Our laboratory brings together expertise in embedded systems, image processing, computer vision, and integrated circuit (IC) design to create intelligent solutions for real-world challenges. We specialize in microscopy and plant phenotyping, blood cell and mosquito species classification, and dangerous object detection in X-ray images. Beyond imaging, our research extends to smart devices, smart grids, renewable energy, and energy management systems (EMS), integrating AI and data-driven approaches with weather forecasting to support sustainability and resilient infrastructures. In the area of IC design, we focus on developing high-performance, energy-efficient architectures and mixed-signal systems that complement our embedded platforms. Our work includes sensor interface circuits, low-power signal processing, and hardware accelerators for AI and image processing applications. By combining advanced AI, embedded systems, and circuit design innovation with practical applications in health, agriculture, security, and energy, the lab drives progress at the intersection of technology and societal impact.