Mechanical Designer

• Oct 2023 - Present

Mechanical Engineer

• Apr 2018 - Aug 2023

•Designing hydraulic aircraft jacks and its components for ground support maintenance of Airbus, Boeing, Lockheed Martin and Dassault aircrafts. •Creating 3D models of the components on Solidworks and technical drawings with GD&T (ASME Y14.5) principles for fabrication and assembly. •Conducted Finite Element Analysis (FEA) on load bearing components using SolidWorks Simulation. •Created bill of materials for hydraulic power units and jack assemblies. •Provide assistance in planning and scheduling of manufacturing processes. •Managing inventory for mechanical hardware and hydraulic fittings. Show less

Mechanical Engineer

• Oct 2017 - Mar 2018

•Designing components of power generating turbine bearings and creating their 3D models on Solidworks. [CAD] •Creating orthographic views, Tolerance analysis [GD&T] and drawing symbols required for manufacturing. •Root cause failure analysis of product under specified working load to increase Product Life Cycle. [PLC] •Redesign bearings for field fixes which will aid in re-installment and replacement. •Identify, analyze and resolve technical process and operational issues, maintain quality control plans. Show less

Mechanical Design Engineer

• Jan 2017 - Sep 2017

•Responsible for innovating design of a cart in accordance to aesthetics, ergonomics and transport requirements to manufacture a cost-effective product. •Instrumental in a cross functional team, reducing manufacturing costs; promoting growth of company. •Generated drawings for fabricating sheet metal complying with the existing equipment arrangement plans on Solidworks. •Created 2D flat patterns on AutoCAD for CNC machining and press brake. •Conducted Finite Element Analysis (FEA) on sheet metal component assemblies using Solidworks Simulation. Show less

Research Student

• Jun 2015 - May 2016

•Conducted analysis of electric double layer structure formed during corrosion of steel pipes carrying potable water. •Involved study of different forms of corrosion and corrosion in pipes & drinking water systems. •Developed an analytical model to estimate corrosion levels. •Simulated effects on EDL by varying parameters like electrode potential, temperature of the system and pH of the system. •Conducted analysis of electric double layer structure formed during corrosion of steel pipes carrying potable water. •Involved study of different forms of corrosion and corrosion in pipes & drinking water systems. •Developed an analytical model to estimate corrosion levels. •Simulated effects on EDL by varying parameters like electrode potential, temperature of the system and pH of the system.