• 09:00 – 09:40

MEMS Panel Discussion

Moderator
Dimitrios Damianos Ph.D. photo

Dimitrios Damianos Ph.D.

Project Manager, Consulting Services Division

Yole Intelligence

Yole Intelligence

Dimitrios Damianos, Ph.D., is a Project Manager in the Consulting Services Division at Yole Intelligence, part of Yole Group.

He manages transverse consulting projects, ensuring their quality and maintaining long term relationships with key accounts within the semiconductor industry.

Dimitrios has been with Yole since 2018, evolving through various analyst/consultant roles and is the author of numerous technical, business and market analyses covering imaging, sensing and photonics while actively played a key role in the expansion of Yole’s market & technical knowledge and the development of strategic projects.

Dimitrios holds a BSc in Physics and MSc in Photonics, as well as a PhD. in optics & microelectronics.

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Yole Group is an international company recognized for its expertise in the analysis of markets, technological developments, and supply chains, as well as the strategy of key players in the semiconductor, photonics, and electronics sectors.

With Yole Intelligence, Yole SystemPlus and Piséo, the group publishes market, technology, performance, reverse engineering and costing analyses and provides consulting services in strategic marketing and technology analysis. The Yole Group Finance division also offers due diligence assistance and supports companies with mergers and acquisitions.

Yole Group benefits from an international sales network. The company now employs more than 180+ people.

More information on www.yolegroup.com.

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Panelist
Anton Hofmeister photo

Anton Hofmeister

Group Vice President – General Manager R&D and Strategy

STMicroelectronics

STMicroelectronics

Anton Hofmeister is Group Vice President and General Manager of R&D and Strategy for ST’s Analog and MEMS Sub-Groups and has held this position since December 2021. He has also served as Managing Director of ST’s German subsidiary since 2016.

Hofmeister joined Thomson Semiconductors (a predecessor company to STMicroelectronics) as a marketing engineer in 1986. He subsequently held management positions in product marketing, key account management, and corporate strategic marketing.

In 1997, Hofmeister was appointed Director of a System R&D team in San Diego, USA, and became Director of the Print Head Business Unit in 2000. In 2005, he was appointed General Manager of the Microfluidics Division and has broadened his responsibility with the MEMS Microactuator Division in 2015, managing ST’s Fluidic MEMS products and MEMS components used in a variety of applications in Consumer Electronics, Industrial, Medical, and Printing markets.

Hofmeister has previously served as a board member of the Singapore-based Molecular Diagnostics company Veredus Laboratories. In August 2021 he joined the Governing Council of the MEMS&Sensor Industry Group (MSIG) at SEMI.

Anton Hofmeister was born in Munich in 1961 and he graduated with a Master’s degree in Engineering from the University of Munich.

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At ST, we are over 50,000 creators and makers of semiconductor technologies mastering the semiconductor supply chain with state-of-the-art manufacturing facilities. An integrated device manufacturer, we work with more than 200,000 customers and thousands of partners to design and build products, solutions, and ecosystems that address their challenges and opportunities, and the need to support a more sustainable world. Our technologies enable smarter mobility, more efficient power and energy management, and the wide-scale deployment of the Internet of Things and connectivity. We are committed to achieving our goal of becoming carbon neutral by 2027. Further information can be found at www.st.com.

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Panelist
Dr. Gunar Lorenz photo

Dr. Gunar Lorenz

Sr Director Technical Marketing and Application Engineering for Consumer Sensors

Infineon Technologies AG

Infineon Technologies AG

Dr. Gunar Lorenz is currently heading the technical marketing and application engineering for consumer sensors at Infineon Technologies. Gunar joined Infineon in 2016 as system project manager responsible for Infineon’s first open market MEMS microphone. Prior joining to Infineon he worked as director of system-level simulation at Coventor, where he and his group invented and developed Coventor’s MEMS/IC co-simulation design environment MEMS+. The original ideas for MEMS+ are embodied in his PhD carried out at Robert Bosch R&D Center in 1999. Gunar graduated in mechanical engineering at the TU Braunschweig in Germany and received his PHD in electrical engineering from the TU Bremen in 1999.

