Bhagawan Sahu

Lead, Green Hydrogen Manufacturing Technology | Industry 4.0, CTO Office at Plug Power

Bhagawan Sahu, Ph.D has extensive work experience in various roles and industries. Bhagawan is currently working at Plug Power as the Lead for Green Hydrogen Manufacturing Technology in the CTO Office, with a focus on Industry 4.0. Prior to this, they worked as an Adjunct Professor at SUNY Polytechnic Institute in the College of Nanoscale Science and Engineering, specializing in Manufacturing Technology. Bhagawan also served as a Visiting Scholar at UC San Diego, focusing on Quantum Computing and Quantum Communications.

Before their academic roles, Bhagawan worked for GLOBALFOUNDRIES in multiple positions. Bhagawan served as a Program Manager in the CTO Office, overseeing Manufacturable Technologies. Bhagawan was also a Technical People Manager for Device Design and Manufacturing Process Design. Prior to that, they worked as a Semiconductor Device Physicist and TCAD Modeler in Technology Research.

Bhagawan's early career involved working at The University of Texas at Austin as a Solid State Device Physicist and Engineer in Microelectronics Research.

Overall, Bhagawan's work experience spans roles in academia, research institutes, and industry, with a focus on manufacturing technology, quantum computing, and semiconductor device physics.

Bhagawan Sahu, Ph.D has a strong educational background in the field of solid state physics. Bhagawan obtained their Bachelor of Science (BS) degree in Physics from the University of Mumbai. Bhagawan then pursued their Master of Science (MS) degree in Solid State Physics from Savitribai Phule Pune University. Afterward, Bhagawan went on to complete their Doctor of Philosophy (PhD) in Solid State Physics from the same university. Their doctoral research focused on the study of solid state materials. To further enhance their expertise, Bhagawan undertook a postdoctoral position as a Research Scientist at The University of Texas at Austin. During this time, they specialized in Condensed Matter and Materials Physics.

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