Papers
3
Total Citations
20
H-Index
3
About
David Rostoucher is a researcher specializing in microassembly, microrobotics, and precision manipulation for 3D microsystems packaging. His work addresses critical challenges in handling ultra-thin and fragile components, particularly for advanced semiconductor stacking and integration. Rostoucher’s major contributions include pioneering the use of capillary self-alignment combined with robotic handling to enable high-accuracy, high-throughput assembly of ultra-thin dies—a technique that overcomes the limitations of traditional machine vision approaches. He also developed a novel integrated microforce measurement system for plane-plane contact research, filling a gap in experimental tools that previously forced reliance on theoretical models or simulations. This system, integrating atomic force microscope (AFM) technology with parallel robotics, allows direct measurement of adhesion forces between planar micro-objects. His work on kinematics parameter estimation further refined the precision of these hybrid AFM-robot systems. While his most-cited papers have accumulated modest citation counts (9, 8, and 3 citations respectively), they represent foundational contributions to niche but industrially relevant areas of microassembly and force sensing. Rostoucher’s research is particularly notable for bridging the gap between theoretical microcontact mechanics and practical robotic manipulation, offering solutions directly applicable to the manufacturing of next-generation 3D microsystems.
Research Focus
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Top Papers
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