PiezoMEMS 2027 invites contributions from industry, research organizations and academia on original work, technology developments and application-driven results related to PiezoMEMS. Both oral and poster contributions are planned.
Important Dates
Abstract submission deadline: November 08, 2026
There will be no conference proceedings, special journal issue, or similar publication.
Topics of Interest
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Path from R&D to Industrialization
- MEMS-based solutions and use-case creation.
- Commercialization enablers, services and business models.
- Scalability of production for PiezoMEMS technologies.
- Materials, design tools and platforms, and technology enablers.
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Reliability & Quality of PiezoMEMS
- Failure mechanisms of PiezoMEMS, modeling and characterization.
- Materials for MEMS reliability and rugged device design.
- Product and system design for reliability.
- Quality control methods.
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Manufacturing Technologies
- Tools and technologies for thin-film piezoelectric and PiezoMEMS fabrication processing.
- Technologies for co-existence of processes and contamination containment.
- Piezoelectric MEMS process platforms.
- Polarization control of piezoelectric materials with focus on MEMS applications.
- Ultra-thin piezo and ferroelectrics, magnetoelectrics, multiferroics, and piezo control of semiconductors for MEMS.
- Flexible, organic and other non-conventional piezoelectric materials.
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Emerging Devices, Materials & Applications
- Emerging applications of piezoelectric materials and devices, including multimodal sensors, photonic and piezoelectric hybrids, quantum devices and systems, and bioelectronics sensing.
- Focused applications: biomedical imaging, timing devices, acoustic wave sensors, RF front-end modules, and PiezoMEMS technologies and devices to realize them.
- Metrology and characterization of materials and devices.
- Novel design methodologies, with focus on design for manufacturability and reliability/yield.
- Theory, simulation and modeling tools of materials and devices, including productivity/PDK tools.
- Priority topics: model validation, calibration and scalability; reliability, yield and DFM.
Submission Requirements
- Abstract length: 1 page, including references
- Figures / graphics: up to 1/2 additional page, 1-4 figures
- Abstracts should clearly communicate the novelty, technical or industrial relevance, key results and conclusions.
- Submissions should present results and conclusions, not only project intentions.
- Submissions will be reviewed by the Technical Program Committee based on quality, originality and relevance to the workshop scope.
- At least one author of each accepted contribution must register and present on site.
- The Technical Program Committee will assign the presentation format (oral or poster).