As a Lead Design Engineer Turbomachinery Auxiliary Systems, you will work primarily in Mechanical engineering in the project execution of Turbomachinery auxiliary systems which includes, understanding the project scope of work, preparation of design summary, purchase specifications, preparation of 3D model, preparation of drawings, documents necessary for the scope of work within the stipulated timeline.
As a Lead Design Engineer Turbomachinery Auxiliary Systems, you will be responsible for:.
Going through customer specifications in detail, understanding critical project requirements, and deriving all requirements for the design of various Mechanical Auxiliaries according to BH best practices.
Collaborating with external engineering suppliers in the creation of basic engineering drawings of various Mechanical Auxiliaries items, foundation drawings, and managing 3D models..
Reviewing of the above engineering drawings 3D models.
Also, Performing Structural analysis of baseplates using FEA tools [BDOT BH Tool].
Assigning reviewing static and dynamic analysis when the same is performed with Ansys software by external suppliers and creating print drawings for the baseplate..
Creating Piping line specifications using PUMA (BH Tool)..
Designing / sizing of the lube oil tank (API 614) and selection of Lube oil system components like pumps, LV motors, filters, accumulators, rundown tanks, and pressure control valves..
Being responsible for the skid package design of Compressor Steam turbine packages including package piping support design, locking assembly, etc with due consideration to ergonomics, accessibility, and maintenance..
Being responsible for the design of various external BOP skids that include Oil mist eliminators, Rundown oil tanks, and Seal gas treatment skids in collaboration with external OEM vendors..
Owning the plant 3D model of the whole project, verifying interface across different products that constitute the project, shaping 3D model review meetings with customer.
Performing/reviewing stress analysis of piping supports, where required..
Extending support to FSE/ FPE during the installation commissioning of the machine at the site.