Matlab/Simulink, Validating, Calibrating, Engine Emissions Controls with aftertreatment systems, test engine controls
Pay Rate:
DOE
Tax Term:
FULLTIME CON_IND CON_W2 CON_HIRE_IND CON_HIRE_W2
Length:
Date Posted:
5-24-2013
Position ID:
01292011-1
Dice ID:
10201174
Job Description:
This individual will be on the team responsible for developing, validating, and calibrating engine emissions controls with after treatment systems. Specific responsibilities will include Tier IV regeneration and thermal management controls, diagnostics, system integration and validation. This individual will support After treatment programs with development/validation of innovative control strategies. This includes development and validation work with system tests on benches, engines, and vehicles and a focus on the implementation and data analysis of these validation plans. The individual must be able to work as part of a team, have a systems engineering focus, and be motivated to meet/exceed goals.
Job Requirements:
Candidates for this job will have a BS (minimum) or MS in Mechanical, Electrical, or General Engineering with a strong emphasis in control theory, system dynamics, system modeling, and advanced algorithms. Proficiency with Matlab/Simulink development tools is required, and candidate must be capable of troubleshooting engine systems via PC based tools, standard lab instrumentation, and data acquisition systems. In addition to high technical ability, candidates must be willing to get their *hands dirty* with engine system hardware, test engine controls in the lab and think/act on problems outside their area of expertise. Desirable Qualifications: Desired skills for candidates persuing this job would have 3 years work experience with a BS degree and 1 year work experience with MS degree. Theoretical and/or industrial experience with diesel and diesel aftertreatment or gasoline engines and aftertreatment would be desired. Also experience with traditional and advanced control algorithms applied to engine and aftertreatment technologies would be desired.