Job Description Summary

Role Summary / Purpose

Based at GE Power Conversion Chennai site the Engineer's role is an exciting opportunity for an action-oriented individual to provide Electromagnetic Analysis using Finite Element Analysis (EMAG FEA) for high power, large motors and generators.

Job Description

Essential Responsibilities

The Electrical Engineer internship develops practical and innovative ways to identify and meet business goals. In this role you are responsible for work that is less defined in scope, utilize understanding and experience to execute business objectives, and have the ability to effect short-term and some long-term business goals.

• Function as a specialist in the use and application of ANSYS -EMAG simulation tools (Maxwell, MotorCAD, Simplorer).
• Lead/Assist in coordinating and executing all technical activities throughout the sales opportunity such as technical discovery, product presentations, demonstrations and evaluations.
• Create and demonstrate simulation solutions to improve and expand customer engineer workflows and capabilities, in support of the software sales process.
• knowledge and relationships to help customers solving engineering problems using Ansys Electromagnetics Products.
• Guide/Support customers right from problem definition to problem setup, solution, visualization and interpretation, in order to improve customers' productivity and satisfaction.
• Understand various standards relevant to design of motor/generator as per NEMA/API/IEC ABS/ANSI/CSA/DIN/DNV/Lloyds/Ex standards.

• Masters/ Bachelor's Degree from accredited college / university in Electrical Engineering or similar.

• Good knowledge of electromagnetic fields, circuits, electric machines, and numerical methods.
• Demonstrated use of ANSYS Maxwell or a similar 3D electromagnetics tool like Flux, JMAG, Opera would be an added advantage

• Analyze direct drive generator using advanced FE- and analytical modeling tools
• Analysis of the measurements carried out on generators
• Knowledge of permanent magnet machine, integration with converters and validation methods for both performance and routine testing is advantageous.
• Analyzing and reporting electrical and some thermal and harmonics aspects of machine integration with power converters

• Engaging personality, engineering curiosity and willingness for continuous learning.
• Strong interpersonal and communication skills, with the ability to facilitate and conduct webinars and presentations to customers
• Demonstrated skills in writing and presenting in fluent English