The Internet of Things (IoT) Lab is an interdisciplinary hub dedicated to enabling the creation of innovative electronic prototypes and IoT solutions across a wide range of academic disciplines. The lab serves as a catalyst for research and development, supporting principal investigators (PIs), staff, and students in realizing their project goals through technological innovation.
Our lab integrates state-of-the-art resources and fosters interdisciplinary collaboration with key development spaces and departments across SMU. This unique ecosystem provides unparalleled access to the tools, expertise, and infrastructure necessary for pioneering research and prototype development. Key capabilities include:
MCU/CPU RISC programming: Efficient processing solutions tailored to IoT and embedded systems.
PLA Fabrication: Rapid additive manufacturing.
PCB Manufacturing: Expertise in both rigid and flexible printed circuit board (PCB) development, with surface-mount and through-hole component assembly.
Wireless and Wired Communication Systems: Advanced development and support for communication protocols such as Bluetooth Low Energy (BLE), I2C, UART, Wi-Fi, LTE, and Low Orbit Satellite technologies, ensuring seamless connectivity across IoT devices.
Remote Sensing & Data Processing: Enabling advanced sensing, data collection, storage, and real-time processing for IoT and other applications.
Electronics Prototyping:: Supporting rapid development cycles for new inventions and proof-of-concept models in various fields, from healthcare to the performing arts.
