Seminars

The BRain-Inspired Computing, Communication, and Security (BRICCS) Lab at Virginia Tech operates at the cutting edge of neuromorphic engineering, wireless systems, and hardware security. By bridging the gap between biological principles and silicon implementation, the lab is developing next-generation computing platforms that address the energy and latency bottlenecks of traditional von-Neumann architectures. With core research areas spanning AI chip design, memristor-based in-memory computing, and Spiking Neural Networks (SNNs), BRICCS is not only advancing theoretical frameworks but also deploying these technologies on specialized hardware like Intel’s Loihi-2 and high-performance FPGA testbeds.

The weekly seminar series serves as a vital forum for this interdisciplinary collaboration, bringing together researchers to explore the convergence of hardware efficiency and intelligent system design. Recent discussions have highlighted the integration of neuromorphic accelerators in 6G wireless networks, the development of resilient signal detection algorithms for MIMO-OFDM systems, and the implementation of energy-efficient edge devices. These sessions provide a platform for PhD students and guest experts to showcase breakthroughs in RTL optimization, neuromorphic sensing, and secure communication protocols, ensuring that the lab's innovations remain both academically rigorous and practically deployable.

Beyond technical deep dives, the seminar series fosters a community of innovation within the Virginia Tech Innovation Campus and the broader ECE department. It integrates outreach initiatives and professional development, preparing the next generation of engineers to tackle complex challenges in IoT reliability, autonomous driving, and hardware-level AI security. Whether analyzing the performance of reservoir computing in real-time software-defined radios or discussing the future of brain-inspired interfaces, the weekly seminar underscores the BRICCS Lab’s commitment to shaping the future of trustworthy, high-performance computing and communication.