S. S1. Lab-on-a-chip (LoC) and MicroTASS. S2. Biosensors and Biomedical DevicesS. S3. In-body IoT Sensing Technology, Electroceuticals and Neural InterfacesS. S4. Nanophotonics and MetasurfaceS. S5. Acoustic, RF, THz Metamaterials and AI-Enabled MetamaterialsS. S6. Neuromorphic Computing, In-Memory Computing and ApplicationsS. S7. Photonics Integrated Circuits (PIC) and Novel MaterialsS. S8. Enabling Technology for Photonic Neural Networks (PNN) and ApplicationsS. S9. In-Sensor Computing and Enabling Technology for Edge ComputingS. S10. MEMS/NEMS SensorsS. S11. Semiconductor Sensors, Photodetectors and CMOS MEMSS. S12. Piezoelectric MEMS and Resonators – FBAR, SAW, pMUTS. S13. Piezoelectric Transducers and Energy HarvestersS. S14. Ferroelectric / Perovskite / 2D Materials Thin Film and ApplicationsS. S15. Gas Sensors and ChemosensorsS. S16. Triboelectric Nanogenerators and Self-powered SensorsS. S17. Energy Harvesting Technology and ApplicationsS. S18. Flexible, Stretchable and Wearable SensorsS. S19. Wearable AI SensorsS. S20. AI-enhanced Tactile Sensors and e-SkinS. S21. Haptic Technology and ApplicationsS. S22. Advanced Sensors for Robots and Autonomous SystemsS. S23. Intelligent Sensors and AI-Enhanced HumanoidsS. S24. Enabling Technology for Digital Twin, Metaverse, and Smart Sensing SystemsS. S25. AIoT Technology and ApplicationsS. S26. Sensors for Applications in Agriculture, Aquaculture, Food Technology (A2FT) and Harsh EnvironmentS. S27. Industry Forum and Commercialization of Sensors and TransducersS. S28. Regular Symposium