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Here at Infineon, we combine entrepreneurial success with responsible action to make life easier, safer, and greener. Barely visible, semiconductors have become an indispensable part of everyday life. We play a key role in shaping a better future – with microelectronics that link the real and the digital world. Our semiconductors enable efficient energy management, smart mobility, as well as secure, seamless communications in an increasingly connected world. Infineon designs, develops, manufactures and markets a broad range of semiconductors and system solutions. The focus of its activities is on automotive and industrial electronics, communication and information technologies, IoT, sensor technology and security. The product range comprises standard components, software, customer-specific solutions for devices and systems, as well as specific components for digital, analog, and mixed-signal applications.

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Panelist
Dr. Stefan Majoni photo

Dr. Stefan Majoni

Director Foundry MEMS

Bosch Sensortec

Bosch Sensortec

Stefan Majoni studied chemistry in Hannover and completed his PhD in solid state physical chemistry in 1994

He developed semiconductor lithography processes for DRAMs with IBM and ASICs with Philips.

Since 2005, he joins the Bosch MEMS team in several management positions, primarily in development and partly in production.

Stefan currently drives MEMS foundry service as director for Bosch.

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Bosch Sensortec GmbH, a fully owned subsidiary of Robert Bosch GmbH, develops and markets a wide portfolio of microelectromechanical systems (MEMS) sensors and solutions tailored for smartphones, tablets, wearables and hearables, AR/VR devices, drones, robots, smart home and IoT (Internet of Things) applications. The product portfolio includes 3-axis accelerometers, gyroscopes and magnetometers, integrated 6- and 9-axis sensors, smart sensors, barometric pressure sensors, humidity sensors, gas sensors, optical microsystems, acoustic microsystems and comprehensive software. Since its foundation in 2005, Bosch Sensortec has emerged as the MEMS technology leader in the markets it addresses. Bosch has been both a pioneer and a global market leader in the MEMS sensor segment since 1995 and has, to date, sold more than 15 billion MEMS sensors.

The Bosch Group is a leading global supplier of technology and services. It employs roughly 402,600 associates worldwide (as of December 31, 2021). According to preliminary figures, the company generated sales of 78.7 billion euros in 2021. Its operations are divided into four business sectors: Mobility Solutions, Industrial Technology, Consumer Goods, and Energy and Building Technology.

As a leading IoT provider, Bosch offers innovative solutions for smart homes, Industry 4.0, and connected mobility. Bosch is pursuing a vision of mobility that is sustainable, safe, and exciting. It uses its expertise in sensor technology, software, and services, as well as its own IoT cloud, to offer its customers connected, cross-domain solutions from a single source. The Bosch Group’s strategic objective is to facilitate connected living with products and solutions that either contain artificial intelligence (AI) or have been developed or manufactured with its help. Bosch improves quality of life worldwide with products and services that are innovative and spark enthusiasm. In short, Bosch creates technology that is “Invented for life.” The Bosch Group comprises Robert Bosch GmbH and its roughly 440 subsidiary and regional companies in 60 countries. Including sales and service partners, Bosch’s global manufacturing, engineering, and sales network covers nearly every country in the world. The basis for the company’s future growth is its innovative strength. Bosch employs some 76,100 associates in research and development, as well as roughly 38,000 software engineers.

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Panelist
Adrian Arcedera photo

Adrian Arcedera

SVP MEMS and Sensor Products

Amkor Technology, Inc.

Amkor Technology, Inc.

Adrian joined Amkor in 1997, and is currently Sr VP for Memory, MEMS and Sensor Business Unit, responsible for the business and platform development for Memory, MEMS & Sensor Products. He has served in various leadership positions in Amkor’s chip scale products, including leading the platform development for Amkor’s ChipArray® package. He has authored multiple technical papers and has been granted multiple US Patents. He holds a degree in chemical engineering from the University of the Philippines.

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As one of the world’s largest providers of high-quality semiconductor packaging and test services, Amkor has helped define and advance the technology landscape.

