Ramesh Sk
About Ramesh Sk
Ramesh Sk is a Stress Engineer currently working at Axiscades Engineering Technologies and Quest Global in Singapore, with expertise in FEA tools and aero-structures stress analysis.
Current Roles at Axiscades Engineering Technologies
Since April 1, 2018, he has been serving as a Repair Stress Engineer at Axiscades Engineering Technologies. In this role, he applies his expertise in stress analysis to assess and repair aerostructures. His work involves analyzing the structural integrity and safety of components, ensuring that modifications and repairs meet stringent industry standards.
Employment at Quest Global Services
He is currently employed as a Stress Engineer at Quest Global Services Pte. Ltd. and Quest Global in Singapore. His responsibilities include conducting stress analysis of aerospace structures to ensure their safety and reliability. His role requires proficiency with FEA tools like HyperMesh and Nastran, and involves collaborating with multidisciplinary teams to deliver effective engineering solutions.
Educational Background
He completed his Bachelor of Engineering degree at M.V.J. College of Engineering. He studied Engineering from 2010 to 2014, acquiring a strong foundation in engineering principles and practices. This education has been crucial in equipping him with the necessary skills and knowledge for his role as a stress engineer.
Professional Experience in Stress Analysis
He has significant experience in stress analysis, particularly in the context of aerospace structures. He worked as a stress analyst for design change assessment (Concessions stress) for two years at Quest Global Pvt Ltd. His expertise includes using finite element analysis (FEA) tools such as HyperMesh and Nastran, which are essential for evaluating the structural integrity of components.
Core Interest in Stress Analysis of Aerostructures
His primary professional interest lies in the stress analysis of aero-structures. This focus involves assessing the strength, durability, and safety of aircraft components. His work ensures that these structures can withstand various stressors, contributing to the overall safety and reliability of aerospace operations.