Rishi Orpe
About Rishi Orpe
Rishi Orpe is a Design Engineer at QuEST Global in Bengaluru, India, with a background in mechanical and design engineering from BITS Pilani and PES University.
Company
Rishi Orpe is currently a Design Engineer at QuEST Global, located in the Bengaluru Area, India. QuEST Global is known for its engineering services and solutions across industries.
Previous Experience
Rishi Orpe previously worked at Genser Aerospace & IT Pvt Ltd as a Project Intern from 2016 to 2017. During this year-long tenure, he gained valuable industry experience in the Bengaluru Area, India.
Education and Expertise
Rishi Orpe achieved a Master of Technology (MTech) in Design Engineering from BITS Pilani Work Integrated Learning Programmes, studying from 2021 to 2023. Prior to this, he earned a Bachelor of Technology (BTech) in Mechanical Engineering from PES University, graduating in 2018. He also completed an Integrated Pre-University course in Science and Technology from Deeksha at GEAR B.Ed. College, studying from 2012 to 2014.
Technical Skills and Projects
Rishi developed competency in SolidWorks Automation using Visual Studio for C#. He worked on the engineering design of severe-service ball valves at MOGAS Industries Inc. Additionally, he supported repair development activities and aftermarket services for the Trent series of gas turbines at Rolls-Royce Aviation. Rishi contributed to the Material Review Board at General Electric Aviation, focusing on non-conforming gas turbine parts for marine and industrial engines. His technical expertise includes GD&T per ASME Y14.5-2009, tolerance and stack-up analysis, and stress concentration hand calculations using Peterson’s Kt approach. He also developed productivity improvement tools using VBA for Excel and Python and has experience with service bulletins, repair, inspection, and maintenance manuals for aero and M&I engines.
CAD Customization and Automation
Rishi Orpe specializes in CAD customization using SolidWorks API. His hands-on projects have enhanced his skills in automating design processes, significantly improving productivity and efficiency in engineering tasks.