We deliver innovative solutions and believe in partnering with our customers to bring 5G, AI, Automotive, Communications, Computing, Consumer, IoT, Industrial and Networking products to market.

As a truly global supplier, Amkor has manufacturing and test capabilities as well as product development and support offices in Asia, Europe and the US.

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  • 09:39 –

AR/VR, Optics and Automotive Session

  • 09:40 – 10:00

How do MEMS start-ups play in the big pond of AR/VR world?

The AR/VR market is considered to be a pivot market for the CE industry. It is a big pond, crowded by the strongest players in the world, with very deep pockets, and a lot of technological gaps to bridge, in order to bringing a viable product to the market. Among the missing parts to bridge is a display engine. One of the promising technologies for such a display engine is Laser beam Scanning, based on MEMS scanning mirrors. This technology is not new, however it had never met the needed requirements for the market in terms of performance, size and maturity. It is happened that most of dominant LBS players are start-ups, and also fabless. How do MEMS start-ups play in this big pond? What is the synergism between the big players and the start-ups? Could a fabless mode work for these start-ups? My talk will focus on all of these questions, with specific example for our day to day challenges at Maradin.

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Matan Naftali photo

Matan Naftali

CEO

Maradin

Years of experience from the working floor of MEMS manufacturing to managing an extraordinary development team. Matan worked at SCD Israel and founded IMH which he sold in 2013. Matan holds tens of patents & publications in the MEMS area. He received his B.Sc. and M.Sc. in Mechanical Engineering, and MBA, from the Technion, Israel.

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Maradin Ltd. provides one of the world’s most advanced Laser Beam Scanning (LBS) solutions, serving as core components for AR/VR and automotive displays.

Founded in 2008, Maradin is privately held, with headquarters and a design center in Israel. Maradin operates in a fabless mode, with a comprehensive patent portfolio.

As of today, Maradin has development agreements with Automotive Tier#1 companies and consumer market leaders, looking to position itself as leaders in these emerging markets.

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Maradin
  • 10:00 – 10:20

How Optotune’s Products for Dynamic Light Control Benefit AR/VR Applications

In this presentation I will introduce Optotune’ s key technologies for dynamic light control. These include liquid lenses, pixel shifters, beam-steering mirrors and laser speckle reducers. I will give an overview in which markets and applications our products are currently being used. Key issues of liquid lenses such as thermal drift, gravity coma and lack of suitable AR coatings are addressed, and solutions presented.

In the second part I will present how our products and technologies can benefit the emerging AR/VR market by presenting different use cases such as wobulation/super-resolution in display engines, vergence accommodation in AR, FOV expansion and de-speckling of laser-based light engines.

Dr. David Leuenberger photo

Dr. David Leuenberger

Head of Product Management

Optotune

David Leuenberger received his M. Sc. Degree in Physics from the University of Bern in 2000 and got his PhD from Ecole Polytechnique Federal de Lausanne (EPFL) in the field of photonic crystals in 2004. In 2013 he obtained his MBA degree from Heriot-Watt University Edinburgh Business School (EBS). He currently works as Head of Product Management at Optotune. He is interested in the technical and commercial aspects of liquid lenses and optical actuators for various markets ranging from Medical to AR/VR and Automotive.

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Optotune develops and manufactures industry shaping active optical components that allow customers around the globe to innovate. Founded in 2008, we started out with our core technology of focus tunable lenses, which was inspired by the working principle of the human eye. Laser speckle reducers, 2D mirrors, tunable prisms and beam shifters are further additions to our product line. Thanks to our deep understanding of optics and mechanics and our passion for technology, Optotune is your ideal partner when it comes to solving challenges where conventional optics fail.

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Optotune
  • 10:20 – 11:20

Networking Break, Coffee & Business Meetings

  • 11:20 – 11:40

Laser Beam Scanner Projection Displays For Consumer AR Glasses – Key MEMS Design Considerations.

