Sumit Kumar Nandan
About Sumit Kumar Nandan
Sumit Kumar Nandan is a Senior Mechanical Engineer at QuEST Global in Bengaluru, India, specializing in Finite Element Analysis and stress analysis for aerospace programs.
Current Role at QuEST Global
Sumit Kumar Nandan holds the position of Senior Mechanical Engineer at QuEST Global in the Bengaluru Area, India. He is currently involved in various projects that require his expertise in finite element analysis using Hyperworks-Optistrut and weight performance engineering. Sumit’s work primarily focuses on optimization, mass balance, and ensuring structural integrity in the aerospace industry.
Previous Experience at QuEST Global
Sumit has been with QuEST Global for several years in various capacities. He worked as a Stress Analyst from 2011 to 2015, a tenure that lasted four years. Following this, he served as a Senior Stress Analyst from 2015 to 2017 for two years. Throughout his time at QuEST Global, he focused on stress analysis for aerospace programs, utilizing tools like ANSYS, HYPERWORKS, and NASTRAN-PATRAN.
Educational Background
Sumit Kumar Nandan completed his Engineer's Degree in Mechanical Engineering from BMS Institute of Technology between 2007 and 2011. Prior to this, he studied Mathematics and Statistics at ST. XAVIER'S SCHOOL, HAZARIBAGH, from 2002 to 2006, where he earned his High School degree.
Engineering Specializations
Sumit's engineering specializations include finite element analysis using Hyperworks-Optistrut, bolted joints analysis using COBRA, and weight performance engineering focusing on mass balance and optimization. His skill set also covers both composite and metallic stress analysis, making him a versatile asset in the aerospace industry.
Industry Experience and Skills
Sumit has extensive experience in the aero-engines/structures outsourcing and offshoring industry. He has worked on major programs for companies such as AIRBUS, COLLINS (UTC), and GE. His technical skills include proficiency in ANSYS, HYPERWORKS, and NASTRAN-PATRAN for conducting stress analysis.