Job Description Summary

He/She operates as a design team member responsible for Engineering deliverables (Detail design drawings along with Bill of materials) for Hydro Turbines that meet customer, partner and program needs.

Job Description

Responsibilities

• Create definition of Turbine parts, modules, and assemblies in the form of 2D cross sections, Model Based Definition, 3D reusable models in a linked model environment, tolerance stack-ups, change in design co-authoring and various other electronic data formats to support analysis, manufacturing, assembly, tooling, quality and inspection within expected cost, quality and schedule.
• Ensure all interfaces between components are established and agreed upon by Engineering design teams of mating parts and systems
• Save applicable models to the Digital Assembly then maintain and support up to date digital assembly builds
• Export tag applicable definition created by self and responsible purchased services based on jurisdiction and exportability classifications
• Work within the guidelines of applicable GE Policies & Procedures, Engineering Standards, Specifications, Government and Commercial Standards, and special security requirements
• Stays current with industry developments in one's field of expertise

• Diploma/Degree in Mechanical Engineering
• Minimum of eight (5) years of mechanical engineering experience.
• Familiar to Hydro Turbine component definition, advanced GD&T skills, basic knowledge of ISO/ASME standards & proficient knowledge of NX software.
• Knowledge of International standards related to material specification
• Basic understanding of PLM processes.

• Good oral and written communication skills
• Strong knowledge in Hydro products / components/ Systems
• Strong knowledge of computer aided design (CAD), preferably in Siemens NX
• Ability to work independently and capable of solving technical issues related to Turbine.
• Good level of understanding in computer aided manufacturing (CAM) and manufacturing processes
• Good level of understanding of geometric dimensioning and tolerancing as it relates to individual parts and overall assemblies (ANSI Y14.5)