TriLite has developed the world’s smallest, lightest, and brightest laser beam scanner (LBS) designed for high-volume consumer AR applications, to enable everyone to enjoy augmented vision as lightweight, comfortable, and stylish as the eyewear of today. Our ultra-compact Trixel® 3 optical display engine is <1 cm3 volume and weighs <1.5g. It combines TriLite’s miniature and lightweight laser beam scanner (LBS), all optical components, and a single 2D MEMS mirror. Key to our design philosophy for the Trixel 3 is to use standard components as far as possible – for example, laser diodes, optical components, and specifically, the MEMS mirror. For us, the selection of MEMS must stand out in terms of performance, size, yield, energy consumption and system costs. This ensures that we achieve an LBS scanner for AR that meets consumer challenges and OEM requirements.

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Dr. Manuel Dorfmeister photo

Dr. Manuel Dorfmeister

Head of MEMS and e-Software department

TriLite

Dr. Manuel Dorfmeister is an expert in microelectromechanical systems, having a PHD in Piezoelectric MEMS development from the Technical University of Vienna, as well as numerous patents registered and papers published. In 2019 Manuel joined TriLite as a research and development engineer, focusing on MEMS mirror driving and automatic calibration. In 2021 he was appointed Head of the MEMS & e-Software department leading a team of experts in designing the System Architecture, machine learning-based calibration, and firmware development of Trixel® 3, the world’s smallest LBS projection display for Augmented Reality mass market devices. Manuel leads the TriLite design and development of software-defined LBS displays, which shifts complexity from the hardware into the software domain.

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TriLite designs and builds the world’s smallest projection display solutions so that everyone can enjoy augmented vision as lightweight as the eyewear of today. TriLite’s display solutions are based on proprietary, multi-parameter algorithms and deploy advanced machine learning algorithms to generate laser beam scanning devices with unprecedented size, weight and image quality. The ultra-compact Trixel® 3 laser beam scanner (LBS) has been designed from the ground up for mass-manufacturing and is fully compatible to state-of-the-art waveguides without requiring any relay optics. An outstanding team of multidisciplinary researchers and manufacturing experts stands behind TriLite’s multiple-patented technology. TriLite enables its customers to accelerate the availability of leading-edge display solutions for mass market Augmented Reality applications.

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TriLite
  • 11:40 – 12:00

Using MEMS and optics to create a unique solution for present and future applications

poLight has developed the TLens®, tunable focusing lens enabled by specific MEMS structure. In collaboration with STMicrolectronics, the first MOEMS TLens has been put in mass production. It has been adopted in many different products such as mobile cameras and other consumer products, as well as industrial and medical applications. The technology has the potential to be used in automotive devices for which reliability are more demanding. poLight will present its current TLens MEMS structure as well as new product concept like the TWedge® which will be key for emerging applications such as AR-VR.

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Jon Edwards photo

Jon Edwards

VP Business Development

PoLight ASA

Jon is VP of Business Development at poLight. He has spent his career in the camera module industry, working for companies such as Cambridge Mechatronics, Optotune, Sony, STMicro and CMOS Image sensor pioneer VLSI Vision. He holds a Degree in Electronic Engineering from the University of Edinburgh.

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poLight ASA offers a patented, proprietary tunable optics technology, starting with its first product, TLens® which replicates “the human eye” experience in autofocus cameras used in devices such as smartphones, wearables, barcode scanners, machine vision systems and various medical equipment. poLight’s TLens® enables better system performance and new user experiences due to benefits such as extremely fast focus, small footprint, no magnetic interference, low power consumption and constant field of view. poLight is based in Horten, Norway, with employees in Finland, France, UK, US, China, Taiwan, and Philippines.

For more information, please visit https://www.polight.com

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PoLight ASA
  • 12:00 – 12:20

Transforming the Sensor Market through a New Topology for MEMS

MEMS technology has become an integral part of our daily lives, enhancing the safety of our vehicles, empowering our smartphones with advanced sensing capabilities, and paving the way for groundbreaking AR/VR experiences. However, in recent years, fundamental innovation in the field of MEMS has been limited. This presents a prime opportunity for disruption, and Omnitron has risen to the challenge by introducing a revolutionary “New Topology for MEMS” that delivers an order of magnitude improvement in actuation power and sensitivity, heralding a new era in MEMS technology.

