Sensorization is enabling increasingly smart devices that span mass-market consumer products to niche medical equipment and everything in between. MEMS technology is at
Event Details
Sensorization is enabling increasingly smart devices that span mass-market consumer products to niche medical equipment and everything in between. MEMS technology is at the center of this groundswell, presenting new revenue opportunities to companies of all sizes.
As companies seek to surpass performance and manufacturing limits of 1990s-era capacitive MEMS devices, a new generation of commercial MEMS devices that use piezoelectric thin films is emerging. The global piezoelectric MEMS market is forecast to hit USD 1.9B by 2031, exhibiting a 10-year CAGR of 24%*.
The benefits of piezoelectric thin films, particularly lead zirconate titanate (PZT), is the new foundation for high-growth MEMS products like micro speakers and microphones, gas sensors, image stabilizers, and ultrasonic transducers.
As a MEMS product development firm that has been advancing technology to market for two decades, AMFitzgerald is opening new paths for commercialization of PZT MEMS in alliance with Japanese foundry service MEMS Infinity. Together, AMFitzgerald and MEMS Infinity offer an integrated design-to-production service that expedites the commercialization of thin-film PZT MEMS chips. This complete solution for PZT MEMS combines design-for-manufacturing with production-proven processes from day one to fast-track customers to market.
Participants in this webinar will learn:
• What’s driving the adoption of PZT MEMS
• Why access to PZT MEMS manufacturing is especially important for early-stage development and low- to medium-level production.
• How North American companies can now access the highest-quality PZT thin films by engaging with an experienced product development firm and a top MEMS foundry
* Piezoelectric MEMS Market Size, Share, Growth, and Industry Analysis. Business Research Insights, 2023
Guest Presenter
Andrew O. Fung, Ph.D., Director of Business Development
Dr. Fung advances technology development agendas for MEMS-enabled microsystems. He has 20 years of multinational experience in industry teams and academic research, with broad awareness of integrated microsystems. His track record covers community building, technology innovation, collaborative research, fundraising, and mentorship. Prior to joining AMFitzgerald, Dr. Fung was Team Leader of MEMS, Nanofabrication, and Integration at CMC Microsystems. Dr. Fung received his B.A.Sc. in Electrical Engineering from University of Waterloo and Ph.D. in Biomedical Engineering from University of California, Los Angeles.
This webinar demonstrates the use of cloud computing and the Domain Decomposition Method (DDM) for fast and scalable MEMS simulations using Quanscient Allsolve.
Event Details
This webinar demonstrates the use of cloud computing and the Domain Decomposition Method (DDM) for fast and scalable MEMS simulations using Quanscient Allsolve.
The key demonstration, walked through step-by-step by Dr. Alexandre Halbach, CTO and co-founder of Quanscient, is a large-scale simulation of a 15×15 PMUT array with 30+ million unknowns solved live in less than 4 minutes.
This webinar will highlight Quanscient Allsolve’s capabilities, presenting cloud computing and DDM as transformative solutions in the field of MEMS simulations.
Speaker bio:
Dr. Alexandre Halbach is the CTO and co-founder of Quanscient. He is the author of the widely recognized multiphysics algorithm library Sparselizard and has years of experience with MEMS design at IMEC.
