The Biomedical Energy-Efficient Electronics (BEEE) Lab at the Department of Bio and Brain Engineering, KAIST, led by Associate Professor Chul Kim, is seeking a postdoctoral researcher. The lab focuses on developing innovative brain-machine interfaces and artificial retinae using advanced integrated circuit technologies. Research areas include miniaturized wireless neural interfacing microsystems, unobtrusive energy-efficient brain and body area sensor networks, and wearable devices for biopotential recording and processing. The group is recognized for its contributions to diagnostic and therapeutic medical instrumentation, with recent publications in top-tier conferences and journals such as IEEE CICC and TBioCAS.

The ideal candidate will have a strong background in circuit design, particularly as applied to biomedical engineering and neural interfaces. The lab offers a dynamic research environment with opportunities to work on projects involving miniaturized implants, closed-loop stimulation, wireless power transmission, and AI-hardware for healthcare applications. The BEEE Lab is part of KAIST, a leading research university in South Korea, and collaborates with international partners and industry leaders.

Applicants should hold a PhD in electrical engineering, biomedical engineering, or a related field, and demonstrate expertise in circuit design. The position is open to self-motivated researchers interested in advancing the state-of-the-art in brain-machine interfaces and biomedical electronics. While specific funding details are not provided, postdoctoral positions at KAIST typically include a competitive salary or stipend. Interested candidates are encouraged to send their CV to Prof. Chul Kim and may contact him for further information about the position or the lab's research activities.

For more information about the BEEE Lab and its research, visit the lab website at https://beee.kaist.ac.kr/home. To apply, send your CV directly to Prof. Kim. The lab is located at KAIST in South Korea, and offers a collaborative environment for cutting-edge research in biomedical engineering and integrated circuit design.