Rashmita Madgeri
About Rashmita Madgeri
Rashmita Madgeri is a Senior Automation and Validation Engineer at JSat Automation Inc, with a background in system engineering and safety system design. She has worked extensively on global Shell projects and has a degree in Electronics and Communications Engineering.
Current Role at JSat Automation
Rashmita Madgeri currently serves as a Senior Automation and Validation Engineer at JSat Automation Inc. She has held this position since 2020, contributing to various automation and validation projects. Her role involves ensuring the reliability and safety of automation systems, which is critical in the engineering field.
Previous Experience at Emerson
Rashmita Madgeri has extensive experience with Emerson, where she worked in various capacities from 2011 to 2020. Her roles included Senior System Engineer and Boiler Commissioning and DeltaV SIS Engineer for the Shell Prelude FLNG project. She worked in multiple locations, including Houston, USA, and Geoje, South Korea, and was involved in global Shell projects focusing on safety system design, implementation, testing, and commissioning.
Educational Background in Engineering
Rashmita Madgeri completed her Bachelor of Engineering (BE) in Electronics and Communications Engineering from Maharshi Karve Stree Shikshan Sanstha's Cummins College Of Engineering For Women. She studied there from 2004 to 2009, gaining foundational knowledge and skills in engineering principles and practices.
Expertise in Safety Systems
Rashmita Madgeri has developed significant expertise in safety systems throughout her career. She has worked directly with Emergency Shutdown Systems (ESD), Fire and Gas Systems (FGS), and Burner Management Systems (BMS). Her responsibilities included logic configuration, IO allocation, HMI development, and commissioning, which are essential for maintaining safety in industrial environments.
Experience in Safety Requirement Specifications
Rashmita Madgeri has extensive experience in developing Safety Requirement Specifications. This includes creating Cause & Effect Matrices, Narratives, logic diagrams, and Overview drawings. She has coordinated with Engineering, Procurement, and Construction (EPC) teams and customers during the IPF define phase to define project scopes effectively.