ULTRASENSE SYSTEMS CEO and leadership

Mo Maghsoudnia is an Advisor/Investor at Investor AB, VP:Technology & Worldwide Manufacturing at INVENSENSE INC, and VP:Worldwide Manufacturing at NETLOGIC MICROSYSTEMS INC and is based in San Jose, California. He has worked as Head of Wafer Fab & Operations at ANALOG DEVICES INC, VP:Manufacturing at NETLOGIC MICROSYSTEMS INC, and Director:Technology at NETLOGIC MICROSYSTEMS INC. Mozafar studied at Rochester Institute of Technology between 1983 and 1988 and Santa Clara University between 1988 and 1992.

Daniel Goehl is a Co-Founder and the Chief Business Officer at UltraSense Systems. He joined InvenSense in 2004 as the company’s Director of Business Development and became its Vice President of Sales in March 2007. Prior to joining InvenSense, Goehl held senior management positions and led sales and business development initiatives at start-up companies in the semiconductor and wireless technology markets such as Nazomi Communications, CSI Wireless, Meridian Wireless, and Omni Telecommunications. Goehl has a B.A. in Economics from the University of Illinois and attended Kansai Gaidai University in Osaka, Japan for International Business and Japanese language studies.

⁕Recipent of ISSCC best paper award (Lewis Winner Award for Outstanding Paper) in 2016.⁕Co-Recipent of IEEE MEMS best paper award in 2016.Hao-Yen Tang received his PhD degree from UC Berkeley with 10+ patents and 20+ papers published. Advised by Prof. Bernhard E. Boser, his PhD research, PMUT ultrasonic fingerprint sensor, convince InvenSense senior management to make a heavy investment to take this technology to mass market. At InvenSense he’s leading a multi-disciplinary system team for the next generation ultrasonic fingerprint sensor bringup, characterization and calibration, coordinating the works from different field including acoustic, MEMS, CMOS, FW, and SW. He also designed the core analog blocks in the product.Dr. Tang is the recipient of 2016 ISSCC Best Paper Award (Lewis Winner Award for Outstanding Paper), 2015 SSCS Pre-Doctoral Award and 2015 ADI Outstanding Student Designer Award.

I am currently a Ph.D. candidate in the Department of Mechanical Engineering at UC Berkeley majoring in MEMS and NANO with minors in IC Devices and Dynamics. I have been working on design, analysis, modeling, fabrication, and characterization, of Micro-Electro Mechanical sensors and actuators, including MEMS Resonator Gyroscopes and Piezoelectric Micromachined Ultrasonic Transducers (pMUT) as part of my Ph.D. research.

I have been working in Marvell Nanofabrication Lab since 2012 for process design and microfabrication of various MEMS transducers as part of my PhD.

My main focus in the recent years has been on theoretical modeling, FEA simulation, design, and fabrication of high efficiency CMOS-compatible pMUTs for implementation in low-power handheld/wearable ultrasound devices for various applications such as motions sensing, health monitoring, and therapy.

I am currently seeking for jobs in Semiconductor Industry, MEMS Engineering, IC Devices, Electro-mechanical Product Design, Sensing Systems, Testing & Characterization, Ultrasonic Systems, Medical Devices, and System Integration fields.

AREAS OF EXPERTISE:

● Micro-Electromechanical (MEMS) Devices

●Design, Modeling, and Analysis of Physical Sensors

● Microfabrication & Process Design

● Micro/Nano Sensors & Actuators

● III-V Materials

● Semiconductors Packaging and Metrology

● Acoustics and Ultrasonics

● Piezoelectric Transducers

● Magnetics and Ferroelectrics

● Ultrasonic Array Design

● Handheld Medical Ultrasonic Devices

● Ultrasonic Transducer Testing and Characterization

● Piezoelectric Micromachined Ultrasonic Transducers (pMUT)

