For decades, sensors have acted as the “nervous system” of electronic devices — passively collecting motion and environmental data. Today, ST's MEMS sensors go far beyond data acquisition. They embed intelligence directly at the edge.
Join us for an in-depth exploration of the ST MEMS ecosystem, where integrated Machine Learning Core (MLC) and Intelligent Sensor Processing Unit (ISPU) technologies enable on-sensor processing. By offloading the microcontroller, these smart sensors reduce system power consumption, extend battery life, and simplify system architecture.
Whether you're designing asset tracking solutions, industrial monitoring systems, automotive safety applications, or premium wearable devices, this session will demonstrate how to move from raw data to actionable insight — directly within the silicon.
Learn how ST’s dual accelerometer structures (16 g and 256 g/320 g) uniquely address Hi-G applications to handle everything from subtle steps to extreme impacts in a single footprint. Featured devices include:
For industrial applications, we'll highlight:
These solutions enable condition monitoring, vibration analysis, predictive maintenance, and environmental sensing with long-term reliability.
The final segment focuses on implementation. See how MEMS Studio, ST’s unified no-code desktop environment, streamlines development by replacing fragmented legacy tools.
You'll see how to:
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Time
Content
8:00 - 9:00
Registration and system check for pre-installed tools
Kirby is a Product Marketing Staff Engineer at STMicroelectronics, supporting ST's MEMS sensors portfolio. He joined ST in 2005 and has supported a wide variety of products to ST customers in the USA & Canada. Prior to joining ST, Kirby was a Field Applications Engineer with ST’s distribution partners, and a project design engineer. He graduated from Purdue University with a BSEE.
Since joining STMicroelectronics in 2023, Shreya has developed strong expertise in wireless MCUs as a Wireless Application Engineer, supporting customers in developing and optimizing wireless applications. She now serves as a Product Technical Marketing Engineer in the MEMS Sensors division, where she focuses on positioning sensor products, enabling customer designs, and driving adoption across diverse markets.
ST MEMS and sensors cover a full spectrum of applications in the following markets:
