معرفی
Dr Dadi Bi is a Postdoctoral Research Associate in the Department of Engineering at King's College London, part of the Faculty of Natural, Mathematical & Engineering Sciences. Based at the Strand Campus in London, he conducts cutting-edge research at the intersection of engineering, biology, and communication systems, with his work featured in a November 2023 King's news article about a revolutionary molecular communication system for drug delivery and chemical detection.
Dr Bi received his Ph.D. in electrical and computer engineering from King's College London in 2022. His doctoral research, "Design and Analysis of Signal Processing Circuits for Molecular Communication," established his expertise in using biological systems for novel communication paradigms, supervised by Professor Yonghui Deng and Dr. A. Salehi-Reyhani.
His primary research focuses on molecular communication, microfluidics, and cellular signal processing, exploring how biological systems can enable innovative communication methods. His work spans genetic circuit design for signal generation, microfluidic implementation of communication channels, and real-time chemical signal processing, with applications in targeted drug delivery, environmental monitoring, and biomedical diagnostics. He has developed novel approaches including concentration shift keying via multicellular consortia and real-time signal processing through chemical reactions.
Dr Bi's publication record shows a clear trajectory from theoretical foundations to practical implementation. His recent work demonstrates increasing focus on healthcare applications, particularly evident in his 2025 publications on exhaled breath analysis and insulin injection modeling for diabetes management, indicating strategic expansion into medical applications of molecular communication systems.
Scientific Recognition
- Exemplary Reviewer of IEEE TRANSACTIONS ON COMMUNICATIONS (2019)
- Exemplary Reviewer of IEEE TRANSACTIONS ON COMMUNICATIONS (2020)
Dr Bi serves on Technical Program Committees for major conferences including IEEE ICC, ACM NanoCom, and IEEE WoWMoM. His Nature Communications paper on real-time signal processing has garnered 16 citations, demonstrating growing impact in the field. His research fingerprint shows strong connections with synthetic biology (100%), simulation results (100%), genetic circuits (88%), and communication systems (88%).
As a postdoctoral researcher, Dr Bi collaborates closely with Professor Yonghui Deng, extending his doctoral work into practical implementations. His current focus includes advancing microfluidic molecular communication systems toward real-world healthcare applications, particularly in diabetes management and non-invasive diagnostics, while continuing to innovate in genetic circuit design for molecular signaling.
