Wichita State University, Kansas, USA (Oct 2019)
I attended the North American Power Symposium (NAPS) 2019 as a presenter. Papers titled "Bifurcation Point Tracking in Generator Outage Scenario using Nested Holomorphic Embedding Power Flow Method”, "Synchronized Operating Point Stability of Multimachine Power System using Holomorphic Embedding in Kuramoto Framework”, and "A Distributed Algorithm for Dynamic Dispatch of Thermostatically Controlled Loads'" were presented at the conference.
American Control Conference (ACC) 2021, Virtual Conference, New Orleans, USA.
I have presented the paper titled " Optimal Control of Probabilistic Boolean Network using Embedding Framework" at ACC21 in May which was held virtually.
NASA Jet Propulsion Lab, CalTech, Los Angeles, California, USA (1st Aug -19th Aug 2022)
Conducted the design and testing of the autonomy module on a virtual testbed from NASA Ames and a physical testbed from NASA JPL. The aim of this project is to increase the autonomy of a mission on the surface of the OceanWATERS planet without the need for round-trip control data for human supervision. My research focuses mainly on the integration of causality with optimal dynamic planning in self adaptive systems for autonomous OceanWATERS landers in unknown and uncertain environments. For demonstrating the capability of their autonomy we were on visit to NASA Jet Propulsion Lab (JPL-CalTech), LA, California. We successfully demonstrated baseline capabilities of autonomy on the physical and virtual testbeds and plan to continue working on the improvements in autonomy designs.