Micro-fluidic devices are of significant importance in a wide range of engineering fluid-systems from energy-applications as improving kinetic-turbine performance, noise control, bio-engineering to smart micro-machines design. This project will focus on two-strands of micro-fluidic systems for flow control and modelling of smart micro-machines composed of electro-thermal-kinetic particles. Both aspects are at the forefront of academic-research and innovation with engineering applications in renewables (wind/water), targeted medication delivery, biofluid system-support (e.g. blood-circulation) and morphing structures by controlling building-blocks of electro-thermal-kinetic particles, all being studied by QMUL & TAU. This study is supported by UUKi and DSIT.