured microparticles from nanoparticles inside droplets. Kate currently works on a new manufacturing process for microparticle production, which emerged from her PhD research and was previously supported by a NanoDTC Translational Prize Fellowship (2021-2022). This process is able to produce functional materials with well-defined structures for a variety of applications, including in Li-ion batteries, where structure is key to electrochemical performance.

Controlling material structure at the micro- and nano-scale is important in many areas, from water purification to energy storage. However, few scalable processing methods exist which can achieve precise control over these small length scales. Kate’s work uses emulsion droplets as templates to regulate the assembly of nanomaterials into larger structures. Through a combination of techniques to improve emulsion stability and selective mass transport, she is able to use each droplet as a tiny container with tuneable size and regular, spherical shape. This method is fast, requires no energy intensive conditions, and is not material specific; microparticles can be produced from a range of useful nanoparticle building blocks including carbon nanotubes, silica, and metal oxide nanoparticles.

Kate is currently working on scale-up of functional microparticle production and is also investigating commercial opportunities for the resulting structured materials. This work is funded by a Horizon Europe Proof of Concept grant (UKRI), which aims to advance the commercial prospects of this technology, focusing on structured battery materials. Kate is based in the Nanomanufacturing group, in the Institute for Manufacturing.

What's on

Event Type (field_event_type)

A triptych of abstract images: a smooth round stone nestled in a curved rock, distorted eyeglass frames scattered on a white background, and a high-contrast black and white microscopic image resembling organic or cellular structures.

Art Exhibition: ��ӽ紫ýat 60

14/06/2025 at 10.00

Celebrating Wolfson’s 60th anniversary year, this exhibition highlights the range of artistic disciplines and styles that have made up our exhibitions over the years.