Technical University of Denmark (DTU), Denmark

Dr. Babak Bakhit is a Senior Researcher at DTU, working at the intersection of advanced materials, electronic devices, and neuromorphic technologies. His research focuses on developing functional materials and hardware platforms for energy-efficient, robust, brain-inspired computing systems, with particular expertise in thin films growth, ionic memristors, ferroelectric oxides, and ferro-ionic materials. Babak has an international research background spanning DTU, the University of Cambridge, and Linköping University. His work has contributed to advances in memristive devices and neuromorphic computing platforms that emulate key features of biological neural systems, enabling adaptive and low-power information processing. Within BNBNet, he serves as Network Co-Director and leads DTU's contributions to the development of the next generation of materials and devices for brain-integrated technologies, supporting future applications in neuromorphic computing, neuroelectronic, and healthcare. His long-term vision is to bridge materials science, electronics, and neuroscience to create intelligent technologies that advance both computing capabilities and human health.

Technical University of Denmark (DTU) - Department of energy conversion and storage, Denmark

Josiah N. Shondo is a Postdoctoral Fellow at DTU Energy specializing in the design and fabrication of advanced functional oxide thin films. His research spans defect and surface chemistry, electrolyte and barrier coating development, and piezoelectric/ferroelectric thin-film actuators, with a growing focus on freestanding oxide films for next-generation energy technologies.

Technical University of Denmark (DTU) - DTU Energy, Denmark

I lead a research group at DTU Energy focused on developing highly sensitive magnetic field sensors, and establishing a new operando methodology using quantum magnetometry to visualize the inner workings of next-generation energy devices at the nanoscale.

Department of Energy Conversion and Storage