Raj Bhandari
About Raj Bhandari
Raj Bhandari - VP of Development Electrodes
Raj Bhandari holds the title of Vice President of Development Electrodes. In this role, he contributes to the advancement of electrode technology within the organization, leveraging his extensive background in neural interface technologies and microfabrication. His expertise in the development of implantable devices and systems plays a crucial role in driving innovation.
Raj Bhandari Director of Clinical Translation Electrodes at Blackrock Neurotech
Raj Bhandari serves as the Director of Clinical Translation Electrodes at Blackrock Neurotech. In this capacity, he oversees the transition of electrode technology from the research phase to clinical applications. His role involves ensuring that the devices meet stringent clinical standards and are effective for medical use.
Raj Bhandari Adjunct Assistant Professor University of Utah
Raj Bhandari is an Adjunct Assistant Professor in the Electrical and Computer Engineering department at the University of Utah. Through this academic role, he shares his knowledge with students, imparting lessons from his experience in the field of electrical engineering and implantable device technology. His involvement in academia complements his work in the industry, fostering a strong link between research and practical applications.
Raj Bhandari's Education and Expertise
Raj Bhandari earned his Ph.D. degree in Electrical and Computer Engineering from the University of Utah. He also holds an MTech degree in solid-state materials from the Indian Institute of Technology. These educational credentials underpin his expertise in implantable devices, MEMS, and neural interface technologies. His academic background has equipped him with the knowledge and skills necessary for innovation in these specialized fields.
Raj Bhandari's Publications and Patents
Raj Bhandari is the author of several scientific and engineering publications. He holds three patents, with several others pending in the USPTO. His published works and patented inventions reflect his significant contributions to the fields of microfabrication and implantable devices. His innovations are a testament to his role as a specialist and thought leader in the industry.