Teck Neng Wong
Papers
4
Total Citations
35
H-Index
3
About
Teck Neng Wong is a versatile researcher whose work spans microfluidics, smart construction materials, and advanced manufacturing technologies. His research bridges the microscale and the macroscale, tackling challenges from precision microrobotics to intelligent structural systems. Among his most recognized contributions is the development of moon-shaped magnetic microrobots fabricated through a novel one-step in-situ solidification process within microchannels. This elegant approach to producing asymmetrical Janus-structured microrobots — garnering 17 citations since 2023 — opens promising avenues in targeted drug delivery, controlled chemical reactions, and functional material synthesis. Wong has also made significant strides in smart infrastructure, pioneering robotic sprayable self-sensing cementitious materials for structural health monitoring, a contribution that has already attracted 12 citations within a year of publication. His investigations into 3D robotic spray parameters further refine the practical deployment of these sensing coatings for multifunctional smart concrete applications. More recently, Wong has turned his attention to autonomous quality control in 3D concrete printing, employing instance segmentation to enable in-process filament repair — pushing the boundaries of construction automation. Together, his body of work reflects a rare ability to innovate across scales and disciplines, making him a compelling figure in both materials engineering and advanced manufacturing research.
Research Focus
Key Achievements
Top Papers
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