Leveraging a clever rearrangement in silicon processing techniques and a novel packaging methodology, Omnitron’s “New Topology for MEMS” offers a 10x improvement in capacitance per unit area, 5x deeper trenches, and a batch-level pretilt offset. On top of that, this topology, which has been proven through fabrication, is a scalable, cost-effective, and high-performance solution for the mass production of advanced sensors.

The speaker will elucidate the significance of this innovative topology by showcasing a 15mm MEMS step-scanning mirror designed for long-range LiDAR applications. This mirror provides a Figure of Merit (FOM) 5x better than any other MEMS mirror on the market.

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Eric Aguilar photo

Eric Aguilar

CEO

Omnitron Sensors

Eric Aguilar is co-founder and CEO of Omnitron Sensors. An award-winning entrepreneur, Eric is a recognized leader in Silicon Valley in the field of innovative sensor systems, particularly in relation to robotics and autonomous platforms.

Eric began his professional career at U.S. Navy Research Labs, where he built sensors that were fundamental to unlocking autonomous flight and other advanced capabilities in drones. He then joined a startup company that licensed Navy IP to build a revolutionary sensor that captured the attention of Google, which later acquired the company for U.S.$85M.

Eric then transitioned to developing autonomous systems. As an avionics lead at Google X Project Wing, his work enabled autonomous flight for the Project’s commercial delivery drones. After moving to Tesla—where he led a team of 300 engineers—he focused on the firmware integration efforts for Model 3, allowing for autopilot and high-volume production. Just prior to Omnitron, Eric led the sensor integration efforts for a fleet of robo-taxis at Argo AI, a self-driving company funded by Ford and VW. He is a former board member of Ascent Robotics.

Eric holds an engineering degree from California State Polytechnic University.

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Omnitron Sensors is rewriting the script on building high-performance low-cost sensors for the world of tomorrow. Leveraging its executive team’s extensive experience designing, fabricating, and using MEMS sensors, Omnitron has developed a “new topology for MEMS” that addresses some of the most pressing pain points in MEMS manufacturing.

Featuring the clever arrangement of silicon process steps and a new packaging method, Omnitron’s topology significantly improves performance to produce robust, rugged, reliable, repeatable, and low-cost MEMS sensors in high volumes by leveraging commercial MEMS foundries.

The company’s first proof point of its new topology for MEMS is a large, robust, low-cost, MEMS scanning mirror for long-range LiDAR.

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Omnitron Sensors
  • 12:20 – 13:35

Buffet Lunch

MEMS and Sensors in our Environment

  • 13:35 – 13:55

A IoT Based Solution for Gas Leak Map

An innovative solution able to provide real-time gas leak maps for gas network and industrial sites will be presented. This solution is being developed in collaboration by eLichens (a gas sensor leader), CEA LETI (a world-wide level research institute) and GRDF (the French gas distributor leader) and its ambition is to develop:

  • A low cost 10-ppm sensor for CH4 detection
  • A connected station that includes this sensor and allows remote monitoring of gas leak through a web interface
  • A gas leak map computed from a network of connected stations deployed on an industrial site.

This solution will be low cost, easy to deploy and will provide real time monitoring. It will detect gas leaks in real time either continuous or temporary (related to some process or conditions).

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Pierre Jallon photo

Pierre Jallon

CTO

eLichens

Pierre Jallon is the CTO of eLichens. He joined eLichens in 2019 and is responsible of the technology development, IP management, product roadmap and prototyping. He is in particular in charge of the development of the gas leak identification offering for eLichens, from prototyping the solution up to market analysis and strategic positioning of the product. Prior to join eLichens, Pierre has been working with CEA LETI as lab manager in health department and in the field of wearable technology. Pierre used to be part of the scientific staff of CEA LETI, he holds a PhD in signal processing and a MBA with a specialization in innovation management.

