
Digital Manufacturing

We are developing computational methods and digital technologies to optimise processes and improve product quality in the manufacturing industry. We use a range of modelling methods, from first principles to data-driven and hybrid approaches.

Our areas of expertise
• Smoothed Particle Hydrodynamics (SPH), Dissipative Particle Dynamics (DPD), RANS modelling
• Artificial intelligence
• Development of digital manufacture processes and chains for formulated and/or structured products (eg foods, FMCG, pharma), by integrating modelling and computational tools with (bio)process engineering methods
• Computational modelling of reaction networks in biological systems
Meet our academic members
Meet our academic members
Ceramics processing; Additive manufacturing; Investment casting
Computational systems biology; Whole-cell modelling; Flux balance analysis; Mammalian cells; Bioprocessing
Mathematical modelling; Numerical optimisation; Data-driven formulation engineering; Food processing
Sustainable food processing; Healthier processed food; Circular economy; LCA
Soft matter modelling; Particle methods; Liquid-liquid and solid-liquid interactions; Interfacial singularities; Electrohydrodynamics
Process optimisation; Artificial intelligence; Simulation modelling; Particle technology; Multiphase systems
Colloids; Surface and interface; Bio-based and bio-derived materials; Coatings
Visit our research centre

Centre for Formulation Engineering
Developing solutions to global problems in the food, pharmaceutical, biotechnological, consumer goods and speciality products sectors.