● Elastic Wave Propagation

● Motion Sensing

● MEMS Resonator Gyroscopes and Filters

● IC Devices and Analog Integrated Circuits

● Design of Mechatronic systems

● Dynamics and Controls

● Mechanical Design and Automation

● FEA Simulation

● Machine Learning

Mo Maghsoudnia is an Advisor/Investor at Investor AB, VP:Technology & Worldwide Manufacturing at INVENSENSE INC, and VP:Worldwide Manufacturing at NETLOGIC MICROSYSTEMS INC and is based in San Jose, California. He has worked as Head of Wafer Fab & Operations at ANALOG DEVICES INC, VP:Manufacturing at NETLOGIC MICROSYSTEMS INC, and Director:Technology at NETLOGIC MICROSYSTEMS INC. Mozafar studied at Rochester Institute of Technology between 1983 and 1988 and Santa Clara University between 1988 and 1992.

Daniel Goehl is a Co-Founder and the Chief Business Officer at UltraSense Systems. He joined InvenSense in 2004 as the company’s Director of Business Development and became its Vice President of Sales in March 2007. Prior to joining InvenSense, Goehl held senior management positions and led sales and business development initiatives at start-up companies in the semiconductor and wireless technology markets such as Nazomi Communications, CSI Wireless, Meridian Wireless, and Omni Telecommunications. Goehl has a B.A. in Economics from the University of Illinois and attended Kansai Gaidai University in Osaka, Japan for International Business and Japanese language studies.

⁕Recipent of ISSCC best paper award (Lewis Winner Award for Outstanding Paper) in 2016.⁕Co-Recipent of IEEE MEMS best paper award in 2016.Hao-Yen Tang received his PhD degree from UC Berkeley with 10+ patents and 20+ papers published. Advised by Prof. Bernhard E. Boser, his PhD research, PMUT ultrasonic fingerprint sensor, convince InvenSense senior management to make a heavy investment to take this technology to mass market. At InvenSense he’s leading a multi-disciplinary system team for the next generation ultrasonic fingerprint sensor bringup, characterization and calibration, coordinating the works from different field including acoustic, MEMS, CMOS, FW, and SW. He also designed the core analog blocks in the product.Dr. Tang is the recipient of 2016 ISSCC Best Paper Award (Lewis Winner Award for Outstanding Paper), 2015 SSCS Pre-Doctoral Award and 2015 ADI Outstanding Student Designer Award.

I am currently a Ph.D. candidate in the Department of Mechanical Engineering at UC Berkeley majoring in MEMS and NANO with minors in IC Devices and Dynamics. I have been working on design, analysis, modeling, fabrication, and characterization, of Micro-Electro Mechanical sensors and actuators, including MEMS Resonator Gyroscopes and Piezoelectric Micromachined Ultrasonic Transducers (pMUT) as part of my Ph.D. research.

I have been working in Marvell Nanofabrication Lab since 2012 for process design and microfabrication of various MEMS transducers as part of my PhD.

My main focus in the recent years has been on theoretical modeling, FEA simulation, design, and fabrication of high efficiency CMOS-compatible pMUTs for implementation in low-power handheld/wearable ultrasound devices for various applications such as motions sensing, health monitoring, and therapy.

I am currently seeking for jobs in Semiconductor Industry, MEMS Engineering, IC Devices, Electro-mechanical Product Design, Sensing Systems, Testing & Characterization, Ultrasonic Systems, Medical Devices, and System Integration fields.

AREAS OF EXPERTISE:

● Micro-Electromechanical (MEMS) Devices

●Design, Modeling, and Analysis of Physical Sensors

● Microfabrication & Process Design

● Micro/Nano Sensors & Actuators

● III-V Materials

● Semiconductors Packaging and Metrology

● Acoustics and Ultrasonics

● Piezoelectric Transducers

● Magnetics and Ferroelectrics

● Ultrasonic Array Design

● Handheld Medical Ultrasonic Devices

● Ultrasonic Transducer Testing and Characterization

● Piezoelectric Micromachined Ultrasonic Transducers (pMUT)

● Elastic Wave Propagation

● Motion Sensing

● MEMS Resonator Gyroscopes and Filters

● IC Devices and Analog Integrated Circuits

● Design of Mechatronic systems

● Dynamics and Controls

● Mechanical Design and Automation

● FEA Simulation

● Machine Learning