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eLichens is a based in Grenoble and develop innovative solution based on gas sensors for the industrial safety and the leak detection and repair markets. The offering includes gas sensors, connected stations for remote monitoring of gas leaks and data viewer and analytics to manage networks of these stations, quantify and locate leaks. These solutions are based on unique MEMs based IR emitter that has been developed in partnership with CEA LETI and protected by more than 55 patents. eLichens has successfully produced and sold ten of thousands of sensors in the industrial safety market. eLichens is now extending its offering with a new innovative sensor – called 1 ppm sensor – designed for the leak detection applications on industrial and biomethane sites.

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eLichens

Research Institutes & Start Ups

  • 13:55 – 14:15

Going Vertical With MEMS: Unfolding System-Level Development Of Scanning Micromirror Technologies

Being a top European research center for electronic based systems, Silicon Austria Labs (SAL) offers cooperative research in the pioneering areas of Microsystems, Sensor Systems, Intelligent Wireless Systems, Power Electronics and Embedded Systems. SAL connects key industrial and scientific players for the appli­ca­tion-oriented re­search along the value chain. It accelerates the processes from idea to innovation within the major market tendencies on the global arena.

In his presentation, Dr. Mohssen Moridi, Head of Research Division Microsystems, will discuss the system-level development of scanning micromirror technologies with focus on MEMS-based vertical integration, from initial concept to applied demonstrator. Metasurfaces, passivation coating, embedded AI algorithms and ASIC integration will be outlined as added functionalities.

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Dr. Mohssen Moridi photo

Dr. Mohssen Moridi

Head of Research Division Microsystems

SAL

Mohssen Moridi received the master’s and Ph.D. degrees in microtechnology from École Polytechnique Fédérale de Lausanne (EPFL) in Switzerland. After finishing his PhD he had several research positions in Switzerland. In 2016 he moved to Austria as a head of Microsystem division at CTR AG to establish a MEMS department and to manage a new cleanroom dedicated to industrial R&D. Since 2019 he is a part of Silicon Austria Labs and recently became the Head of Research Division Microsystems. He is currently managing more than 40 researchers with the focus on Thin Film Technologies, Integrated Photonics, Magnetic and Piezoelectric Microsystems. Mohssen has more than 20 years of experience in development of MEMS devices.

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Silicon Austria Labs (SAL) has been founded to be a top Euro­pean re­search center for elec­tronic-based systems. In the network of science and economy, we carry out re­search at a global level and create the basis of ground­breaking prod­ucts and processes.

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SAL
  • 14:15 – 14:35

StethX Acoustic Wearable Patch for Monitoring and Diagnosis of Cardio-Pulmonary Conditions

Cardiovascular and respiratory diseases are significant public health issues affecting millions of individuals globally and burdening healthcare systems tremendously. StethX has developed a smart, easy-to-use and low-profile wearable patch for accurate detection, analysis and quantification of heart sounds and respiratory abnormalities by capturing mechano-acoustic signals emanated from heart and lung. In this talk, an overview of the capabilities of the patch for longitudinal monitoring and at-home use will be discussed and the latest clinical results from the patch will be presented.

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Farrokh Ayazi photo

Farrokh Ayazi

Founder & CEO

StethX Microsystems

Farrokh Ayazi is the Founder and CEO of StethX Microsystems, a spin-off of the Georgia Tech Integrated MEMS Laboratory that is commercializing advanced wearable patches for cardiopulmonary applications. He received the B.S. degree from the University of Tehran, Iran, in 1994, and the M.S. and Ph.D. degrees from the University of Michigan, Ann Arbor, in 1997 and 2000, respectively, all in electrical engineering. Dr. Ayazi is the Regents Entrepreneur and Ken Byers Professor in Microsystems at the Georgia Institute of Technology, where his main research interest lies in the area of integrated Micro/Nano-Electro-Mechanical-Systems (MEMS and NEMS), with a focus on high-Q acoustic resonators and advanced inertial sensors. Dr. Ayazi was the co-founder and CTO of Qualtré, a spin-out of his research laboratory that commercialized bulk acoustic wave silicon gyroscopes for high precision applications, which was acquired by Panasonic in 2016. Dr. Ayazi is a fellow of the IEEE, has authored over 300 refereed technical and scientific articles, and holds more than 60 patents. He was the general chair of the IEEE Micro-Electro-Mechanical-Systems conference in 2014, held in San Francisco, CA.

