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About

Chacko Jacob is a leading researcher in the field of micro-nanorobotics, specializing in the automated manipulation and assembly of nanomaterials. His work focuses on developing advanced robotic control systems for operation inside Scanning Electron Microscopes (SEMs), a critical environment for nanoscale fabrication and characterization. Jacob’s most significant contributions include pioneering path planning algorithms for micromanipulators and creating virtual feedback assistance systems that enable precise, automated nanohandling. His 2024 paper on "Path planning of micromanipulators inside an SEM and 3D nanomanipulation of CNTs for nanodevice construction" (6 citations) demonstrates a key breakthrough in constructing complex nanodevices from carbon nanotubes. Additionally, his 2021 work on an SEM image-guided feedback system (5 citations) addresses the critical challenge of automating complex robotic tasks to improve reliability and reduce user fatigue. Through these innovations, Jacob is advancing the practical application of nanorobotics, making the construction of next-generation nanoscale devices and sensors more efficient and reproducible.