Our team

Principal investigators

Postgraduate students

• Simon Reid (PhD) '3D-printed catalysts for green spacecraft propulsion'
• Yuanjun (Bessie) Pei (PhD) 'Fabrication of Printed Uniform Monolith for Protein Chromatography'
• Luckmore Kadzungura (PhD) 'Simulation of flow, heat and mass in 3D printed porous structures'
  
• Mathew Hawken (PhD) 'Experimental investigation of heat transfer in 3D printed heat exchangers by MRI'
• Sobhan Latifi (PhD) 'Optimising triply periodic minimal surfaces for fluid flow and 3D printing' - University of Otago
• Zeinab Rahnama (PhD)

Completed:

• Sean Feast (PhD) 'Development & Upscaling of 3D printed Chromatography Columns for Virus Purification' - now at Precision Chroma Ltd
• Fabian Dolamore (PhD) 'In Silico Analysis of Flow and Dispersion in Ordered Porous Media' - now at Precision Chroma Ltd
• Anne Gordon (PhD) 'Development, Functionalisation, and Characterisation of Triply Periodic Minimum Surface Hydrogels for Solid-Tolerant Chromatography'
• Harshal Panidepu (PhD) 'In silico modelling of soft tissue scaffolds'
• Ben Houlton (ME) 'Enhancing Packed Bed Geometry Using Computational Fluid Dynamic Simulations'
• Hossein Najaf Zadeh (PhD) '3-dimentional printing of high-resolution hydrogels by a high-speed process using negative templating'
• Michelle Kramer (PhD) 'Designing novel monolithic substrates for process intensification using additive manufacturing'
• Roya Rezanavaz (PhD) '3D Printing of Porous Polymeric Materials for Stationary Phases of Chromatography Columns'
• Suhas Nawada (PhD) 'The Use of 3D-Printing in the Study of Chromatographic Packed Bed Microstructures'
• Ben Reynolds (PhD) 'Simulation of flow and heat transfer in 3D printable triply periodic minimal surface heat exchangers'
• Navid Erfani (PhD) 'A Novel Method to Design Monolithic Catalyst for Non-Isothermal Packed Bed Reactors'
• Anastassiya Lazareva (ME) 'Investigation into Development of Thermoresponsive Chromatography Columns Using 3D-printed Ordered Structures Based on Triply Periodic Minimal Surfaces'