Asish Malas

London South Bank University, University of Nottingham

Papers

Total Citations

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About

Asish Malas is a researcher at the forefront of soft robotics and additive manufacturing, with a focus on merging advanced materials with novel fabrication techniques. His work centers on two key areas: the development of low-cost, deployable robotic systems and the creation of high-performance actuators using inkjet-based methods. In a standout 2020 study (23 citations), Malas pioneered the integration of planar inkjet-printed antennas onto a low-cost origami flapping robot, demonstrating a viable communication solution for expendable paper-based drones. This work showcases his ability to combine structural origami design with functional electronics for lightweight, disposable platforms. More recently, in 2022 (17 citations), he addressed a critical challenge in soft robotics by developing a reactive jetting technique for high-viscosity nanocomposites, enabling the precise fabrication of dielectric elastomer actuators. This breakthrough leverages the droplet-on-demand capability of inkjet printing to create multi-material, high-resolution actuator layers, pushing the boundaries of printable soft robotics. Malas’s contributions are notable for their practical impact, offering scalable, cost-effective pathways for next-generation robotic and electronic systems.