Ganesh Subramanian
About Ganesh Subramanian
Ganesh Subramanian is a Technical Services Engineer with extensive experience in the aviation industry, currently working at AirAsia since 2019. He has a background in Aeronautical Engineering and has contributed to various projects aimed at improving operational efficiency and aircraft performance.
Work at AirAsia
Ganesh Subramanian has been employed at AirAsia as a Technical Services Engineer in the Technical Services department since 2019. His role involves overseeing technical operations and ensuring compliance with aviation standards. He has contributed to various initiatives aimed at enhancing operational efficiency and safety within the organization.
Previous Experience at Jet Airways
Prior to joining AirAsia, Ganesh Subramanian worked at Jet Airways as a Technical Services Engineer from 2015 to 2019. During his four years in this role, he was based in the Mumbai Area, India, where he focused on technical support and maintenance operations for the airline's fleet.
Education and Expertise
Ganesh Subramanian earned a Bachelor of Engineering (BE) in Aeronautical/Aerospace Engineering Technology from Anna University, completing his studies from 2010 to 2014. His educational background provides him with a solid foundation in aerospace principles and technical skills relevant to his career in aviation.
Contributions to Aviation Safety
Ganesh has made significant contributions to aviation safety and operational efficiency. He played a key role in the standardization of cabin handsets across the A320 fleet and successfully completed an IOSA audit for emergency equipment with no findings. Additionally, he authored a customized Minimum Equipment List (MEL) book to enhance usability for maintenance personnel and cockpit crew.
Innovations in Aircraft Operations
Ganesh Subramanian has implemented several innovations in aircraft operations. He introduced a system for aircraft weight growth monitoring in AMOS, transitioning from manual processes to automation. He also led a project to re-compute weight schedules for an ATR aircraft, increasing passenger capacity, and developed a sector-wise uplift strategy for potable water, which improved aircraft performance and fuel efficiency.