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About

Ismayuzri Ishak is a researcher specializing in advanced additive manufacturing, robotics-integrated 3D printing, and multi-plane fabrication technologies. His work sits at a compelling intersection of industrial robotics and fused deposition modeling (FDM), pushing the boundaries of what conventional 3D printing platforms can achieve. Ishak's most significant contribution is the development of robot arm-based additive manufacturing systems capable of multi-plane toolpath printing — a departure from the traditional horizontal layer-by-layer approach that has long defined FDM technology. His 2016 paper introducing the robot arm platform for additive manufacturing garnered 35 citations, establishing a foundational framework that subsequent research has built upon. This work evolved into the MotoMaker platform, a robotic FDM system enabling both multi-plane and complex 3D lattice structure fabrication, which attracted 27 citations following its 2019 publication. His investigations into tensile strength of multiplane-printed specimens provide critical mechanical validation for these novel printing approaches, bridging theoretical innovation with practical engineering performance. Additionally, his algorithm development for generating 3D lattice structures tailored to multi-plane platforms demonstrates a holistic approach to solving fabrication challenges. With over 100 cumulative citations, Ishak's research has meaningfully advanced the field of next-generation additive manufacturing.