Dr. Alessandro Noriaki Ide

- Applying and implementing medical technology to optimize healthcare delivery - Developing and testing prototypes for use in animal and clinical studies - Liaising with medical doctors, clinical staff, sponsors, principal investigators, developers - Preclinical Research: feasibility studies, bench/technical testing, animal trials - Human Clinical Trials for Medical Devices, Investigation Protocols, GCP-ICH, CRF

Researching the mechanisms of learning/memory, In vivo electrophysiology, EEG/ECG/EMG, motion tackers (VICON), accelerometers, pressure, viral injections, optogenetics, multidimensional data analysis

Researching the mechanisms of learning/memory, In vivo electrophysiology, EEG/ECG/EMG, motion tackers (VICON), accelerometers, pressure, viral injections, optogenetics, multidimensional data analysis

Researching new techniques for micro-stamping in microelectrode arrays to control the growth of neuronal networks, design and development of an automatic system to delivery electrical stimuli, cell culturing, cell imaging, data acquisition, processing and analysis

Coordinating a team of embedded developers (VHDL/SystemC) in a consortium to create a distributed network of integrated circuit design centers capable of delivering semiconductor Intellectual Property (IP cores).

Researching technologies to interface robots to living nervous tissue in a intelligent way to understand how the brain codes information, using CMOS integrated bio-sensor arrays for in-vitro electrophysiology

Hardware implementation of an artificial neural network for pattern recognition using FPGA