Pattabhi Vishnuvardhan Gade

- Design and analysis of electro magnets for fusion application in energy generation - Simulation and validation for thermal and electrical distribution - Electrical characterization and design optimization to reduce losses - Material testing for system-level compatibility - Conducted and participated in kick off meeting, reviewing project status and managing EUROFusion HTS magnet work package - Peer reviewer for technical journals like IEEE and Elsevier

Reseach Assistant under Prof. V.V.Rao, Cryogenic Engineering Center, IIT Kharagpur, India - Analysis of thermal stability - Adjustment parameters for different materials - Multilevel cabling algorithm in Matlab-COMSOL - Funded by the Board of Research for Fusion Science, India

Doctoral Thesis, defended on 25.07.2019. Title: Conceptual Design of High Temperature Superconducting To-roidal Field Coils for Future Fusion Power Plants Score: cum laude Degree: Dr.-Ing.

Finite Element Method, Vacuum Technology, Cryogenic Heat Transfer, Superconducting Materials, Magnets and Design Master Thesis Title: Development of an Algorithm to Analyze the conceptual design of Three Dimensional Multi Stage Cabling Scheme for Cable in Conduit Conductors (CICC) Score: 1,4

Electrical machines, Power electronics, Power systems. Bachelor Thesis, Indian Railways (Government of India), Kharagpur. Title: Study of Electrical Energy Consumption for Maximization of Load Factor and Optimization of Maximum Demand in Kharagpur Workshop. Score: 1,0