1.0 Job Summary Responsible for providing engineering support to order engineering, new product development (NPD) & VAVE related to Centrifugal Pumps within Celeros product portfolio. The incumbent will be based at our Bangalore office and will report into Pumps Design Manager. 2.0 Principle Duties and Responsibilities · Provide support to end to end order engineering and Aftermarket engineering, product design and development · Creation of GA, 3D models, assemblies, manufacturing drawings and BOM using SolidWorks, AutoCAD, SAP and Vault · Creation of Hydraulic 3D models for multistage centrifugal pumps in SolidWorks · Support Reverse engineering activities using SolidWorks and Design-X. · Review of technical specifications, analyze requirement and propose engineered solutions. · Work independently or as a team member in the global engineering environment. · Interactions with Celeros FT global engineering teams for efficient execution of the projects. · Proper documentation of all work. · Supporting Manufacturing plant in India on requirement basis. 3.0 Knowledge, Skills and Abilities · Knowledge of Centrifugal Pumps Design and Engineering. · Strong CAD skills (Hydraulic Modeling, Part modelling, Drafting and Assembly) in SolidWorks, Design-X & AutoCAD, CAD automation preferred · Working experience in SAP and Vault. · Knowledge of industry specifications such as API 610, API 682, API seal plans, ASME B16.5, ASME Section VIII, etc. and able to interpret and apply as required. · Understanding of GD&T dimensioning and familiar with drafting practices as per ASME Y14.5. · Experience in communication with Global clients is added advantage. · Ability to review technical specifications, engineering standards and produce associated design documentation. · Good spoken and written English skills. · Strong interpersonal skills for communicating thoughts and ideas. 4.0 Education and Experience • BE in Mechanical Engineering in regular full-time course from recognized institute and university. • Minimum 6 years of experience in design/order execution of Pumps.