ID 1297B Sr Model Simulation Electric Motors Engineer

Location: Fargo, ND
Job Type: Direct Hire
Degree: Bachelor; Bachelor of Arts; Bachelor of Science;
Date: 2/26/2018
Job ID: 02570557
Job Description
ID 1297B Sr Model Simulation Electric Motors Engineer

Fargo, ND

This role will work with motors, generators, and other electric drive components and systems. This role will provide design and analysis for these systems. 

  • Provide technical leadership on projects
  • Oversee budgeting and planning of resources
  • Provide mentoring to other engineers
  • Will support commissioning and testing

  • BS Degree, MS preferred
  • Product engineering experience - 7+ years
  • 4+ years of product design experience
  • Experience leading projects
  • Experience with MATLAB/ Simulink or other simulation modeling tools

Other Details
Relocation Assistance: Yes 
Type: Full time, direct hire
Benefits: Full   
Travel: Occasionally 
Visa Sponsorship:  YES VISA's Are Allowed

We are an equal opportunity staffing agency. Qualified applicants will be presented to employers without regard to age, race, creed, color, national origin, ancestry, marital status, affectional or sexual orientation, gender identity or expression, disability, nationality, sex, or veteran status.*

(BS OR "B.S" OR OR bachelor OR bachelor's OR bachelors OR engineer OR engineering OR electric OR electrical OR electronic OR mechanical OR "Product design*" OR "electric drive system" OR "electric drives" OR "electric drive components" OR motors OR generators OR "power inverters" OR "safety protection devices" OR "control systems" OR conductors OR connectors  OR "diesel engines" OR gearboxes OR "vehicle controllers" OR "hydraulic lubrication" OR "water-glycol cooling" OR CCDP OR EPDP OR "vehicle integration" OR "geometric placement" OR "gearbox interfaces" OR "gear ratios" OR "oil cooling circuits" OR "liquid cooling circuits" OR "vehicle interactions" OR algorithms OR "model based development" OR FMEAs OR TIC OR NRE OR "capital goals" OR "vehicle systems interfacing")