Design Engineer – Electric Drives

ZF India Pvt Ltd

  • Chennai, India
Design Engineer – Electric Drives
Job Posted : Jun 8th, 2023

Job Description

  • Design of components to support central drive/axle drive system, Support lead engineer in assessing customer & legal requirements, in identification of gaps and in translation into technical requirements
  • Plan mechanical design tasks and support lead engineer in calculating development cost and Timing.
  • Develop product concepts according to technical requirements and field experience. Evaluate different concepts (own, competitors, suppliers) to find best cost option using DFA & 6sigma methods
  • Consider design rules & standards, foster standardization, Incorporate technical calculations and simulations as well as test results in the design. Define materials and production processes for new components in alignment with experts
  • Initiate and follow-up patent analysis’ and identify ideas for own patents. Create prototype documentation & plan prototypes.  Perform & maintain Design FMEA, risk assessment, define SC, CC

Qualification And Experience:-

  • Minimum 3 years of design, application or testing experience in AC motors, Inverters and Power electronics component. Additionally, expertise in Creo CAD software and tolerance stack up calculation is must
  • Degree in Engineering with minimum 3 Years of experience
  • Knowledge in AC motors, Inverters and power electronics design/testing
  • Knowledge of CAD & PLM systems
  • Literate in FMEA systematic and tools

Location:-

  • Chennai, India.

Company Overview:-

ZF Wind Power puts wind energy in motion! The ZF Wind Power Business Unit is part of the ZF group which is known as one of the world’s leading automotive suppliers. Within our unit we develop, validate and service gear units used in wind turbines producing sustainable energy and we are doing this for more than 40 years! Today we build new drivetrain solutions to meet the requirements of the future. As wind turbines continue to grow we are continuously pushed outside of our engineering boundaries, which makes it a challenging engineering environment to work in.

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