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StethX is a start-up company located in Atlanta, GA commercializing a proprietary wearable sensor technology that enables remote and long-term monitoring of cardio-pulmonary conditions with high fidelity.

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StethX Microsystems
  • 14:35 – 15:05

Networking Break, Coffee and Business Meetings

  • 15:05 – 15:25

Si Schottky Photodiodes: New Horizons for Short Wavelength Infrared (SWIR) Sensing

Photodiodes for the short wavelength infrared range enable enhanced vision and imaging in terms of distance, ruggedness against atmospheric disturbance, and chemical analysis compared to the visible. The penetration of these sensor, which today are mainly used in defense and machine vision applications, into other market segments such as automotive, consumer, and biomedical, are hampered by economic and technical limitations of the established technologies (scalability, complexity, spectral range). The concept of Si Schottky photodiodes for infrared detection was actively pursued in the 1980s and 1990s and recently resumed to tackle today’s challenges.

Fraunhofer IPMS will give insights into its silicon-based Schottky photodiode technology. We will also discuss the impact of device structure on the performance and its unique features as a compelling alternative for opening up new horizons on the SWIR roadmap. This talk is aimed at researchers, engineers, and decision-makers interested in exploring new alternatives to conventional photodiodes and seeking a reliable development partner to support their innovation efforts in SWIR applications.

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Dr. Sandro Koch photo

Dr. Sandro Koch

Business Unit Manager Acoustic Sensors and Systems

Fraunhofer IPMS

Dr. Sandro Koch completed his physics studies at the Dresden and received his PhD in applied physics in 2015. He then joint Fraunhofer IPMS as a research scientist and held several research management positions focusing on MEMS-based acoustic and photonic sensors. Currently, Sandro Koch is working as business unit manager “Acoustic Sensors and Systems” on the development of MEMS modules in the audible and ultrasonic range and their transfer to industry.

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The Fraunhofer Institute for Photonic Microsystems IPMS in Dresden Germany is your access to know-how, expertise, and modern R&D infrastructure in the field of optical sensors and actuators, integrated circuits, microsystems (MEMS/MOEMS) and nanoelectronics. The Fraunhofer IPMS is one of 76 institutes of the Fraunhofer-Gesellschaft, the leading organization for applied research in Europe. Relying on more than 30,000 employees, the Fraunhofer-Gesellschaft has a research budget of 2.9 billion euros. Around 70 percent of this sum are generated through industrial commissions and publicly financed research projects.

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Fraunhofer IPMS
  • 15:25 – 15:45

MEMS Ultrasound Technology: More Than Medical Imaging

Micromachined Ultrasound Technology is primarily known for its use in medical ultrasound imaging. There are, however, many more applications of this technology, both in- and outside of the medical domain. We will show several applications for which MEMS technology is a differentiator, and the technology platforms i m e is developing for those applications.

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Erwin Hijzen photo

Erwin Hijzen

Program Director MEMS Ultrasound

imec

Erwin Hijzen received his PhD in Applied Physics from the Delft University of Technology. After that he has worked for Philips and NXP in the area of semiconductor technology, holding different R&D positions. He is currently working for IMEC, as director for the MEMS ultrasound program.

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Imec is a world-leading research and innovation center in nanoelectronics and digital technologies. Imec leverages its state-of-the-art R&D infrastructure and its team of more than 5,500 employees and top researchers, for R&D in advanced semiconductor and system scaling, silicon photonics, artificial intelligence, beyond 5G communications and sensing technologies, and in application domains such as health and life sciences, mobility, industry 4.0, agrofood, smart cities, sustainable energy, education, … Imec unites world-industry leaders across the semiconductor value chain, Flanders-based and international tech, pharma, medical and ICT companies, start-ups, and academia and knowledge centers. Imec is headquartered in Leuven (Belgium), and has research sites across Belgium, in the Netherlands and the USA, and representation in 3 continents. In 2021, imec’s revenue (P&L) totaled 732 million euro.

Further information on imec can be found at www.imec-int.com.

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imec

MEMS Market Outlook

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