Dhananjay Anand

Dhananjay Anand is an associate research scientist in the Department of Electrical and Computer Engineering at Johns Hopkins University. He also serves as the lead research scientist for the National Institute of Standards and Technology's Smart Grid and Cyber-Physical Systems Program, focusing on the integration of physical and information systems in power grid applications.

His educational background includes:

• Bachelor's in Mechanical Engineering from Visvesvaraya Technological University (2004)
• Master's from the University of Michigan (2008)
• Doctorate from the University of Michigan (2013), where he helped design their manufacturing testbed for information-driven reconfiguration

Anand's research interests center around metrology, control systems, and dynamics in electrical power grid applications. He investigates system integration, diagnosis, and reasoning challenges in networks of interdependent information technology and physical components. His work bridges theoretical control systems with practical power grid applications, with particular focus on smart grid technologies, cyber-physical systems, and precise timing solutions for grid operations. His research has significant implications for electric vehicle integration, grid stability, and next-generation power infrastructure.

His recent publications demonstrate a strong focus on electric vehicle charging infrastructure, quantum network synchronization, smart grid standards, and control systems for distributed energy resources. The research spans from theoretical control frameworks to practical grid applications, with particular emphasis on timing precision, system stability, and grid-edge integration of new technologies. His work shows a clear progression toward more complex cyber-physical integration challenges, with increasing attention to quantum technologies and advanced control methodologies for modern power systems.

His notable scientific achievement includes:

• NIST Distinguished Associate Award (2018)

As a reviewer for IEEE and ASME publications, Anand contributes to the academic community through peer review. His work with NIST involves developing critical testbeds and validation capabilities for smart grid technologies, representing significant grant-funded research activity in power systems and cyber-physical integration. He has also contributed to manufacturing testbed design during his doctoral work at the University of Michigan.

Anand is associated with multiple advanced research testbeds including the NIST Campus Power System and the Assistive Clock Fusion Testbed, focusing on precision timing solutions for power grid applications. His work bridges the gap between theoretical control systems and practical implementation in real-world power systems, with particular expertise in time synchronization challenges within cyber-physical power systems.