Application Focus
PMUT (Piezoelectric Micromachined Ultrasonic Transducer)
- Winners announced at IUS 2026
- Global visibility within the ultrasonics community

Turn your PMUT concept into a working demo and present it on the global stage at IEEE International Ultrasonics Symposium (IUS) 2026 (4-8 Oct | Raleigh, NC).
The Lab-in-Fab PMUT Application Student Competition 2026 invites student teams worldwide to design and demonstrate a system-level PMUT application with measurable performance targets using PMUT devices provided by A*STAR IME. Selected teams will receive real hardware and funding support to build a functional demo, culminating in final evaluation and awards at IEEE International Ultrasonics Symposium 2026 (4-8 Oct | Raleigh, NC).
We are looking for applications that push integration, signal processing, packaging, or end-use performance in meaningful ways.
PMUT (Piezoelectric Micromachined Ultrasonic Transducer)
We invite student teams to propose a compelling PMUT application focused on:
Proposals should demonstrate technical clarity and feasibility, while showing originality in application integration.
Kit Distribution
A*STAR IME provides: PCB, PMUT chips (≥5 per team), Device manual, IEEE UFFC-S micro-grant onboarding begins
Submit a short proposal slide deck (few pages) using the official application template.
Required Submission Components:
Eligibility
Selection Criteria
Proposals will be evaluated based on:
Top 5 teams will proceed to the hardware build phase.
Proposals will be evaluated by technical representatives from A*STAR IME, STMicroelectronics (ST), and an IEEE UFFC-S AdCom member. To preserve the integrity and fairness of the competition, no individual who is part of a submitted proposal will serve on the review panel.
• IEEE UFFC-S

Lab-in-Fab is A*STAR IME’s translational R&D platform that embeds research capabilities directly within advanced fabrication environments. By operating in a fab-integrated setting, researchers and industry partners can accelerate process development, device prototyping, and technology validation under production-relevant conditions.
This model shortens the path from concept to manufacturable solution, enabling faster iteration, stronger industry collaboration, and seamless scale-up from research to high-volume manufacturing.