Shrinivas Thite
About Shrinivas Thite
Shrinivas Thite is a Principal Engineer 2 at Taal Tech in Bangalore, Karnataka, India, with extensive experience in piping stress engineering across various companies.
Title
Shrinivas Thite holds the position of Principal Engineer 2 at Taal Tech in Bangalore, Karnataka, India.
Professional Experience
Shrinivas Thite has accumulated extensive experience in the field of piping engineering. He is currently employed at Taal Tech as a Principal Engineer 2. Prior to this, he held various roles including Senior Piping Stress Engineer at Vec Resources & Energy Private Limited for 4 months in 2018, Lead Piping Stress Engineer at Mce Consulting Engineers from 2015 to 2018, and Piping Stress Engineer at Kuwait National Petroleum Company (KNPC) from 2013 to 2015. His earlier positions include Deputy Manager Piping Department at Essar, where he worked for 6 years from 2007 to 2013 in Bombay, Maharashtra, India, and Piping Engineer at Rolta India Limited from 2006 to 2007.
Education and Expertise
Shrinivas Thite has an educational background in Chemical Engineering. He studied at the College of Engineering and Technology Akola from 2001 to 2004 and earlier at Government Polytechnic Thane from 1998 to 2001. His expertise includes developing project plans, performing stress analysis, and participating in design review meetings with clients. He attends kick-off meetings with Project Managers to present case studies and is responsible for reviewing and approving stress calculation CII files and other piping stress deliverables.
Project and Client Coordination
As part of his responsibilities, Shrinivas Thite develops project plans in collaboration with the Engineering Project Manager, focusing on budget and effective utilization of engineering staff. He coordinates with clients and actively participates in design review meetings, ensuring the quality and technical accuracy of the project deliverables. His role extends to performing stress analysis on various critical systems, ensuring they meet the required standards for stressed and nozzle load requirements for equipment such as pumps, heat exchangers, reactors, PSV, and flare lines.