Embedded and IoT System Prototyping

The EPIC Lab’s research on embedded and IoT system prototyping explores how intelligent, resource‑efficient, and application‑driven embedded platforms can transform capabilities across diverse real‑world domains. This work emphasizes rapid design, integration, and deployment of hardware–software systems that enhance autonomy, sensing, control, and user interaction. Over the years, the lab has developed a wide range of functional prototypes—including Kinect‑enabled reconnaissance drones, sensor‑rich mobile robots for emergency response and landmine detection, FPGA‑based interactive learning tools, distributed microcontroller systems for industrial automation, solar‑powered computing platforms, smartphone‑controlled security systems, smart home and automotive automation solutions, and wearable devices built with lightweight, networked electronics. Collectively, these efforts demonstrate a hands‑on, interdisciplinary approach to embedded innovation, showcasing how modern IoT and embedded technologies can be rapidly prototyped to address societal needs, improve automation, and enable intelligent behavior in next‑generation cyber‑physical systems.