Dr. Reddi is currently a Principal Energy Systems Analyst at the Argonne National Laboratory (ANL). He developed the Hydrogen Station Cost Optimization and Performance Evaluation (H2SCOPE), a tool that simulates the operation of hydrogen refueling station and can be used to configure the station to meet specific hourly demand and optimize the station operation for lowest cost. His research focuses on modeling the hydrogen delivery infrastructure including pipelines, hydrogen carriers and hydrogen refueling stations. His research also includes the life cycle analysis of hydrogen production and delivery pathways using the Argonne’s GREET model. He updates and expands the suite of ANL’s techno-economical models, including the HDSAM and HDRSAM models, to incorporate new technologies and component costs and informs of the levelized delivery and refueling costs to stakeholders. His research interests include sustainable energy systems, and life cycle analysis. Dr. Reddi obtained his PhD in mechanical and aerospace engineering from Syracuse University. He also has a Certificate of Advanced Study in Sustainable Enterprise (CASSE), from Syracuse University.