Controls & Software Engineering Intern

Work within System Controls Team to develop and support mechatronics systems for Torque transfer devices, Inverters, Traction Motors. Support feature analysis, algorithm development and verification/validation for ePowertrain Support development of virtualization framework for vehicle and system simulation and test.

Key Responsibilities:

Simulation and Modeling

-         Develop controls algorithms for Rapid Prototype and/or Production systems using CAE tools            

-         Develop plant models and author co-simulation platforms representing vehicle dynamics and hardware with controls functions

-         Build Auto-Code, S-Functions and release artifacts for integration and deployment in ECU, Dyno simulation, etc.

-         Create automation scripts for data analysis, simulation, testing

Verification and Testing

-         Develop verification and validation plans for functional accuracy and robustness

-         Perform model-based calibration, functional testing using methodologies s.a. MIL, SIL, HIL

-         Document test results, deviations, guidelines and procedures for testing, review and approval criteria, etc.

Configuration Management and ALM

-         Document and manage traceability of all items from conception to production in GKN ALM system

Teamwork

-         Lead and actively seek collaboration with internal and external team members.

-         Demonstrate ability to effectively communicate with peers, supervisors and customers

Qualifications:

• College student pursing a Bachelors or Master's Degree in Engineering/Science (Mechanical / Electrical / Automotive / Controls / Computer / Physics / Mathematics).
• The ideal candidate is eager to learn, apply, teamwork and has interest in automobiles
• Software / Tool Exposure:
  • Matlab, Simulink
  • dSpace Targetlink, RPC – MicroAutobox, CANape, CANoe
  • Dyna4 / CarSim / Adams / AmeSim / Comsol, etc.
  • Data acquisition instrumentation, wiring/harness
• Essential Skills: (Minimum Three)
  • Understanding of Vehicle Dynamics
  • Understanding of Control Theories
  • Understanding of Power Electronics
  • Understanding of Mechatronic Systems
  • Experience with Model Based Development & Testing tools
• Strong problem solving and analytical skills
• Must be able to work and travel independently
• Must be fluent in English
• Available to travel as needed to support vehicle development activities within USA: 5%