Shahabas J
About Shahabas J
Shahabas J is an Instrumentation Engineer at QuEST Global in Bangalore with extensive experience in gas turbine systems and vibration monitoring.
Current Position at QuEST Global
Shahabas J is currently working at QuEST Global as an Instrumentation Engineer in Bangalore. In this role, he is responsible for various tasks including the development of new logics to reduce trip incidents in gas turbines. Additionally, Shahabas conducts fleet analysis to improve instrument failure trip rates, indicating his hands-on experience and expertise in the field.
Previous Experience at SADELMI POWER S.R.L
From 2016 to 2018, Shahabas J worked at SADELMI POWER S.R.L as an Instrumentation & Controls Commissioning Supervisor in Qatar. During his tenure, he was involved in key projects such as the installation and commissioning of GE Frame5 Gas Turbine units at Qatar Petrochemical Company (QAPCO). He also worked on the replacement and refurbishment of Frame5 GTG units, including upgrading the UCS from Mark V to Mark Vie.
Experience at ACCUTEK SERVICES PVT LTD
Shahabas J held the position of Instrument Technician at ACCUTEK SERVICES PVT LTD in Mumbai, Maharashtra, India, from 2015 to 2016. This role provided him with valuable industry experience and technical skills, furthering his development in the field of instrumentation.
Educational Background from University of Calicut
Shahabas J studied Instrumentation at the University of Calicut, where he achieved a Bachelor's degree from 2012 to 2015. His educational background laid the foundation for his career in instrumentation engineering and provided him with the theoretical knowledge necessary for his profession.
Specialized Skills in Vibration Monitoring and Turbine Systems
Shahabas J has hands-on experience with the Bently Nevada 3500 Vibration monitoring system. He supports TRP projects aimed at improving the reliability and performance of Aeroderivative and Heavy Duty Gas Turbines. His expertise includes the use of advanced techniques and systems to ensure the efficient operation of complex machinery.